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    see attached. **files (2)** – ## HLSIII.docx – ## UnitIII1.pdf **## HLSIII.docx** For this assignment, select a disaster or terrorism incident (e.g., Hurricane Katrina, Hurricane Maria, Texas Winter Storm) and analyze how each phase of the emergency management cycle was executed. Additionally: · Eva…

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    Assignment Prompt & Instructions

    see attached.

    **files (2)**

    – ## HLSIII.docx

    – ## UnitIII1.pdf

    **## HLSIII.docx**

    For this assignment, select a disaster or terrorism incident (e.g., Hurricane Katrina, Hurricane Maria, Texas Winter Storm) and analyze how each phase of the emergency management cycle was executed. Additionally:

    · Evaluate FEMA’s role in support of both local and state agencies and associated legal frameworks.

    · Examine any associated ethical or societal responsibilities.

    · Identify what worked well and any failures.

    · Discuss how both the NIMS and the National Response Framework were utilized in the disaster response.

    · Discuss changes that were proposed in the aftermath, if any.

    Instructions:

    · Submit your case study as a Word document.

    · The case study should be three to four pages, in APA Style and must include at least two academic or peer-reviewed journal sources or FEMA documents. One of these sources must come from the CSU Library.

    · Review the How to Research Homeland Security Topics Unit IV Essay tutorial video (2 minutes).
    [https://youtu.be/3klr6EDvENM](https://youtu.be/3klr6EDvENM)

    Course Textbook(s) Alperen, M. J. (2024). Foundations of homeland security and emergency management: Law and policy (3rd ed.). Wiley. https://online.vitalsource.com/#/books/9781394191611

    **## UnitIII1.pdf**

    HLS 3302, American Homeland Security 1

    Course Learning Outcomes for Unit III

    At the end of this unit, you should be able to:

    1. Discuss the factors influencing terrorism.
    1.1 Compare international, domestic, and ideologically motivated terrorist threats.

    3. Critique the United States’ ability to respond to the aftermath of terrorism.

    3.5 Identify the four phases of emergency management and their core functions.
    3.6 Analyze the legal mechanisms that govern federal disaster assistance.
    3.7 Evaluate FEMA’s role in supporting state and local emergency management operations.

    4. Determine tactical response options to terrorism based on available resources and jurisdictional

    procedures.
    4.1 Assess lessons learned from recent disasters using the emergency management cycle.

    Required Unit Resources

    Chapter 5: Extremism, Terrorism, and Domestic Threat* (ULO 3.1)
    Chapter 5 explores the historical, ideological, and operational dimensions of terrorism and extremism, with a
    particular emphasis on the growing threat of domestic violent extremism (DVE). Alperen contextualizes
    terrorism not only as a foreign threat but also as a domestic phenomenon that includes radicalized individuals
    and groups operating within the United States. The chapter provides a typology of threat actors, ranging from
    jihadist-inspired lone wolves to ideologically driven militias and white supremacist networks. The chapter is
    essential for understanding how homeland security policy must adapt to the evolving landscape of
    asymmetric threats emerging from within U.S. borders (5 pages).

    Chapter 9: FEMA—The Federal Emergency Management Agency (ULO 3.7)
    Chapter 9 presents a detailed overview of FEMA, emphasizing its role as the central coordinating agency for
    disaster response and recovery under the Department of Homeland Security. Alperen traces FEMA’s
    historical development, highlighting pivotal moments such as its response to Hurricane Katrina and its
    transformation under the Post-Katrina Emergency Management Reform Act (PKEMRA) of 2006. This chapter
    discusses FEMA’s mission areas, including disaster declarations, grant management, coordination of mutual
    aid, and integration with local emergency management offices (14 pages).

    Chapter 10: Emergency Management and Homeland Security in Puerto Rico—A Brief Case Study
    (ULOs 3.7 and 4.1)
    Chapter 10 provides a critical case study of Puerto Rico, particularly focusing on its emergency management
    challenges before, during, and after Hurricane Maria (2017). Alperen analyzes structural vulnerabilities unique
    to the island, including its political status as a U.S. territory, aging infrastructure, economic distress, and
    limited access to federal resources. The chapter reveals the systemic delays in FEMA assistance, the
    breakdown of communication systems, and the long-term recovery gaps that followed. This case highlights
    the importance of equity, preparedness, and culturally competent planning in homeland security. The Puerto
    Rico case study underscores how socio-political context can complicate traditional emergency management
    models and requires more nuanced, resilient strategies for recovery (17 pages).

    UNIT III STUDY GUIDE
    Emergency Management Cycle and
    Disaster Response Coordination

    HLS 3302, American Homeland Security 2

    UNIT x STUDY GUIDE
    Title

    Unit Lesson

    Lesson: Emergency Management Cycle and Disaster Response Coordination (ULOs 1.1, 3.5, 3.6,
    3.7, and 4.1)

    Understanding the emergency management cycle is crucial to emergency management and disaster
    response coordination. This cycle, which includes mitigation, preparedness, response, and recovery, serves
    as both a strategic model and a practical guide for managing emergencies. The lesson examines the cycle
    historically and operationally, tracing its development from Cold War civil defense models to today’s all-
    hazards approach. A critical evaluation explains how each phase functions independently and
    interdependently, particularly as it pertains to disaster coordination, multi-agency collaboration, and
    federalism. Key legal frameworks, such as the Robert T. Stafford Act, are explored alongside applied tools
    like emergency operations plans (EOPs) and emergency support functions (ESFs), preparing students for
    operational readiness in real-world settings.

    The Emergency Management Cycle: Origins and Interconnectedness

    The emergency management cycle evolved from linear planning models developed in the mid-20th century,
    eventually transitioning into a cyclical model as disasters became more complex and frequent (Alperen,
    2024). Each phase—mitigation, preparedness, response, and recovery—has distinct characteristics, but they
    are best understood as interdependent components of an ongoing process.

    RecoveryResponsePreparednessMitigation

    Emergency Management Cycle

    HLS 3302, American Homeland Security 3

    UNIT x STUDY GUIDE
    Title

    Mitigation aims to reduce disaster risk and limit potential losses through zoning, land-use policies, building
    codes, hazard mapping, and insurance strategies. It is fundamentally proactive and often politically
    undervalued until after a disaster occurs.

    Preparedness is the anticipatory phase, involving the development of response plans, public education
    campaigns, staff training, simulations, resource allocation, and interagency agreements. Preparedness
    ensures that when an event occurs, there is a predefined playbook guiding a coordinated response.

    Response includes time-critical operations such as search and rescue, triage, emergency sheltering, and law
    enforcement support. This phase is highly dynamic and requires rapid decision-making under uncertainty. It
    tests the effectiveness of planning, leadership, and logistics.

    Recovery encompasses both immediate actions to restore critical services (e.g., electricity, sanitation,
    housing) and long-term rebuilding of infrastructure, institutions, and livelihoods. Recovery can take months or
    years and includes psychological, economic, and cultural dimensions.

    The emergency management cycle should not be viewed as a closed loop but as a living process: insights
    from recovery feed back into better preparedness and mitigation.

    The Role of Local Governance and the Emergency Operations Plan

    Local governments are the first line of defense in any emergency. The Stafford Act and National Response
    Framework (NRF) both emphasize the importance of local incident command and decision-making authority
    (FEMA, 2019). The Emergency Operations Plan (EOP) serves as the cornerstone of local disaster
    preparedness. It outlines command structures, emergency roles, mutual aid agreements, hazard-specific
    procedures, and continuity-of-operations plans. EOPs also integrate protocols from NIMS and ICS (Incident
    Command System), ensuring that operations remain flexible and scalable.

    HLS 3302, American Homeland Security 4

    UNIT x STUDY GUIDE
    Title

    Students are encouraged to explore their community’s EOP to understand how responsibilities are distributed
    and how coordination is anticipated across law enforcement, public health, public works, and emergency
    services. A well-developed EOP is not just a compliance document; it is a blueprint for protecting life,
    property, and continuity in the face of uncertainty.

    Federal Integration through the Stafford Act and FEMA

    The Robert T. Stafford Act of 1988 is the legal instrument that authorizes the President to declare a state of
    emergency or major disaster, unlocking federal resources through the Federal Emergency Management
    Agency (FEMA). Once activated, FEMA coordinates with state and local officials through the activation of
    emergency support functions (ESFs) and incident management assistance teams (IMATs).

    Federal assistance under the Stafford Act includes both public assistance (for infrastructure repair and debris
    removal) and individual assistance (for temporary housing and unemployment benefits). However, accessing
    these resources requires a joint damage assessment and a formal gubernatorial request. This ensures that
    disaster declarations are grounded in demonstrated need and respect federalism (Sylves, 2019).

    It is important to understand the legal criteria and bureaucratic pathways that shape federal disaster
    declarations, as well as the ethical implications of resource allocation, particularly when it comes to equity in
    underserved communities.

    Learning from Failure: A Comparative Analysis of Major Incidents

    Disaster case studies illustrate how success and failure in emergency management often hinge on clarity of
    roles, speed of communication, and adaptability of response systems.

    To provide a deeper understanding of the emergency management cycle, this section expands on three major
    case studies: Hurricane Katrina, the COVID-19 pandemic, and the California wildfires. These events serve as
    critical teaching tools, offering insight into the real-world complexities of disaster management across all four
    phases of the emergency management cycle.

    Hurricane Katrina (2005)

    (Johnsonbaugh, n.d.)

    Hurricane Katrina stands as a pivotal event in U.S. emergency management history due to the catastrophic
    failures in preparedness, response, and recovery. Despite advance warnings, New Orleans lacked adequate
    evacuation plans, especially for vulnerable populations without access to private transportation.
    Communication breakdowns between local, state, and federal officials led to delayed federal assistance,
    confusion over incident command, and uncoordinated search and rescue operations. The lack of pre-

    HLS 3302, American Homeland Security 5

    UNIT x STUDY GUIDE
    Title

    positioned resources, the absence of a clear chain of command, and public distrust severely hampered
    response efforts. Post-event analysis prompted reforms in FEMA operations, emphasized the need for
    interoperable communication systems, and led to the creation of the Post-Katrina Emergency Management
    Reform Act of 2006, which restructured FEMA and improved federal-state-local coordination protocols.

    COVID-19 Pandemic (2020–2022)

    (Nurkovic, n.d.)

    The COVID-19 pandemic tested the limits of emergency management in a sustained, non-traditional disaster.
    Public health authorities were overwhelmed early, and the absence of a cohesive federal strategy resulted in
    fragmented and often contradictory responses among states. The lack of PPE, ventilators, and coordinated
    testing revealed deep flaws in national preparedness for a biological event. The response phase required
    massive logistical coordination for vaccine distribution, while the recovery phase has included large-scale
    economic relief, mental health interventions, and workforce stabilization. The pandemic underscored the need
    to integrate public health infrastructure into the broader emergency management framework, emphasized
    continuity of operations planning across sectors, and illuminated the importance of accurate and transparent
    risk communication.

    California Wildfires (2017–Present)

    (Bhati, n.d.)

    HLS 3302, American Homeland Security 6

    UNIT x STUDY GUIDE
    Title

    In the last decade, California has experienced record-breaking wildfire seasons, exacerbated by climate
    change, prolonged drought, and housing development in the wildland-urban interface (WUI). These fires have
    provided critical insights into all four phases of the emergency management cycle. Mitigation efforts such as
    vegetation management, defensible space regulations, and building codes have had mixed success, often
    hindered by funding and political barriers. Preparedness improvements include real-time satellite imagery,
    advanced fire modeling, and multi-county mutual aid agreements. Response coordination has improved
    through state-level emergency operations centers (EOCs) and unified command models, though resource
    exhaustion remains a challenge. Recovery efforts highlight socio-economic disparities, as lower-income
    residents often struggle to rebuild and lack insurance. These wildfires demonstrate the necessity of adaptive
    mitigation, scalable response models, and equitable recovery frameworks in an era of complex, climate-driven
    disasters.

    The 2013 Boston Marathon Bombing

    On April 15, 2013, two improvised explosive devices (IEDs) detonated near the finish line of the Boston
    Marathon, killing three people and injuring more than 260 others (Serino, 2013). The perpetrators, Tamerlan
    and Dzhokhar Tsarnaev, ethnic Chechen brothers living in Massachusetts, carried out the attack in the name
    of radical Islamist ideology. The incident not only shocked the nation but also exposed vulnerabilities in local
    law enforcement preparedness, intelligence sharing, and counterterrorism coordination.

    The bombing was followed by a dramatic four-day search involving federal, state, and local law enforcement
    agencies. Tamerlan was killed in a confrontation with police, while Dzhokhar was captured and later
    sentenced to death in federal court. The Tsarnaev brothers had no formal ties to international terrorist
    organizations, yet their actions were inspired by jihadist propaganda, including material from al-Qaeda’s
    online magazine Inspire. This highlights the threat of self-radicalized domestic actors who consume extremist
    content online and execute attacks without direction from a larger network, a hallmark of lone wolf terrorism.

    Their radicalization pathway exemplifies how grievances, whether personal, ideological, or cultural, can be
    exploited by extremist narratives. Homeland security practitioners must therefore prioritize early detection
    through behavioral indicators and community-based intervention programs. The brothers built pressure
    cooker bombs following instructions published in jihadist propaganda. Their weapon of choice underscored
    the accessibility of terrorist methods and the continuing challenge of detecting low-tech, high-impact threats.
    The attack highlighted the need for vigilance in public safety operations at mass gatherings and special
    events.

    Tamerlan Tsarnaev was on federal watchlists and had been flagged by Russian intelligence as a potential
    threat. Yet, this information was not effectively communicated or acted upon by U.S. agencies. The failure of
    interagency information sharing, an issue the post-9/11 homeland security architecture was meant to correct,
    remains one of the most cited critiques of this case. Fusion centers, Joint Terrorism Task Forces (JTTFs), and
    DHS intelligence units must ensure the operationalization of information flows. The Boston case reaffirmed
    the importance of structured protocols, shared databases, and integrated threat assessment systems.

    These cases should be evaluated through the lens of both policy and practice, identifying gaps, adaptive
    strategies, and the ethical tensions that arise when lives, infrastructure, and liberties are at stake.

    Recovery as the Most Challenging and Underfunded Phase

    Recovery presents long-term governance challenges. It requires balancing speed with deliberation, equity
    with efficiency, and public expectations with limited budgets. The National Disaster Recovery Framework
    (NDRF) formalizes recovery coordination through Recovery Support Functions (RSFs), addressing issues
    such as health, housing, economy, and natural resources (FEMA, 2016).

    Students are encouraged to evaluate real recovery efforts and explore how success is measured not merely
    by how fast infrastructure is rebuilt, but by how effectively communities heal and adapt. Resilience must be
    part of the rebuilding process. It includes considering future hazards, community voice in planning, and
    reducing exposure for vulnerable groups (Tierney, 2014).

    HLS 3302, American Homeland Security 7

    UNIT x STUDY GUIDE
    Title

    This part of the lesson challenges students as future emergency managers to think about recovery as not just
    a return to pre-disaster conditions, but an opportunity to build back better.

    Emergency Management as a Discipline and Practice

    Each phase of the emergency management cycle is rich with operational complexity, intergovernmental
    coordination, and value-laden decisions. As future practitioners, students must think systemically and act
    pragmatically. They must also engage in lifelong learning. Disasters are evolving, and so must the policies
    and practices designed to manage them.

    References

    Alperen, M. J. (2024). Foundations of homeland security and emergency management: Law and policy (3rd

    ed.). Wiley. https://online.vitalsource.com/#/books/9781394191611

    Bhati, G. (n.d.). ID 192403294 [Image]. Dreamstime. https://www.dreamstime.com/massive-california-apple-

    fire-forcing-thousands-people-to-evacuate-their-homes-wildfires-spreading-rapidly-escaping-save-
    lives-image192403294

    Federal Emergency Management Agency. (2016, June). National Disaster Recovery Framework (2nd ed.).

    U.S. Department of Homeland Security. https://www.fema.gov/sites/default/files/2020-
    06/national_disaster_recovery_framework_2nd.pdf

    Federal Emergency Management Agency. (2019, October 28). National Response Framework (4th ed.). U.S.

    Department of Homeland Security. https://www.fema.gov/sites/default/files/2020-
    04/NRF_FINALApproved_20190108.pdf

    Johnsonbaugh, L. (n.d.). ID 9750457 [Image]. Dreamstime. https://www.dreamstime.com/royalty-free-stock-

    photography-hurricane-evacuation-route-sign-image9750457

    Nurkovic, E. (n.d.). ID 178840647 [Image]. Dreamstime. https://www.dreamstime.com/shopper-mask-safely-

    buying-groceries-due-to-coronavirus-pandemic-grocery-store-covid-shopping-quarantine-preparation-
    image178840647

    Serino, R. Lessons learned from the Boston Marathon bombings: Preparing for and responding to the attack.

    Statement of Richard Serino, Deputy Administrator, Federal Emergency Management Agency, U.S.
    Department of Homeland Security, before the Committee on Homeland Security and Governmental
    Affairs, U.S. Senate, 113th Cong. (2013, July 10).

    Sylves, R. T. (2019). Disaster policy and politics: Emergency management and homeland security (3rd ed.).

    CQ Press.

    Tierney, K. (2014). The social roots of risk: Producing disasters, promoting resilience. Stanford University

    Press.

    – Course Learning Outcomes for Unit III
    – Required Unit Resources

    – Chapter 5: Extremism, Terrorism, and Domestic Threat* (ULO 3.1)
    – Chapter 9: FEMA—The Federal Emergency Management Agency (ULO 3.7)
    – Chapter 10: Emergency Management and Homeland Security in Puerto Rico—A Brief Case Study (ULOs 3.7 and 4.1)

    – Unit Lesson
    – The Emergency Management Cycle: Origins and Interconnectedness
    – The Role of Local Governance and the Emergency Operations Plan
    – Federal Integration through the Stafford Act and FEMA
    – Learning from Failure: A Comparative Analysis of Major Incidents

    – Hurricane Katrina (2005)
    – COVID-19 Pandemic (2020–2022)
    – California Wildfires (2017–Present)

    – The 2013 Boston Marathon Bombing
    – Recovery as the Most Challenging and Underfunded Phase
    – Emergency Management as a Discipline and Practice
    – References

    **## UnitIII1.pdf**

    HLS 3302, American Homeland Security 1

    Course Learning Outcomes for Unit III

    At the end of this unit, you should be able to:

    1. Discuss the factors influencing terrorism.
    1.1 Compare international, domestic, and ideologically motivated terrorist threats.

    3. Critique the United States’ ability to respond to the aftermath of terrorism.

    3.5 Identify the four phases of emergency management and their core functions.
    3.6 Analyze the legal mechanisms that govern federal disaster assistance.
    3.7 Evaluate FEMA’s role in supporting state and local emergency management operations.

    4. Determine tactical response options to terrorism based on available resources and jurisdictional

    procedures.
    4.1 Assess lessons learned from recent disasters using the emergency management cycle.

    Required Unit Resources

    Chapter 5: Extremism, Terrorism, and Domestic Threat* (ULO 3.1)
    Chapter 5 explores the historical, ideological, and operational dimensions of terrorism and extremism, with a
    particular emphasis on the growing threat of domestic violent extremism (DVE). Alperen contextualizes
    terrorism not only as a foreign threat but also as a domestic phenomenon that includes radicalized individuals
    and groups operating within the United States. The chapter provides a typology of threat actors, ranging from
    jihadist-inspired lone wolves to ideologically driven militias and white supremacist networks. The chapter is
    essential for understanding how homeland security policy must adapt to the evolving landscape of
    asymmetric threats emerging from within U.S. borders (5 pages).

    Chapter 9: FEMA—The Federal Emergency Management Agency (ULO 3.7)
    Chapter 9 presents a detailed overview of FEMA, emphasizing its role as the central coordinating agency for
    disaster response and recovery under the Department of Homeland Security. Alperen traces FEMA’s
    historical development, highlighting pivotal moments such as its response to Hurricane Katrina and its
    transformation under the Post-Katrina Emergency Management Reform Act (PKEMRA) of 2006. This chapter
    discusses FEMA’s mission areas, including disaster declarations, grant management, coordination of mutual
    aid, and integration with local emergency management offices (14 pages).

    Chapter 10: Emergency Management and Homeland Security in Puerto Rico—A Brief Case Study
    (ULOs 3.7 and 4.1)
    Chapter 10 provides a critical case study of Puerto Rico, particularly focusing on its emergency management
    challenges before, during, and after Hurricane Maria (2017). Alperen analyzes structural vulnerabilities unique
    to the island, including its political status as a U.S. territory, aging infrastructure, economic distress, and
    limited access to federal resources. The chapter reveals the systemic delays in FEMA assistance, the
    breakdown of communication systems, and the long-term recovery gaps that followed. This case highlights
    the importance of equity, preparedness, and culturally competent planning in homeland security. The Puerto
    Rico case study underscores how socio-political context can complicate traditional emergency management
    models and requires more nuanced, resilient strategies for recovery (17 pages).

    UNIT III STUDY GUIDE
    Emergency Management Cycle and
    Disaster Response Coordination

    HLS 3302, American Homeland Security 2

    UNIT x STUDY GUIDE
    Title

    Unit Lesson

    Lesson: Emergency Management Cycle and Disaster Response Coordination (ULOs 1.1, 3.5, 3.6,
    3.7, and 4.1)

    Understanding the emergency management cycle is crucial to emergency management and disaster
    response coordination. This cycle, which includes mitigation, preparedness, response, and recovery, serves
    as both a strategic model and a practical guide for managing emergencies. The lesson examines the cycle
    historically and operationally, tracing its development from Cold War civil defense models to today’s all-
    hazards approach. A critical evaluation explains how each phase functions independently and
    interdependently, particularly as it pertains to disaster coordination, multi-agency collaboration, and
    federalism. Key legal frameworks, such as the Robert T. Stafford Act, are explored alongside applied tools
    like emergency operations plans (EOPs) and emergency support functions (ESFs), preparing students for
    operational readiness in real-world settings.

    The Emergency Management Cycle: Origins and Interconnectedness

    The emergency management cycle evolved from linear planning models developed in the mid-20th century,
    eventually transitioning into a cyclical model as disasters became more complex and frequent (Alperen,
    2024). Each phase—mitigation, preparedness, response, and recovery—has distinct characteristics, but they
    are best understood as interdependent components of an ongoing process.

    RecoveryResponsePreparednessMitigation

    Emergency Management Cycle

    HLS 3302, American Homeland Security 3

    UNIT x STUDY GUIDE
    Title

    Mitigation aims to reduce disaster risk and limit potential losses through zoning, land-use policies, building
    codes, hazard mapping, and insurance strategies. It is fundamentally proactive and often politically
    undervalued until after a disaster occurs.

    Preparedness is the anticipatory phase, involving the development of response plans, public education
    campaigns, staff training, simulations, resource allocation, and interagency agreements. Preparedness
    ensures that when an event occurs, there is a predefined playbook guiding a coordinated response.

    Response includes time-critical operations such as search and rescue, triage, emergency sheltering, and law
    enforcement support. This phase is highly dynamic and requires rapid decision-making under uncertainty. It
    tests the effectiveness of planning, leadership, and logistics.

    Recovery encompasses both immediate actions to restore critical services (e.g., electricity, sanitation,
    housing) and long-term rebuilding of infrastructure, institutions, and livelihoods. Recovery can take months or
    years and includes psychological, economic, and cultural dimensions.

    The emergency management cycle should not be viewed as a closed loop but as a living process: insights
    from recovery feed back into better preparedness and mitigation.

    The Role of Local Governance and the Emergency Operations Plan

    Local governments are the first line of defense in any emergency. The Stafford Act and National Response
    Framework (NRF) both emphasize the importance of local incident command and decision-making authority
    (FEMA, 2019). The Emergency Operations Plan (EOP) serves as the cornerstone of local disaster
    preparedness. It outlines command structures, emergency roles, mutual aid agreements, hazard-specific
    procedures, and continuity-of-operations plans. EOPs also integrate protocols from NIMS and ICS (Incident
    Command System), ensuring that operations remain flexible and scalable.

    HLS 3302, American Homeland Security 4

    UNIT x STUDY GUIDE
    Title

    Students are encouraged to explore their community’s EOP to understand how responsibilities are distributed
    and how coordination is anticipated across law enforcement, public health, public works, and emergency
    services. A well-developed EOP is not just a compliance document; it is a blueprint for protecting life,
    property, and continuity in the face of uncertainty.

    Federal Integration through the Stafford Act and FEMA

    The Robert T. Stafford Act of 1988 is the legal instrument that authorizes the President to declare a state of
    emergency or major disaster, unlocking federal resources through the Federal Emergency Management
    Agency (FEMA). Once activated, FEMA coordinates with state and local officials through the activation of
    emergency support functions (ESFs) and incident management assistance teams (IMATs).

    Federal assistance under the Stafford Act includes both public assistance (for infrastructure repair and debris
    removal) and individual assistance (for temporary housing and unemployment benefits). However, accessing
    these resources requires a joint damage assessment and a formal gubernatorial request. This ensures that
    disaster declarations are grounded in demonstrated need and respect federalism (Sylves, 2019).

    It is important to understand the legal criteria and bureaucratic pathways that shape federal disaster
    declarations, as well as the ethical implications of resource allocation, particularly when it comes to equity in
    underserved communities.

    Learning from Failure: A Comparative Analysis of Major Incidents

    Disaster case studies illustrate how success and failure in emergency management often hinge on clarity of
    roles, speed of communication, and adaptability of response systems.

    To provide a deeper understanding of the emergency management cycle, this section expands on three major
    case studies: Hurricane Katrina, the COVID-19 pandemic, and the California wildfires. These events serve as
    critical teaching tools, offering insight into the real-world complexities of disaster management across all four
    phases of the emergency management cycle.

    Hurricane Katrina (2005)

    (Johnsonbaugh, n.d.)

    Hurricane Katrina stands as a pivotal event in U.S. emergency management history due to the catastrophic
    failures in preparedness, response, and recovery. Despite advance warnings, New Orleans lacked adequate
    evacuation plans, especially for vulnerable populations without access to private transportation.
    Communication breakdowns between local, state, and federal officials led to delayed federal assistance,
    confusion over incident command, and uncoordinated search and rescue operations. The lack of pre-

    HLS 3302, American Homeland Security 5

    UNIT x STUDY GUIDE
    Title

    positioned resources, the absence of a clear chain of command, and public distrust severely hampered
    response efforts. Post-event analysis prompted reforms in FEMA operations, emphasized the need for
    interoperable communication systems, and led to the creation of the Post-Katrina Emergency Management
    Reform Act of 2006, which restructured FEMA and improved federal-state-local coordination protocols.

    COVID-19 Pandemic (2020–2022)

    (Nurkovic, n.d.)

    The COVID-19 pandemic tested the limits of emergency management in a sustained, non-traditional disaster.
    Public health authorities were overwhelmed early, and the absence of a cohesive federal strategy resulted in
    fragmented and often contradictory responses among states. The lack of PPE, ventilators, and coordinated
    testing revealed deep flaws in national preparedness for a biological event. The response phase required
    massive logistical coordination for vaccine distribution, while the recovery phase has included large-scale
    economic relief, mental health interventions, and workforce stabilization. The pandemic underscored the need
    to integrate public health infrastructure into the broader emergency management framework, emphasized
    continuity of operations planning across sectors, and illuminated the importance of accurate and transparent
    risk communication.

    California Wildfires (2017–Present)

    (Bhati, n.d.)

    HLS 3302, American Homeland Security 6

    UNIT x STUDY GUIDE
    Title

    In the last decade, California has experienced record-breaking wildfire seasons, exacerbated by climate
    change, prolonged drought, and housing development in the wildland-urban interface (WUI). These fires have
    provided critical insights into all four phases of the emergency management cycle. Mitigation efforts such as
    vegetation management, defensible space regulations, and building codes have had mixed success, often
    hindered by funding and political barriers. Preparedness improvements include real-time satellite imagery,
    advanced fire modeling, and multi-county mutual aid agreements. Response coordination has improved
    through state-level emergency operations centers (EOCs) and unified command models, though resource
    exhaustion remains a challenge. Recovery efforts highlight socio-economic disparities, as lower-income
    residents often struggle to rebuild and lack insurance. These wildfires demonstrate the necessity of adaptive
    mitigation, scalable response models, and equitable recovery frameworks in an era of complex, climate-driven
    disasters.

    The 2013 Boston Marathon Bombing

    On April 15, 2013, two improvised explosive devices (IEDs) detonated near the finish line of the Boston
    Marathon, killing three people and injuring more than 260 others (Serino, 2013). The perpetrators, Tamerlan
    and Dzhokhar Tsarnaev, ethnic Chechen brothers living in Massachusetts, carried out the attack in the name
    of radical Islamist ideology. The incident not only shocked the nation but also exposed vulnerabilities in local
    law enforcement preparedness, intelligence sharing, and counterterrorism coordination.

    The bombing was followed by a dramatic four-day search involving federal, state, and local law enforcement
    agencies. Tamerlan was killed in a confrontation with police, while Dzhokhar was captured and later
    sentenced to death in federal court. The Tsarnaev brothers had no formal ties to international terrorist
    organizations, yet their actions were inspired by jihadist propaganda, including material from al-Qaeda’s
    online magazine Inspire. This highlights the threat of self-radicalized domestic actors who consume extremist
    content online and execute attacks without direction from a larger network, a hallmark of lone wolf terrorism.

    Their radicalization pathway exemplifies how grievances, whether personal, ideological, or cultural, can be
    exploited by extremist narratives. Homeland security practitioners must therefore prioritize early detection
    through behavioral indicators and community-based intervention programs. The brothers built pressure
    cooker bombs following instructions published in jihadist propaganda. Their weapon of choice underscored
    the accessibility of terrorist methods and the continuing challenge of detecting low-tech, high-impact threats.
    The attack highlighted the need for vigilance in public safety operations at mass gatherings and special
    events.

    Tamerlan Tsarnaev was on federal watchlists and had been flagged by Russian intelligence as a potential
    threat. Yet, this information was not effectively communicated or acted upon by U.S. agencies. The failure of
    interagency information sharing, an issue the post-9/11 homeland security architecture was meant to correct,
    remains one of the most cited critiques of this case. Fusion centers, Joint Terrorism Task Forces (JTTFs), and
    DHS intelligence units must ensure the operationalization of information flows. The Boston case reaffirmed
    the importance of structured protocols, shared databases, and integrated threat assessment systems.

    These cases should be evaluated through the lens of both policy and practice, identifying gaps, adaptive
    strategies, and the ethical tensions that arise when lives, infrastructure, and liberties are at stake.

    Recovery as the Most Challenging and Underfunded Phase

    Recovery presents long-term governance challenges. It requires balancing speed with deliberation, equity
    with efficiency, and public expectations with limited budgets. The National Disaster Recovery Framework
    (NDRF) formalizes recovery coordination through Recovery Support Functions (RSFs), addressing issues
    such as health, housing, economy, and natural resources (FEMA, 2016).

    Students are encouraged to evaluate real recovery efforts and explore how success is measured not merely
    by how fast infrastructure is rebuilt, but by how effectively communities heal and adapt. Resilience must be
    part of the rebuilding process. It includes considering future hazards, community voice in planning, and
    reducing exposure for vulnerable groups (Tierney, 2014).

    HLS 3302, American Homeland Security 7

    UNIT x STUDY GUIDE
    Title

    This part of the lesson challenges students as future emergency managers to think about recovery as not just
    a return to pre-disaster conditions, but an opportunity to build back better.

    Emergency Management as a Discipline and Practice

    Each phase of the emergency management cycle is rich with operational complexity, intergovernmental
    coordination, and value-laden decisions. As future practitioners, students must think systemically and act
    pragmatically. They must also engage in lifelong learning. Disasters are evolving, and so must the policies
    and practices designed to manage them.

    References

    Alperen, M. J. (2024). Foundations of homeland security and emergency management: Law and policy (3rd

    ed.). Wiley. https://online.vitalsource.com/#/books/9781394191611

    Bhati, G. (n.d.). ID 192403294 [Image]. Dreamstime. https://www.dreamstime.com/massive-california-apple-

    fire-forcing-thousands-people-to-evacuate-their-homes-wildfires-spreading-rapidly-escaping-save-
    lives-image192403294

    Federal Emergency Management Agency. (2016, June). National Disaster Recovery Framework (2nd ed.).

    U.S. Department of Homeland Security. https://www.fema.gov/sites/default/files/2020-
    06/national_disaster_recovery_framework_2nd.pdf

    Federal Emergency Management Agency. (2019, October 28). National Response Framework (4th ed.). U.S.

    Department of Homeland Security. https://www.fema.gov/sites/default/files/2020-
    04/NRF_FINALApproved_20190108.pdf

    Johnsonbaugh, L. (n.d.). ID 9750457 [Image]. Dreamstime. https://www.dreamstime.com/royalty-free-stock-

    photography-hurricane-evacuation-route-sign-image9750457

    Nurkovic, E. (n.d.). ID 178840647 [Image]. Dreamstime. https://www.dreamstime.com/shopper-mask-safely-

    buying-groceries-due-to-coronavirus-pandemic-grocery-store-covid-shopping-quarantine-preparation-
    image178840647

    Serino, R. Lessons learned from the Boston Marathon bombings: Preparing for and responding to the attack.

    Statement of Richard Serino, Deputy Administrator, Federal Emergency Management Agency, U.S.
    Department of Homeland Security, before the Committee on Homeland Security and Governmental
    Affairs, U.S. Senate, 113th Cong. (2013, July 10).

    Sylves, R. T. (2019). Disaster policy and politics: Emergency management and homeland security (3rd ed.).

    CQ Press.

    Tierney, K. (2014). The social roots of risk: Producing disasters, promoting resilience. Stanford University

    Press.

    – Course Learning Outcomes for Unit III
    – Required Unit Resources

    – Chapter 5: Extremism, Terrorism, and Domestic Threat* (ULO 3.1)
    – Chapter 9: FEMA—The Federal Emergency Management Agency (ULO 3.7)
    – Chapter 10: Emergency Management and Homeland Security in Puerto Rico—A Brief Case Study (ULOs 3.7 and 4.1)

    – Unit Lesson
    – The Emergency Management Cycle: Origins and Interconnectedness
    – The Role of Local Governance and the Emergency Operations Plan
    – Federal Integration through the Stafford Act and FEMA
    – Learning from Failure: A Comparative Analysis of Major Incidents

    – Hurricane Katrina (2005)
    – COVID-19 Pandemic (2020–2022)
    – California Wildfires (2017–Present)

    – The 2013 Boston Marathon Bombing
    – Recovery as the Most Challenging and Underfunded Phase
    – Emergency Management as a Discipline and Practice
    – References

    **## HLSIII.docx**

    For this assignment, select a disaster or terrorism incident (e.g., Hurricane Katrina, Hurricane Maria, Texas Winter Storm) and analyze how each phase of the emergency management cycle was executed. Additionally:

    · Evaluate FEMA’s role in support of both local and state agencies and associated legal frameworks.

    · Examine any associated ethical or societal responsibilities.

    · Identify what worked well and any failures.

    · Discuss how both the NIMS and the National Response Framework were utilized in the disaster response.

    · Discuss changes that were proposed in the aftermath, if any.

    Instructions:

    · Submit your case study as a Word document.

    · The case study should be three to four pages, in APA Style and must include at least two academic or peer-reviewed journal sources or FEMA documents. One of these sources must come from the CSU Library.

    · Review the How to Research Homeland Security Topics Unit IV Essay tutorial video (2 minutes).
    [https://youtu.be/3klr6EDvENM](https://youtu.be/3klr6EDvENM)

    Course Textbook(s) Alperen, M. J. (2024). Foundations of homeland security and emergency management: Law and policy (3rd ed.). Wiley. https://online.vitalsource.com/#/books/9781394191611

    **## UnitIII1.pdf**

    HLS 3302, American Homeland Security 1

    Course Learning Outcomes for Unit III

    At the end of this unit, you should be able to:

    1. Discuss the factors influencing terrorism.
    1.1 Compare international, domestic, and ideologically motivated terrorist threats.

    3. Critique the United States’ ability to respond to the aftermath of terrorism.

    3.5 Identify the four phases of emergency management and their core functions.
    3.6 Analyze the legal mechanisms that govern federal disaster assistance.
    3.7 Evaluate FEMA’s role in supporting state and local emergency management operations.

    4. Determine tactical response options to terrorism based on available resources and jurisdictional

    procedures.
    4.1 Assess lessons learned from recent disasters using the emergency management cycle.

    Required Unit Resources

    Chapter 5: Extremism, Terrorism, and Domestic Threat* (ULO 3.1)
    Chapter 5 explores the historical, ideological, and operational dimensions of terrorism and extremism, with a
    particular emphasis on the growing threat of domestic violent extremism (DVE). Alperen contextualizes
    terrorism not only as a foreign threat but also as a domestic phenomenon that includes radicalized individuals
    and groups operating within the United States. The chapter provides a typology of threat actors, ranging from
    jihadist-inspired lone wolves to ideologically driven militias and white supremacist networks. The chapter is
    essential for understanding how homeland security policy must adapt to the evolving landscape of
    asymmetric threats emerging from within U.S. borders (5 pages).

    Chapter 9: FEMA—The Federal Emergency Management Agency (ULO 3.7)
    Chapter 9 presents a detailed overview of FEMA, emphasizing its role as the central coordinating agency for
    disaster response and recovery under the Department of Homeland Security. Alperen traces FEMA’s
    historical development, highlighting pivotal moments such as its response to Hurricane Katrina and its
    transformation under the Post-Katrina Emergency Management Reform Act (PKEMRA) of 2006. This chapter
    discusses FEMA’s mission areas, including disaster declarations, grant management, coordination of mutual
    aid, and integration with local emergency management offices (14 pages).

    Chapter 10: Emergency Management and Homeland Security in Puerto Rico—A Brief Case Study
    (ULOs 3.7 and 4.1)
    Chapter 10 provides a critical case study of Puerto Rico, particularly focusing on its emergency management
    challenges before, during, and after Hurricane Maria (2017). Alperen analyzes structural vulnerabilities unique
    to the island, including its political status as a U.S. territory, aging infrastructure, economic distress, and
    limited access to federal resources. The chapter reveals the systemic delays in FEMA assistance, the
    breakdown of communication systems, and the long-term recovery gaps that followed. This case highlights
    the importance of equity, preparedness, and culturally competent planning in homeland security. The Puerto
    Rico case study underscores how socio-political context can complicate traditional emergency management
    models and requires more nuanced, resilient strategies for recovery (17 pages).

    UNIT III STUDY GUIDE
    Emergency Management Cycle and
    Disaster Response Coordination

    HLS 3302, American Homeland Security 2

    UNIT x STUDY GUIDE
    Title

    Unit Lesson

    Lesson: Emergency Management Cycle and Disaster Response Coordination (ULOs 1.1, 3.5, 3.6,
    3.7, and 4.1)

    Understanding the emergency management cycle is crucial to emergency management and disaster
    response coordination. This cycle, which includes mitigation, preparedness, response, and recovery, serves
    as both a strategic model and a practical guide for managing emergencies. The lesson examines the cycle
    historically and operationally, tracing its development from Cold War civil defense models to today’s all-
    hazards approach. A critical evaluation explains how each phase functions independently and
    interdependently, particularly as it pertains to disaster coordination, multi-agency collaboration, and
    federalism. Key legal frameworks, such as the Robert T. Stafford Act, are explored alongside applied tools
    like emergency operations plans (EOPs) and emergency support functions (ESFs), preparing students for
    operational readiness in real-world settings.

    The Emergency Management Cycle: Origins and Interconnectedness

    The emergency management cycle evolved from linear planning models developed in the mid-20th century,
    eventually transitioning into a cyclical model as disasters became more complex and frequent (Alperen,
    2024). Each phase—mitigation, preparedness, response, and recovery—has distinct characteristics, but they
    are best understood as interdependent components of an ongoing process.

    RecoveryResponsePreparednessMitigation

    Emergency Management Cycle

    HLS 3302, American Homeland Security 3

    UNIT x STUDY GUIDE
    Title

    Mitigation aims to reduce disaster risk and limit potential losses through zoning, land-use policies, building
    codes, hazard mapping, and insurance strategies. It is fundamentally proactive and often politically
    undervalued until after a disaster occurs.

    Preparedness is the anticipatory phase, involving the development of response plans, public education
    campaigns, staff training, simulations, resource allocation, and interagency agreements. Preparedness
    ensures that when an event occurs, there is a predefined playbook guiding a coordinated response.

    Response includes time-critical operations such as search and rescue, triage, emergency sheltering, and law
    enforcement support. This phase is highly dynamic and requires rapid decision-making under uncertainty. It
    tests the effectiveness of planning, leadership, and logistics.

    Recovery encompasses both immediate actions to restore critical services (e.g., electricity, sanitation,
    housing) and long-term rebuilding of infrastructure, institutions, and livelihoods. Recovery can take months or
    years and includes psychological, economic, and cultural dimensions.

    The emergency management cycle should not be viewed as a closed loop but as a living process: insights
    from recovery feed back into better preparedness and mitigation.

    The Role of Local Governance and the Emergency Operations Plan

    Local governments are the first line of defense in any emergency. The Stafford Act and National Response
    Framework (NRF) both emphasize the importance of local incident command and decision-making authority
    (FEMA, 2019). The Emergency Operations Plan (EOP) serves as the cornerstone of local disaster
    preparedness. It outlines command structures, emergency roles, mutual aid agreements, hazard-specific
    procedures, and continuity-of-operations plans. EOPs also integrate protocols from NIMS and ICS (Incident
    Command System), ensuring that operations remain flexible and scalable.

    HLS 3302, American Homeland Security 4

    UNIT x STUDY GUIDE
    Title

    Students are encouraged to explore their community’s EOP to understand how responsibilities are distributed
    and how coordination is anticipated across law enforcement, public health, public works, and emergency
    services. A well-developed EOP is not just a compliance document; it is a blueprint for protecting life,
    property, and continuity in the face of uncertainty.

    Federal Integration through the Stafford Act and FEMA

    The Robert T. Stafford Act of 1988 is the legal instrument that authorizes the President to declare a state of
    emergency or major disaster, unlocking federal resources through the Federal Emergency Management
    Agency (FEMA). Once activated, FEMA coordinates with state and local officials through the activation of
    emergency support functions (ESFs) and incident management assistance teams (IMATs).

    Federal assistance under the Stafford Act includes both public assistance (for infrastructure repair and debris
    removal) and individual assistance (for temporary housing and unemployment benefits). However, accessing
    these resources requires a joint damage assessment and a formal gubernatorial request. This ensures that
    disaster declarations are grounded in demonstrated need and respect federalism (Sylves, 2019).

    It is important to understand the legal criteria and bureaucratic pathways that shape federal disaster
    declarations, as well as the ethical implications of resource allocation, particularly when it comes to equity in
    underserved communities.

    Learning from Failure: A Comparative Analysis of Major Incidents

    Disaster case studies illustrate how success and failure in emergency management often hinge on clarity of
    roles, speed of communication, and adaptability of response systems.

    To provide a deeper understanding of the emergency management cycle, this section expands on three major
    case studies: Hurricane Katrina, the COVID-19 pandemic, and the California wildfires. These events serve as
    critical teaching tools, offering insight into the real-world complexities of disaster management across all four
    phases of the emergency management cycle.

    Hurricane Katrina (2005)

    (Johnsonbaugh, n.d.)

    Hurricane Katrina stands as a pivotal event in U.S. emergency management history due to the catastrophic
    failures in preparedness, response, and recovery. Despite advance warnings, New Orleans lacked adequate
    evacuation plans, especially for vulnerable populations without access to private transportation.
    Communication breakdowns between local, state, and federal officials led to delayed federal assistance,
    confusion over incident command, and uncoordinated search and rescue operations. The lack of pre-

    HLS 3302, American Homeland Security 5

    UNIT x STUDY GUIDE
    Title

    positioned resources, the absence of a clear chain of command, and public distrust severely hampered
    response efforts. Post-event analysis prompted reforms in FEMA operations, emphasized the need for
    interoperable communication systems, and led to the creation of the Post-Katrina Emergency Management
    Reform Act of 2006, which restructured FEMA and improved federal-state-local coordination protocols.

    COVID-19 Pandemic (2020–2022)

    (Nurkovic, n.d.)

    The COVID-19 pandemic tested the limits of emergency management in a sustained, non-traditional disaster.
    Public health authorities were overwhelmed early, and the absence of a cohesive federal strategy resulted in
    fragmented and often contradictory responses among states. The lack of PPE, ventilators, and coordinated
    testing revealed deep flaws in national preparedness for a biological event. The response phase required
    massive logistical coordination for vaccine distribution, while the recovery phase has included large-scale
    economic relief, mental health interventions, and workforce stabilization. The pandemic underscored the need
    to integrate public health infrastructure into the broader emergency management framework, emphasized
    continuity of operations planning across sectors, and illuminated the importance of accurate and transparent
    risk communication.

    California Wildfires (2017–Present)

    (Bhati, n.d.)

    HLS 3302, American Homeland Security 6

    UNIT x STUDY GUIDE
    Title

    In the last decade, California has experienced record-breaking wildfire seasons, exacerbated by climate
    change, prolonged drought, and housing development in the wildland-urban interface (WUI). These fires have
    provided critical insights into all four phases of the emergency management cycle. Mitigation efforts such as
    vegetation management, defensible space regulations, and building codes have had mixed success, often
    hindered by funding and political barriers. Preparedness improvements include real-time satellite imagery,
    advanced fire modeling, and multi-county mutual aid agreements. Response coordination has improved
    through state-level emergency operations centers (EOCs) and unified command models, though resource
    exhaustion remains a challenge. Recovery efforts highlight socio-economic disparities, as lower-income
    residents often struggle to rebuild and lack insurance. These wildfires demonstrate the necessity of adaptive
    mitigation, scalable response models, and equitable recovery frameworks in an era of complex, climate-driven
    disasters.

    The 2013 Boston Marathon Bombing

    On April 15, 2013, two improvised explosive devices (IEDs) detonated near the finish line of the Boston
    Marathon, killing three people and injuring more than 260 others (Serino, 2013). The perpetrators, Tamerlan
    and Dzhokhar Tsarnaev, ethnic Chechen brothers living in Massachusetts, carried out the attack in the name
    of radical Islamist ideology. The incident not only shocked the nation but also exposed vulnerabilities in local
    law enforcement preparedness, intelligence sharing, and counterterrorism coordination.

    The bombing was followed by a dramatic four-day search involving federal, state, and local law enforcement
    agencies. Tamerlan was killed in a confrontation with police, while Dzhokhar was captured and later
    sentenced to death in federal court. The Tsarnaev brothers had no formal ties to international terrorist
    organizations, yet their actions were inspired by jihadist propaganda, including material from al-Qaeda’s
    online magazine Inspire. This highlights the threat of self-radicalized domestic actors who consume extremist
    content online and execute attacks without direction from a larger network, a hallmark of lone wolf terrorism.

    Their radicalization pathway exemplifies how grievances, whether personal, ideological, or cultural, can be
    exploited by extremist narratives. Homeland security practitioners must therefore prioritize early detection
    through behavioral indicators and community-based intervention programs. The brothers built pressure
    cooker bombs following instructions published in jihadist propaganda. Their weapon of choice underscored
    the accessibility of terrorist methods and the continuing challenge of detecting low-tech, high-impact threats.
    The attack highlighted the need for vigilance in public safety operations at mass gatherings and special
    events.

    Tamerlan Tsarnaev was on federal watchlists and had been flagged by Russian intelligence as a potential
    threat. Yet, this information was not effectively communicated or acted upon by U.S. agencies. The failure of
    interagency information sharing, an issue the post-9/11 homeland security architecture was meant to correct,
    remains one of the most cited critiques of this case. Fusion centers, Joint Terrorism Task Forces (JTTFs), and
    DHS intelligence units must ensure the operationalization of information flows. The Boston case reaffirmed
    the importance of structured protocols, shared databases, and integrated threat assessment systems.

    These cases should be evaluated through the lens of both policy and practice, identifying gaps, adaptive
    strategies, and the ethical tensions that arise when lives, infrastructure, and liberties are at stake.

    Recovery as the Most Challenging and Underfunded Phase

    Recovery presents long-term governance challenges. It requires balancing speed with deliberation, equity
    with efficiency, and public expectations with limited budgets. The National Disaster Recovery Framework
    (NDRF) formalizes recovery coordination through Recovery Support Functions (RSFs), addressing issues
    such as health, housing, economy, and natural resources (FEMA, 2016).

    Students are encouraged to evaluate real recovery efforts and explore how success is measured not merely
    by how fast infrastructure is rebuilt, but by how effectively communities heal and adapt. Resilience must be
    part of the rebuilding process. It includes considering future hazards, community voice in planning, and
    reducing exposure for vulnerable groups (Tierney, 2014).

    HLS 3302, American Homeland Security 7

    UNIT x STUDY GUIDE
    Title

    This part of the lesson challenges students as future emergency managers to think about recovery as not just
    a return to pre-disaster conditions, but an opportunity to build back better.

    Emergency Management as a Discipline and Practice

    Each phase of the emergency management cycle is rich with operational complexity, intergovernmental
    coordination, and value-laden decisions. As future practitioners, students must think systemically and act
    pragmatically. They must also engage in lifelong learning. Disasters are evolving, and so must the policies
    and practices designed to manage them.

    References

    Alperen, M. J. (2024). Foundations of homeland security and emergency management: Law and policy (3rd

    ed.). Wiley. https://online.vitalsource.com/#/books/9781394191611

    Bhati, G. (n.d.). ID 192403294 [Image]. Dreamstime. https://www.dreamstime.com/massive-california-apple-

    fire-forcing-thousands-people-to-evacuate-their-homes-wildfires-spreading-rapidly-escaping-save-
    lives-image192403294

    Federal Emergency Management Agency. (2016, June). National Disaster Recovery Framework (2nd ed.).

    U.S. Department of Homeland Security. https://www.fema.gov/sites/default/files/2020-
    06/national_disaster_recovery_framework_2nd.pdf

    Federal Emergency Management Agency. (2019, October 28). National Response Framework (4th ed.). U.S.

    Department of Homeland Security. https://www.fema.gov/sites/default/files/2020-
    04/NRF_FINALApproved_20190108.pdf

    Johnsonbaugh, L. (n.d.). ID 9750457 [Image]. Dreamstime. https://www.dreamstime.com/royalty-free-stock-

    photography-hurricane-evacuation-route-sign-image9750457

    Nurkovic, E. (n.d.). ID 178840647 [Image]. Dreamstime. https://www.dreamstime.com/shopper-mask-safely-

    buying-groceries-due-to-coronavirus-pandemic-grocery-store-covid-shopping-quarantine-preparation-
    image178840647

    Serino, R. Lessons learned from the Boston Marathon bombings: Preparing for and responding to the attack.

    Statement of Richard Serino, Deputy Administrator, Federal Emergency Management Agency, U.S.
    Department of Homeland Security, before the Committee on Homeland Security and Governmental
    Affairs, U.S. Senate, 113th Cong. (2013, July 10).

    Sylves, R. T. (2019). Disaster policy and politics: Emergency management and homeland security (3rd ed.).

    CQ Press.

    Tierney, K. (2014). The social roots of risk: Producing disasters, promoting resilience. Stanford University

    Press.

    – Course Learning Outcomes for Unit III
    – Required Unit Resources

    – Chapter 5: Extremism, Terrorism, and Domestic Threat* (ULO 3.1)
    – Chapter 9: FEMA—The Federal Emergency Management Agency (ULO 3.7)
    – Chapter 10: Emergency Management and Homeland Security in Puerto Rico—A Brief Case Study (ULOs 3.7 and 4.1)

    – Unit Lesson
    – The Emergency Management Cycle: Origins and Interconnectedness
    – The Role of Local Governance and the Emergency Operations Plan
    – Federal Integration through the Stafford Act and FEMA
    – Learning from Failure: A Comparative Analysis of Major Incidents

    – Hurricane Katrina (2005)
    – COVID-19 Pandemic (2020–2022)
    – California Wildfires (2017–Present)

    – The 2013 Boston Marathon Bombing
    – Recovery as the Most Challenging and Underfunded Phase
    – Emergency Management as a Discipline and Practice
    – References

    **## HLSIII.docx**

    For this assignment, select a disaster or terrorism incident (e.g., Hurricane Katrina, Hurricane Maria, Texas Winter Storm) and analyze how each phase of the emergency management cycle was executed. Additionally:

    · Evaluate FEMA’s role in support of both local and state agencies and associated legal frameworks.

    · Examine any associated ethical or societal responsibilities.

    · Identify what worked well and any failures.

    · Discuss how both the NIMS and the National Response Framework were utilized in the disaster response.

    · Discuss changes that were proposed in the aftermath, if any.

    Instructions:

    · Submit your case study as a Word document.

    · The case study should be three to four pages, in APA Style and must include at least two academic or peer-reviewed journal sources or FEMA documents. One of these sources must come from the CSU Library.

    · Review the How to Research Homeland Security Topics Unit IV Essay tutorial video (2 minutes).
    [https://youtu.be/3klr6EDvENM](https://youtu.be/3klr6EDvENM)

    Course Textbook(s) Alperen, M. J. (2024). Foundations of homeland security and emergency management: Law and policy (3rd ed.). Wiley. https://online.vitalsource.com/#/books/9781394191611

    **## UnitIII1.pdf**

    HLS 3302, American Homeland Security 1

    Course Learning Outcomes for Unit III

    At the end of this unit, you should be able to:

    1. Discuss the factors influencing terrorism.
    1.1 Compare international, domestic, and ideologically motivated terrorist threats.

    3. Critique the United States’ ability to respond to the aftermath of terrorism.

    3.5 Identify the four phases of emergency management and their core functions.
    3.6 Analyze the legal mechanisms that govern federal disaster assistance.
    3.7 Evaluate FEMA’s role in supporting state and local emergency management operations.

    4. Determine tactical response options to terrorism based on available resources and jurisdictional

    procedures.
    4.1 Assess lessons learned from recent disasters using the emergency management cycle.

    Required Unit Resources

    Chapter 5: Extremism, Terrorism, and Domestic Threat* (ULO 3.1)
    Chapter 5 explores the historical, ideological, and operational dimensions of terrorism and extremism, with a
    particular emphasis on the growing threat of domestic violent extremism (DVE). Alperen contextualizes
    terrorism not only as a foreign threat but also as a domestic phenomenon that includes radicalized individuals
    and groups operating within the United States. The chapter provides a typology of threat actors, ranging from
    jihadist-inspired lone wolves to ideologically driven militias and white supremacist networks. The chapter is
    essential for understanding how homeland security policy must adapt to the evolving landscape of
    asymmetric threats emerging from within U.S. borders (5 pages).

    Chapter 9: FEMA—The Federal Emergency Management Agency (ULO 3.7)
    Chapter 9 presents a detailed overview of FEMA, emphasizing its role as the central coordinating agency for
    disaster response and recovery under the Department of Homeland Security. Alperen traces FEMA’s
    historical development, highlighting pivotal moments such as its response to Hurricane Katrina and its
    transformation under the Post-Katrina Emergency Management Reform Act (PKEMRA) of 2006. This chapter
    discusses FEMA’s mission areas, including disaster declarations, grant management, coordination of mutual
    aid, and integration with local emergency management offices (14 pages).

    Chapter 10: Emergency Management and Homeland Security in Puerto Rico—A Brief Case Study
    (ULOs 3.7 and 4.1)
    Chapter 10 provides a critical case study of Puerto Rico, particularly focusing on its emergency management
    challenges before, during, and after Hurricane Maria (2017). Alperen analyzes structural vulnerabilities unique
    to the island, including its political status as a U.S. territory, aging infrastructure, economic distress, and
    limited access to federal resources. The chapter reveals the systemic delays in FEMA assistance, the
    breakdown of communication systems, and the long-term recovery gaps that followed. This case highlights
    the importance of equity, preparedness, and culturally competent planning in homeland security. The Puerto
    Rico case study underscores how socio-political context can complicate traditional emergency management
    models and requires more nuanced, resilient strategies for recovery (17 pages).

    UNIT III STUDY GUIDE
    Emergency Management Cycle and
    Disaster Response Coordination

    HLS 3302, American Homeland Security 2

    UNIT x STUDY GUIDE
    Title

    Unit Lesson

    Lesson: Emergency Management Cycle and Disaster Response Coordination (ULOs 1.1, 3.5, 3.6,
    3.7, and 4.1)

    Understanding the emergency management cycle is crucial to emergency management and disaster
    response coordination. This cycle, which includes mitigation, preparedness, response, and recovery, serves
    as both a strategic model and a practical guide for managing emergencies. The lesson examines the cycle
    historically and operationally, tracing its development from Cold War civil defense models to today’s all-
    hazards approach. A critical evaluation explains how each phase functions independently and
    interdependently, particularly as it pertains to disaster coordination, multi-agency collaboration, and
    federalism. Key legal frameworks, such as the Robert T. Stafford Act, are explored alongside applied tools
    like emergency operations plans (EOPs) and emergency support functions (ESFs), preparing students for
    operational readiness in real-world settings.

    The Emergency Management Cycle: Origins and Interconnectedness

    The emergency management cycle evolved from linear planning models developed in the mid-20th century,
    eventually transitioning into a cyclical model as disasters became more complex and frequent (Alperen,
    2024). Each phase—mitigation, preparedness, response, and recovery—has distinct characteristics, but they
    are best understood as interdependent components of an ongoing process.

    RecoveryResponsePreparednessMitigation

    Emergency Management Cycle

    HLS 3302, American Homeland Security 3

    UNIT x STUDY GUIDE
    Title

    Mitigation aims to reduce disaster risk and limit potential losses through zoning, land-use policies, building
    codes, hazard mapping, and insurance strategies. It is fundamentally proactive and often politically
    undervalued until after a disaster occurs.

    Preparedness is the anticipatory phase, involving the development of response plans, public education
    campaigns, staff training, simulations, resource allocation, and interagency agreements. Preparedness
    ensures that when an event occurs, there is a predefined playbook guiding a coordinated response.

    Response includes time-critical operations such as search and rescue, triage, emergency sheltering, and law
    enforcement support. This phase is highly dynamic and requires rapid decision-making under uncertainty. It
    tests the effectiveness of planning, leadership, and logistics.

    Recovery encompasses both immediate actions to restore critical services (e.g., electricity, sanitation,
    housing) and long-term rebuilding of infrastructure, institutions, and livelihoods. Recovery can take months or
    years and includes psychological, economic, and cultural dimensions.

    The emergency management cycle should not be viewed as a closed loop but as a living process: insights
    from recovery feed back into better preparedness and mitigation.

    The Role of Local Governance and the Emergency Operations Plan

    Local governments are the first line of defense in any emergency. The Stafford Act and National Response
    Framework (NRF) both emphasize the importance of local incident command and decision-making authority
    (FEMA, 2019). The Emergency Operations Plan (EOP) serves as the cornerstone of local disaster
    preparedness. It outlines command structures, emergency roles, mutual aid agreements, hazard-specific
    procedures, and continuity-of-operations plans. EOPs also integrate protocols from NIMS and ICS (Incident
    Command System), ensuring that operations remain flexible and scalable.

    HLS 3302, American Homeland Security 4

    UNIT x STUDY GUIDE
    Title

    Students are encouraged to explore their community’s EOP to understand how responsibilities are distributed
    and how coordination is anticipated across law enforcement, public health, public works, and emergency
    services. A well-developed EOP is not just a compliance document; it is a blueprint for protecting life,
    property, and continuity in the face of uncertainty.

    Federal Integration through the Stafford Act and FEMA

    The Robert T. Stafford Act of 1988 is the legal instrument that authorizes the President to declare a state of
    emergency or major disaster, unlocking federal resources through the Federal Emergency Management
    Agency (FEMA). Once activated, FEMA coordinates with state and local officials through the activation of
    emergency support functions (ESFs) and incident management assistance teams (IMATs).

    Federal assistance under the Stafford Act includes both public assistance (for infrastructure repair and debris
    removal) and individual assistance (for temporary housing and unemployment benefits). However, accessing
    these resources requires a joint damage assessment and a formal gubernatorial request. This ensures that
    disaster declarations are grounded in demonstrated need and respect federalism (Sylves, 2019).

    It is important to understand the legal criteria and bureaucratic pathways that shape federal disaster
    declarations, as well as the ethical implications of resource allocation, particularly when it comes to equity in
    underserved communities.

    Learning from Failure: A Comparative Analysis of Major Incidents

    Disaster case studies illustrate how success and failure in emergency management often hinge on clarity of
    roles, speed of communication, and adaptability of response systems.

    To provide a deeper understanding of the emergency management cycle, this section expands on three major
    case studies: Hurricane Katrina, the COVID-19 pandemic, and the California wildfires. These events serve as
    critical teaching tools, offering insight into the real-world complexities of disaster management across all four
    phases of the emergency management cycle.

    Hurricane Katrina (2005)

    (Johnsonbaugh, n.d.)

    Hurricane Katrina stands as a pivotal event in U.S. emergency management history due to the catastrophic
    failures in preparedness, response, and recovery. Despite advance warnings, New Orleans lacked adequate
    evacuation plans, especially for vulnerable populations without access to private transportation.
    Communication breakdowns between local, state, and federal officials led to delayed federal assistance,
    confusion over incident command, and uncoordinated search and rescue operations. The lack of pre-

    HLS 3302, American Homeland Security 5

    UNIT x STUDY GUIDE
    Title

    positioned resources, the absence of a clear chain of command, and public distrust severely hampered
    response efforts. Post-event analysis prompted reforms in FEMA operations, emphasized the need for
    interoperable communication systems, and led to the creation of the Post-Katrina Emergency Management
    Reform Act of 2006, which restructured FEMA and improved federal-state-local coordination protocols.

    COVID-19 Pandemic (2020–2022)

    (Nurkovic, n.d.)

    The COVID-19 pandemic tested the limits of emergency management in a sustained, non-traditional disaster.
    Public health authorities were overwhelmed early, and the absence of a cohesive federal strategy resulted in
    fragmented and often contradictory responses among states. The lack of PPE, ventilators, and coordinated
    testing revealed deep flaws in national preparedness for a biological event. The response phase required
    massive logistical coordination for vaccine distribution, while the recovery phase has included large-scale
    economic relief, mental health interventions, and workforce stabilization. The pandemic underscored the need
    to integrate public health infrastructure into the broader emergency management framework, emphasized
    continuity of operations planning across sectors, and illuminated the importance of accurate and transparent
    risk communication.

    California Wildfires (2017–Present)

    (Bhati, n.d.)

    HLS 3302, American Homeland Security 6

    UNIT x STUDY GUIDE
    Title

    In the last decade, California has experienced record-breaking wildfire seasons, exacerbated by climate
    change, prolonged drought, and housing development in the wildland-urban interface (WUI). These fires have
    provided critical insights into all four phases of the emergency management cycle. Mitigation efforts such as
    vegetation management, defensible space regulations, and building codes have had mixed success, often
    hindered by funding and political barriers. Preparedness improvements include real-time satellite imagery,
    advanced fire modeling, and multi-county mutual aid agreements. Response coordination has improved
    through state-level emergency operations centers (EOCs) and unified command models, though resource
    exhaustion remains a challenge. Recovery efforts highlight socio-economic disparities, as lower-income
    residents often struggle to rebuild and lack insurance. These wildfires demonstrate the necessity of adaptive
    mitigation, scalable response models, and equitable recovery frameworks in an era of complex, climate-driven
    disasters.

    The 2013 Boston Marathon Bombing

    On April 15, 2013, two improvised explosive devices (IEDs) detonated near the finish line of the Boston
    Marathon, killing three people and injuring more than 260 others (Serino, 2013). The perpetrators, Tamerlan
    and Dzhokhar Tsarnaev, ethnic Chechen brothers living in Massachusetts, carried out the attack in the name
    of radical Islamist ideology. The incident not only shocked the nation but also exposed vulnerabilities in local
    law enforcement preparedness, intelligence sharing, and counterterrorism coordination.

    The bombing was followed by a dramatic four-day search involving federal, state, and local law enforcement
    agencies. Tamerlan was killed in a confrontation with police, while Dzhokhar was captured and later
    sentenced to death in federal court. The Tsarnaev brothers had no formal ties to international terrorist
    organizations, yet their actions were inspired by jihadist propaganda, including material from al-Qaeda’s
    online magazine Inspire. This highlights the threat of self-radicalized domestic actors who consume extremist
    content online and execute attacks without direction from a larger network, a hallmark of lone wolf terrorism.

    Their radicalization pathway exemplifies how grievances, whether personal, ideological, or cultural, can be
    exploited by extremist narratives. Homeland security practitioners must therefore prioritize early detection
    through behavioral indicators and community-based intervention programs. The brothers built pressure
    cooker bombs following instructions published in jihadist propaganda. Their weapon of choice underscored
    the accessibility of terrorist methods and the continuing challenge of detecting low-tech, high-impact threats.
    The attack highlighted the need for vigilance in public safety operations at mass gatherings and special
    events.

    Tamerlan Tsarnaev was on federal watchlists and had been flagged by Russian intelligence as a potential
    threat. Yet, this information was not effectively communicated or acted upon by U.S. agencies. The failure of
    interagency information sharing, an issue the post-9/11 homeland security architecture was meant to correct,
    remains one of the most cited critiques of this case. Fusion centers, Joint Terrorism Task Forces (JTTFs), and
    DHS intelligence units must ensure the operationalization of information flows. The Boston case reaffirmed
    the importance of structured protocols, shared databases, and integrated threat assessment systems.

    These cases should be evaluated through the lens of both policy and practice, identifying gaps, adaptive
    strategies, and the ethical tensions that arise when lives, infrastructure, and liberties are at stake.

    Recovery as the Most Challenging and Underfunded Phase

    Recovery presents long-term governance challenges. It requires balancing speed with deliberation, equity
    with efficiency, and public expectations with limited budgets. The National Disaster Recovery Framework
    (NDRF) formalizes recovery coordination through Recovery Support Functions (RSFs), addressing issues
    such as health, housing, economy, and natural resources (FEMA, 2016).

    Students are encouraged to evaluate real recovery efforts and explore how success is measured not merely
    by how fast infrastructure is rebuilt, but by how effectively communities heal and adapt. Resilience must be
    part of the rebuilding process. It includes considering future hazards, community voice in planning, and
    reducing exposure for vulnerable groups (Tierney, 2014).

    HLS 3302, American Homeland Security 7

    UNIT x STUDY GUIDE
    Title

    This part of the lesson challenges students as future emergency managers to think about recovery as not just
    a return to pre-disaster conditions, but an opportunity to build back better.

    Emergency Management as a Discipline and Practice

    Each phase of the emergency management cycle is rich with operational complexity, intergovernmental
    coordination, and value-laden decisions. As future practitioners, students must think systemically and act
    pragmatically. They must also engage in lifelong learning. Disasters are evolving, and so must the policies
    and practices designed to manage them.

    References

    Alperen, M. J. (2024). Foundations of homeland security and emergency management: Law and policy (3rd

    ed.). Wiley. https://online.vitalsource.com/#/books/9781394191611

    Bhati, G. (n.d.). ID 192403294 [Image]. Dreamstime. https://www.dreamstime.com/massive-california-apple-

    fire-forcing-thousands-people-to-evacuate-their-homes-wildfires-spreading-rapidly-escaping-save-
    lives-image192403294

    Federal Emergency Management Agency. (2016, June). National Disaster Recovery Framework (2nd ed.).

    U.S. Department of Homeland Security. https://www.fema.gov/sites/default/files/2020-
    06/national_disaster_recovery_framework_2nd.pdf

    Federal Emergency Management Agency. (2019, October 28). National Response Framework (4th ed.). U.S.

    Department of Homeland Security. https://www.fema.gov/sites/default/files/2020-
    04/NRF_FINALApproved_20190108.pdf

    Johnsonbaugh, L. (n.d.). ID 9750457 [Image]. Dreamstime. https://www.dreamstime.com/royalty-free-stock-

    photography-hurricane-evacuation-route-sign-image9750457

    Nurkovic, E. (n.d.). ID 178840647 [Image]. Dreamstime. https://www.dreamstime.com/shopper-mask-safely-

    buying-groceries-due-to-coronavirus-pandemic-grocery-store-covid-shopping-quarantine-preparation-
    image178840647

    Serino, R. Lessons learned from the Boston Marathon bombings: Preparing for and responding to the attack.

    Statement of Richard Serino, Deputy Administrator, Federal Emergency Management Agency, U.S.
    Department of Homeland Security, before the Committee on Homeland Security and Governmental
    Affairs, U.S. Senate, 113th Cong. (2013, July 10).

    Sylves, R. T. (2019). Disaster policy and politics: Emergency management and homeland security (3rd ed.).

    CQ Press.

    Tierney, K. (2014). The social roots of risk: Producing disasters, promoting resilience. Stanford University

    Press.

    – Course Learning Outcomes for Unit III
    – Required Unit Resources

    – Chapter 5: Extremism, Terrorism, and Domestic Threat* (ULO 3.1)
    – Chapter 9: FEMA—The Federal Emergency Management Agency (ULO 3.7)
    – Chapter 10: Emergency Management and Homeland Security in Puerto Rico—A Brief Case Study (ULOs 3.7 and 4.1)

    – Unit Lesson
    – The Emergency Management Cycle: Origins and Interconnectedness
    – The Role of Local Governance and the Emergency Operations Plan
    – Federal Integration through the Stafford Act and FEMA
    – Learning from Failure: A Comparative Analysis of Major Incidents

    – Hurricane Katrina (2005)
    – COVID-19 Pandemic (2020–2022)
    – California Wildfires (2017–Present)

    – The 2013 Boston Marathon Bombing
    – Recovery as the Most Challenging and Underfunded Phase
    – Emergency Management as a Discipline and Practice
    – References

  • [Solved] ITC 5301 VDBR1

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    [>Management homework help](https://www.sweetstudy.com/fields/business-finance-management) **files (1)** – ## ManagementInformationSystemsITC5301UnitVDBR1.docx **## ManagementInformationSystemsITC5301UnitVDBR1.docx** 2 Management Information Systems ITC 5301 Unit V Discussion Board Reply 1 Your init…

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    2

    Management Information Systems ITC 5301 Unit V Discussion Board Reply 1

    Your initial post should be at least 250 words in length.

    Your initial post should include at least one APA-formatted scholarly, professional, or textbook reference with accompanying in-text citation to support any paraphrased, summarized, or quoted material.

    Reply To

    Aryanna

    Top of Form

    Good evening Prof and class,

    When I first opened my discount furniture store, it was a small operation in a rural town. I knew every employee by name, handled most of the ordering myself, and could tell you exactly how many recliners were on the floor just by walking the showroom. Fast forward to today, and we’ve grown into 20 stores spread across the United States. I’m proud of that growth, but I’ll be honest, it’s also exposed some cracks in how we operate. That’s one big reason our company should seriously consider implementing an enterprise resource planning (ERP) solution.

    Right now, a lot of our systems don’t talk to each other. Inventory is tracked one way, accounting another, and each store has its own habits for reporting sales and managing vendors. That worked when we were small, but at our current size, it leads to mistakes. We’ve had situations where a customer buys a sofa that shows as “in stock,” only to find out another store sold the last one hours earlier. An ERP system could fix that by tying inventory, purchasing, sales, and accounting into one shared system. Everyone would be working from the same data in real time. That means fewer errors, better customer service, and smarter decisions about what products we stock and where.

    Another reason ERP makes sense is visibility. As an owner, I want to see how each store is performing without waiting weeks for reports or questioning the numbers. An ERP dashboard could show sales trends, slow-moving inventory, and profit margins across all locations (Davenport,1998). That kind of clarity helps us stay competitive in a tight-margin business like discount furniture.

    That said, implementing an ERP system isn’t easy. The biggest challenge is cost and disruption. ERP software is expensive, and the real cost goes beyond the price tag. There’s training, data migration, and the time employees need to adjust to new processes. Some long-term staff may resist the change because they’re comfortable with how things have always been done. If we rush the rollout or fail to communicate why it matters, productivity could actually drop before it improves. Still, growth demands better tools. If we want to keep expanding without losing control of our operations, an ERP system isn’t just a nice upgrade, it’s becoming a necessity.

    **References:**

    Davenport, T. H. (1998). Putting the enterprise into the enterprise system. Harvard Business Review, 76(4), 121–131.
    [https://hbr.org/1998/07/putting-the-enterprise-into-the-enterprise-system](https://hbr.org/1998/07/putting-the-enterprise-into-the-enterprise-system)

    IBM. (2023). What is ERP?
    [https://www.ibm.com/topics/enterprise-resource-planning](https://usg01.safelinks.protection.office365.us/?url=https%3A%2F%2Fwww.ibm.com%2Ftopics%2Fenterprise-resource-planning&data=05%7C02%7Caryanna.n.pope.mil%40army.mil%7C8a4706af19be45cab43e08de5aa57598%7Cfae6d70f954b481192b60530d6f84c43%7C0%7C0%7C639047863981220744%7CUnknown%7CTWFpbGZsb3d8eyJFbXB0eU1hcGkiOnRydWUsIlYiOiIwLjAuMDAwMCIsIlAiOiJXaW4zMiIsIkFOIjoiTWFpbCIsIldUIjoyfQ%3D%3D%7C80000%7C%7C%7C&sdata=2q1UhA08Z5T9AfGSHcdX08VvXA%2BIAjHo6tmGgDlfkjA%3D&reserved=0)

    Bottom of Form

    **## ManagementInformationSystemsITC5301UnitVDBR1.docx**

    2

    Management Information Systems ITC 5301 Unit V Discussion Board Reply 1

    Your initial post should be at least 250 words in length.

    Your initial post should include at least one APA-formatted scholarly, professional, or textbook reference with accompanying in-text citation to support any paraphrased, summarized, or quoted material.

    Reply To

    Aryanna

    Top of Form

    Good evening Prof and class,

    When I first opened my discount furniture store, it was a small operation in a rural town. I knew every employee by name, handled most of the ordering myself, and could tell you exactly how many recliners were on the floor just by walking the showroom. Fast forward to today, and we’ve grown into 20 stores spread across the United States. I’m proud of that growth, but I’ll be honest, it’s also exposed some cracks in how we operate. That’s one big reason our company should seriously consider implementing an enterprise resource planning (ERP) solution.

    Right now, a lot of our systems don’t talk to each other. Inventory is tracked one way, accounting another, and each store has its own habits for reporting sales and managing vendors. That worked when we were small, but at our current size, it leads to mistakes. We’ve had situations where a customer buys a sofa that shows as “in stock,” only to find out another store sold the last one hours earlier. An ERP system could fix that by tying inventory, purchasing, sales, and accounting into one shared system. Everyone would be working from the same data in real time. That means fewer errors, better customer service, and smarter decisions about what products we stock and where.

    Another reason ERP makes sense is visibility. As an owner, I want to see how each store is performing without waiting weeks for reports or questioning the numbers. An ERP dashboard could show sales trends, slow-moving inventory, and profit margins across all locations (Davenport,1998). That kind of clarity helps us stay competitive in a tight-margin business like discount furniture.

    That said, implementing an ERP system isn’t easy. The biggest challenge is cost and disruption. ERP software is expensive, and the real cost goes beyond the price tag. There’s training, data migration, and the time employees need to adjust to new processes. Some long-term staff may resist the change because they’re comfortable with how things have always been done. If we rush the rollout or fail to communicate why it matters, productivity could actually drop before it improves. Still, growth demands better tools. If we want to keep expanding without losing control of our operations, an ERP system isn’t just a nice upgrade, it’s becoming a necessity.

    **References:**

    Davenport, T. H. (1998). Putting the enterprise into the enterprise system. Harvard Business Review, 76(4), 121–131.
    [https://hbr.org/1998/07/putting-the-enterprise-into-the-enterprise-system](https://hbr.org/1998/07/putting-the-enterprise-into-the-enterprise-system)

    IBM. (2023). What is ERP?
    [https://www.ibm.com/topics/enterprise-resource-planning](https://usg01.safelinks.protection.office365.us/?url=https%3A%2F%2Fwww.ibm.com%2Ftopics%2Fenterprise-resource-planning&data=05%7C02%7Caryanna.n.pope.mil%40army.mil%7C8a4706af19be45cab43e08de5aa57598%7Cfae6d70f954b481192b60530d6f84c43%7C0%7C0%7C639047863981220744%7CUnknown%7CTWFpbGZsb3d8eyJFbXB0eU1hcGkiOnRydWUsIlYiOiIwLjAuMDAwMCIsIlAiOiJXaW4zMiIsIkFOIjoiTWFpbCIsIldUIjoyfQ%3D%3D%7C80000%7C%7C%7C&sdata=2q1UhA08Z5T9AfGSHcdX08VvXA%2BIAjHo6tmGgDlfkjA%3D&reserved=0)

    Bottom of Form

  • [Solved] ITC 5301 VDBR2

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    [>Management homework help](https://www.sweetstudy.com/fields/business-finance-management) **files (1)** – ## ManagementInformationSystemsITC5301UnitVDBR2.docx **## ManagementInformationSystemsITC5301UnitVDBR2.docx** 2 Management Information Systems ITC 5301 Unit V Discussion Board Reply 2 Your init…

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    **## ManagementInformationSystemsITC5301UnitVDBR2.docx**

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    Management Information Systems ITC 5301 Unit V Discussion Board Reply 2

    Your initial post should be at least 250 words in length.

    Your initial post should include at least one APA-formatted scholarly, professional, or textbook reference with accompanying in-text citation to support any paraphrased, summarized, or quoted material.

    Reply to Kelly

    As the owner of a discount furniture company that started as one small rural store and has now grown to 20 locations across the United States, I have personally seen how growth can quickly turn into a real challenge. What once worked with phone calls, emails, and spreadsheets has now become much harder to manage when multiple stores, warehouses, vendors, and delivery schedules are involved. This is where implementing an enterprise resource planning (ERP) system would make sense.

    One strong reason to consider an ERP is the need for better visibility and consistency across all locations. With furniture, inventory accuracy is very important. Items are large, expensive to move, and often have long lead times. Without a centralized system, each store may track inventory, sales, and purchasing differently, which can lead to confusion, over-ordering, or stockouts. An ERP would allow all 20 stores to operate from the same data, giving leadership a clear picture of inventory levels, sales trends, and replenishment needs. This helps ensure customers receive accurate information, improves delivery planning, and supports better decision-making across the entire company.

    However, implementing an ERP does not come without challenges. One of the biggest obstacles is organizational change and employee implementation. An ERP system affects nearly every role in the business, from store managers and warehouse teams to accounting and purchasing. Employees who are used to existing processes may resist change or feel overwhelmed by learning a new system. In addition, ERP implementations require significant time, planning, and financial investment. According to Umble, Haft, and Umble (2003), ERP projects are complex and resource-intensive, and many organizations struggle when they underestimate the importance of training, data accuracy, and change management. (Umble, Haft, & Umble, 2003)

    From my perspective, the decision to implement an ERP comes down to long-term sustainability. While the initial effort is significant, the ability to run all locations as one connected business rather than 20 separate operations can improve efficiency, reduce errors, and support continued growth.

    **Reference**

    Umble, E. J., Haft, R. R., & Umble, M. M. (2003). Enterprise resource planning: Implementation procedures and critical success factors.
    _European Journal of Operational Research_, 146(2), 241–257.

    **## ManagementInformationSystemsITC5301UnitVDBR2.docx**

    2

    Management Information Systems ITC 5301 Unit V Discussion Board Reply 2

    Your initial post should be at least 250 words in length.

    Your initial post should include at least one APA-formatted scholarly, professional, or textbook reference with accompanying in-text citation to support any paraphrased, summarized, or quoted material.

    Reply to Kelly

    As the owner of a discount furniture company that started as one small rural store and has now grown to 20 locations across the United States, I have personally seen how growth can quickly turn into a real challenge. What once worked with phone calls, emails, and spreadsheets has now become much harder to manage when multiple stores, warehouses, vendors, and delivery schedules are involved. This is where implementing an enterprise resource planning (ERP) system would make sense.

    One strong reason to consider an ERP is the need for better visibility and consistency across all locations. With furniture, inventory accuracy is very important. Items are large, expensive to move, and often have long lead times. Without a centralized system, each store may track inventory, sales, and purchasing differently, which can lead to confusion, over-ordering, or stockouts. An ERP would allow all 20 stores to operate from the same data, giving leadership a clear picture of inventory levels, sales trends, and replenishment needs. This helps ensure customers receive accurate information, improves delivery planning, and supports better decision-making across the entire company.

    However, implementing an ERP does not come without challenges. One of the biggest obstacles is organizational change and employee implementation. An ERP system affects nearly every role in the business, from store managers and warehouse teams to accounting and purchasing. Employees who are used to existing processes may resist change or feel overwhelmed by learning a new system. In addition, ERP implementations require significant time, planning, and financial investment. According to Umble, Haft, and Umble (2003), ERP projects are complex and resource-intensive, and many organizations struggle when they underestimate the importance of training, data accuracy, and change management. (Umble, Haft, & Umble, 2003)

    From my perspective, the decision to implement an ERP comes down to long-term sustainability. While the initial effort is significant, the ability to run all locations as one connected business rather than 20 separate operations can improve efficiency, reduce errors, and support continued growth.

    **Reference**

    Umble, E. J., Haft, R. R., & Umble, M. M. (2003). Enterprise resource planning: Implementation procedures and critical success factors.
    _European Journal of Operational Research_, 146(2), 241–257.

  • [Solved] Journal Response Week 6

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    Building a successful team is about finding the right mix of people and professional skills. **files (2)** – ## JournalQuestion_WEEK6.docx – ## Module6JournalRUBRIC.docx **## JournalQuestion_WEEK6.docx** **Overview** In this module, you will examine the dynamics of group decision-making and how to…

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    Building a successful team is about finding the right mix of people and professional skills.

    **files (2)**

    – ## JournalQuestion_WEEK6.docx

    – ## Module6JournalRUBRIC.docx

    **## JournalQuestion_WEEK6.docx**

    **Overview**

    In this module, you will examine the dynamics of group decision-making and how to build successful teams. Building a successful team is about finding the right mix of people and professional skills. This will lend to successful project management and healthcare outcomes. It is the work of the leader to build the team. Evidence-based practice outcomes are driven by productivity, patient outcomes, and the difference that the team's work makes. Leading a team is not easy, and teams can have bad leaders and toxic followers, so consider how you, as the leader, can ensure you keep your team on track for success. Create a culture of a caring community and maintain open communication. Remember, it is possible to transform a culture, and when this happens, it is inspiring!

    **Journal Question:**

    Drawing on your experiences and readings from this module, share how you intend to build your team to deliver a successful DNP project. How will your team impact each phase of your DNP project, and what role will each team member play? If things go astray, how will you provide constructive criticism to get your project back on track?

    **This is my Topic**

    “ This quality improvement project is to implement the use of an evidence-based self-care tool, Summary of Diabetes Self-Care Activities (SDSCA), to improve diabetes self-care behaviors among adults with type 2 diabetes.”

    **Journal Response Expectations**

    **Each short-answer Journal response will be a minimum of 300 words. No citation, reference, or APA style is necessary.**

    **References**

    Borkowski, N. & Meese, K.A. (2021).
    _Organizational behavior in healthcare_ (4th ed.). Jones & Bartlett Learning. ISBN: 9781284183245. Read chapters 16, 17, & 18.

    Weberg, D. & Davidson, S. (2019).
    _Leadership for evidence-based innovation in nursing and health professions_ (2nd ed.). Jones & Bartlett Learning. ISBN: 9781284171365. Read chapter 16.

    **## Module6JournalRUBRIC.docx**

    2/2/26, 5:39 AM Preview Rubric: Graduate Journal Question Rubric v1 – DNP855 Sect1 Organizational Leadership and Systems-Based Practice – Aspen University Classroom

    2/2/26, 5:39 AM Preview Rubric: Graduate Journal Question Rubric v1 – DNP855 Sect1 Organizational Leadership and Systems-Based Practice – Aspen University Classroom

    **Graduate Journal Question Rubric v1**

    Criteria

    **Does Not Meet**

    **Expectations**

    **Approaches**

    **Expectations**

    **Meets Expectations**

    **Exceeds Expectations**

    **Criterion Score**

    Claim/Quality of

    Information

    Weight: 40%

    / 8

    0

    points

    **pts**

    **)**

    **(0**

    Response to quiz

    question is missing

    or inaccurate.

    Answer is inaccurate

    and does not ad

    –

    dress the prompt.

    2.5

    points

    **(5.6**

    **pts**

    **)**

    Response to quiz

    question is missing

    key elements.

    Answer is partially

    inaccurate and

    misses elements in

    the prompt. Claims

    are lacking informa

    –

    tion to be fully

    thought out.

    6.4

    points

    **)**

    **pts**

    **(6.4**

    Response to quiz

    question is appropri

    –

    ate and accurate.

    Answer is appropri

    –

    ate and responses

    to the prompt.

    Claims are

    appropriate.

    8

    points

    **(8**

    **pts**

    **)**

    Response to quiz

    question is thorough

    and detailed.

    Answer is clear and

    concise and re

    –

    sponses to all as

    –

    pects of the prompt.

    Claims are justified

    and plausible.

    ![](https://www.sweetstudy.com/questions/journal-response-week-6)

    **Overall Score**

    **Level 1**

    0

    points minimum

    **Level 2**

    14

    points minimum

    **Level 3**

    16

    points minimum

    **Level 4**

    20

    points minimum

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    ## image1.png

    **## Module6JournalRUBRIC.docx**

    2/2/26, 5:39 AM Preview Rubric: Graduate Journal Question Rubric v1 – DNP855 Sect1 Organizational Leadership and Systems-Based Practice – Aspen University Classroom

    2/2/26, 5:39 AM Preview Rubric: Graduate Journal Question Rubric v1 – DNP855 Sect1 Organizational Leadership and Systems-Based Practice – Aspen University Classroom

    **Graduate Journal Question Rubric v1**

    Criteria

    **Does Not Meet**

    **Expectations**

    **Approaches**

    **Expectations**

    **Meets Expectations**

    **Exceeds Expectations**

    **Criterion Score**

    Claim/Quality of

    Information

    Weight: 40%

    / 8

    0

    points

    **pts**

    **)**

    **(0**

    Response to quiz

    question is missing

    or inaccurate.

    Answer is inaccurate

    and does not ad

    –

    dress the prompt.

    2.5

    points

    **(5.6**

    **pts**

    **)**

    Response to quiz

    question is missing

    key elements.

    Answer is partially

    inaccurate and

    misses elements in

    the prompt. Claims

    are lacking informa

    –

    tion to be fully

    thought out.

    6.4

    points

    **)**

    **pts**

    **(6.4**

    Response to quiz

    question is appropri

    –

    ate and accurate.

    Answer is appropri

    –

    ate and responses

    to the prompt.

    Claims are

    appropriate.

    8

    points

    **(8**

    **pts**

    **)**

    Response to quiz

    question is thorough

    and detailed.

    Answer is clear and

    concise and re

    –

    sponses to all as

    –

    pects of the prompt.

    Claims are justified

    and plausible.

    ![](https://www.sweetstudy.com/questions/journal-response-week-6)

    **Overall Score**

    **Level 1**

    0

    points minimum

    **Level 2**

    14

    points minimum

    **Level 3**

    16

    points minimum

    **Level 4**

    20

    points minimum

    https://classroom.aspen.edu/d2l/le/content/117064/viewContent/6175210/View 1/3

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    ## image1.png

    **## JournalQuestion_WEEK6.docx**

    **Overview**

    In this module, you will examine the dynamics of group decision-making and how to build successful teams. Building a successful team is about finding the right mix of people and professional skills. This will lend to successful project management and healthcare outcomes. It is the work of the leader to build the team. Evidence-based practice outcomes are driven by productivity, patient outcomes, and the difference that the team's work makes. Leading a team is not easy, and teams can have bad leaders and toxic followers, so consider how you, as the leader, can ensure you keep your team on track for success. Create a culture of a caring community and maintain open communication. Remember, it is possible to transform a culture, and when this happens, it is inspiring!

    **Journal Question:**

    Drawing on your experiences and readings from this module, share how you intend to build your team to deliver a successful DNP project. How will your team impact each phase of your DNP project, and what role will each team member play? If things go astray, how will you provide constructive criticism to get your project back on track?

    **This is my Topic**

    “ This quality improvement project is to implement the use of an evidence-based self-care tool, Summary of Diabetes Self-Care Activities (SDSCA), to improve diabetes self-care behaviors among adults with type 2 diabetes.”

    **Journal Response Expectations**

    **Each short-answer Journal response will be a minimum of 300 words. No citation, reference, or APA style is necessary.**

    **References**

    Borkowski, N. & Meese, K.A. (2021).
    _Organizational behavior in healthcare_ (4th ed.). Jones & Bartlett Learning. ISBN: 9781284183245. Read chapters 16, 17, & 18.

    Weberg, D. & Davidson, S. (2019).
    _Leadership for evidence-based innovation in nursing and health professions_ (2nd ed.). Jones & Bartlett Learning. ISBN: 9781284171365. Read chapter 16.

    **## Module6JournalRUBRIC.docx**

    2/2/26, 5:39 AM Preview Rubric: Graduate Journal Question Rubric v1 – DNP855 Sect1 Organizational Leadership and Systems-Based Practice – Aspen University Classroom

    2/2/26, 5:39 AM Preview Rubric: Graduate Journal Question Rubric v1 – DNP855 Sect1 Organizational Leadership and Systems-Based Practice – Aspen University Classroom

    **Graduate Journal Question Rubric v1**

    Criteria

    **Does Not Meet**

    **Expectations**

    **Approaches**

    **Expectations**

    **Meets Expectations**

    **Exceeds Expectations**

    **Criterion Score**

    Claim/Quality of

    Information

    Weight: 40%

    / 8

    0

    points

    **pts**

    **)**

    **(0**

    Response to quiz

    question is missing

    or inaccurate.

    Answer is inaccurate

    and does not ad

    –

    dress the prompt.

    2.5

    points

    **(5.6**

    **pts**

    **)**

    Response to quiz

    question is missing

    key elements.

    Answer is partially

    inaccurate and

    misses elements in

    the prompt. Claims

    are lacking informa

    –

    tion to be fully

    thought out.

    6.4

    points

    **)**

    **pts**

    **(6.4**

    Response to quiz

    question is appropri

    –

    ate and accurate.

    Answer is appropri

    –

    ate and responses

    to the prompt.

    Claims are

    appropriate.

    8

    points

    **(8**

    **pts**

    **)**

    Response to quiz

    question is thorough

    and detailed.

    Answer is clear and

    concise and re

    –

    sponses to all as

    –

    pects of the prompt.

    Claims are justified

    and plausible.

    ![](https://www.sweetstudy.com/questions/journal-response-week-6)

    **Overall Score**

    **Level 1**

    0

    points minimum

    **Level 2**

    14

    points minimum

    **Level 3**

    16

    points minimum

    **Level 4**

    20

    points minimum

    https://classroom.aspen.edu/d2l/le/content/117064/viewContent/6175210/View 1/3

    https://classroom.aspen.edu/d2l/le/content/117064/viewContent/6175210/View 1/3

    1/3

    ## image1.png

    **## JournalQuestion_WEEK6.docx**

    **Overview**

    In this module, you will examine the dynamics of group decision-making and how to build successful teams. Building a successful team is about finding the right mix of people and professional skills. This will lend to successful project management and healthcare outcomes. It is the work of the leader to build the team. Evidence-based practice outcomes are driven by productivity, patient outcomes, and the difference that the team's work makes. Leading a team is not easy, and teams can have bad leaders and toxic followers, so consider how you, as the leader, can ensure you keep your team on track for success. Create a culture of a caring community and maintain open communication. Remember, it is possible to transform a culture, and when this happens, it is inspiring!

    **Journal Question:**

    Drawing on your experiences and readings from this module, share how you intend to build your team to deliver a successful DNP project. How will your team impact each phase of your DNP project, and what role will each team member play? If things go astray, how will you provide constructive criticism to get your project back on track?

    **This is my Topic**

    “ This quality improvement project is to implement the use of an evidence-based self-care tool, Summary of Diabetes Self-Care Activities (SDSCA), to improve diabetes self-care behaviors among adults with type 2 diabetes.”

    **Journal Response Expectations**

    **Each short-answer Journal response will be a minimum of 300 words. No citation, reference, or APA style is necessary.**

    **References**

    Borkowski, N. & Meese, K.A. (2021).
    _Organizational behavior in healthcare_ (4th ed.). Jones & Bartlett Learning. ISBN: 9781284183245. Read chapters 16, 17, & 18.

    Weberg, D. & Davidson, S. (2019).
    _Leadership for evidence-based innovation in nursing and health professions_ (2nd ed.). Jones & Bartlett Learning. ISBN: 9781284171365. Read chapter 16.

    **## Module6JournalRUBRIC.docx**

    2/2/26, 5:39 AM Preview Rubric: Graduate Journal Question Rubric v1 – DNP855 Sect1 Organizational Leadership and Systems-Based Practice – Aspen University Classroom

    2/2/26, 5:39 AM Preview Rubric: Graduate Journal Question Rubric v1 – DNP855 Sect1 Organizational Leadership and Systems-Based Practice – Aspen University Classroom

    **Graduate Journal Question Rubric v1**

    Criteria

    **Does Not Meet**

    **Expectations**

    **Approaches**

    **Expectations**

    **Meets Expectations**

    **Exceeds Expectations**

    **Criterion Score**

    Claim/Quality of

    Information

    Weight: 40%

    / 8

    0

    points

    **pts**

    **)**

    **(0**

    Response to quiz

    question is missing

    or inaccurate.

    Answer is inaccurate

    and does not ad

    –

    dress the prompt.

    2.5

    points

    **(5.6**

    **pts**

    **)**

    Response to quiz

    question is missing

    key elements.

    Answer is partially

    inaccurate and

    misses elements in

    the prompt. Claims

    are lacking informa

    –

    tion to be fully

    thought out.

    6.4

    points

    **)**

    **pts**

    **(6.4**

    Response to quiz

    question is appropri

    –

    ate and accurate.

    Answer is appropri

    –

    ate and responses

    to the prompt.

    Claims are

    appropriate.

    8

    points

    **(8**

    **pts**

    **)**

    Response to quiz

    question is thorough

    and detailed.

    Answer is clear and

    concise and re

    –

    sponses to all as

    –

    pects of the prompt.

    Claims are justified

    and plausible.

    ![](https://www.sweetstudy.com/questions/journal-response-week-6)

    **Overall Score**

    **Level 1**

    0

    points minimum

    **Level 2**

    14

    points minimum

    **Level 3**

    16

    points minimum

    **Level 4**

    20

    points minimum

    https://classroom.aspen.edu/d2l/le/content/117064/viewContent/6175210/View 1/3

    https://classroom.aspen.edu/d2l/le/content/117064/viewContent/6175210/View 1/3

    1/3

    ## image1.png

  • [Solved] M&C

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    Executive Solution Overview

    – [\ \ 20260201_235633.jpg](https://www.sweetstudy.com/files/20260201-235633-jpg "20260201_235633.jpg") – [\ \ 20260201_235529.jpg](https://www.sweetstudy.com/files/20260201-235529-jpg "20260201_235529.jpg")

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    – [\
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    20260201_235529.jpg](https://www.sweetstudy.com/files/20260201-235529-jpg "20260201_235529.jpg")

  • [Solved] NA4

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  • [Solved] NEED IN 15 HOURS PLAGIARISM FREE “A WORK”

    ✓ Verified Academic Solution Available

    Executive Solution Overview

    PLEASE FOLLOW ALL OF THE INSTRUCTIONS **files (3)** – ## IDNScenarios.pdf – ## SelectionofHealthInformaticsScenarios.pdf – ## TheFivePillarsofInformatics.pdf **## IDNScenarios.pdf** IDN Scenarios Option 1: Bay Bridge Health Network. Consider the following for this scenario: • This integrated deliver…

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    PLEASE FOLLOW ALL OF THE INSTRUCTIONS

    **files (3)**

    – ## IDNScenarios.pdf

    – ## SelectionofHealthInformaticsScenarios.pdf

    – ## TheFivePillarsofInformatics.pdf

    **## IDNScenarios.pdf**

    IDN Scenarios

    Option 1: Bay Bridge Health Network. Consider the following for this scenario:

    • This integrated delivery network comprises five hospitals and 20 physician
    practices, five long-term care facilities, two urgent service medical malls, and an
    insurance plan covering 3 million lives in the San Francisco area. Strategic
    imperatives for this IDN include 10% operational cost reductions that are
    sustainable across business units and market share expansion through
    virtualization strategies to compete with independent and retail urgent care
    competitors in the region.

    • Informatics Implementation Projects: Your individual project takes the form of an
    initiative. Choose one informatics implementation initiative from the following list:

    o Multihospital Electronic Health Record Implementation (documentation,
    results, clinical provider order entry [CPOE]; and decision support systems
    [DSS])

    o Practice Management System Clinical Implementation

    o Practice Management System Billing, Registration, and Scheduling
    Implementation

    o Materials Management System Implementation

    o Personal Health Record (Patient Portal) Implementation

    o Clinical Document Improvement (CDI) Software Implementation

    Option 2: Star Health Alliance. Consider the following for this scenario:

    • This integrated delivery network comprises 20 hospitals; 50 specialty clinics in
    cardiology, endocrinology, and gastroenterology; three women’s health centers; 200
    physician practices; and an insurance plan covering 5 million lives across three
    different states in the Midwest. Strategic imperatives for this IDN include 10%
    operational cost reductions that are sustainable across business units and the
    realization of a 20% improvement in physician practice-based clinical quality
    metrics specific to wellness activities related to cancer prevention, diabetes risk
    management, and women’s health.

    • Informatics Implementation Projects: Your individual project takes the form of an
    initiative. Choose one informatics implementation initiative from the following list:

    o Practice Management System Clinical Implementation

    o Practice Management System Billing, Registration, and Scheduling
    Implementation

    o Telehealth Monitoring Application Implementation

    o Personal Health Record (Patient Portal) Implementation

    o Personal Health Record (Electronic Visits) Implementation

    o Multimedia Patient Education System Implementation

    Option 3: Palm Health Care Partners. Consider the following for this scenario:

    • This integrated delivery network comprises 10 hospitals, five specialty centers in
    cardiology and endocrinology, 50 physician practices, 40 senior living communities
    including five skilled nursing facilities (SNFs), a home health agency, and two
    insurance plans covering 5 million lives in the Florida–Atlantic coastal area.
    Strategic imperatives for this IDN include 15% operational cost reductions that are
    sustainable across business units and improved population health initiatives
    involving comorbid populations of health plan members, including persons with
    congestive heart failure (CHF) and diabetes and related comorbidities.

    • Informatics Implementation Projects: Your individual project takes the form of an
    initiative. Choose one informatics implementation initiative from the following list:

    o Clinical Document Improvement (CDI) Software Implementation

    o Case Management or Population Health Software Implementation

    o Claims Management Implementation

    o Business Intelligence (Data Warehousing and Visualization) System
    Implementation

    o Home Health Electronic Record Implementation for Clinical and Claims

    o Personal Health Record (Patient Portal) Implementation

    **## SelectionofHealthInformaticsScenarios.pdf**

    In your review of The Five Pillars of Informatics reflect on the various types of informatics
    solutions, such as clinical provider order entry (CPOE) implementations, patient portal
    implementations, or upgrades of patient management systems addressed as individual
    project initiatives in HIA601. Compare the program to your chosen IDN. As you examine
    each of the projects with your program, analyze how to implement these projects in
    tandem to best address the stated goals of the IDN. Consider the following: Are the
    systems being implemented in such a way that the IDN can gain measurable and
    sustainable cost reductions?

    For this week’s assignment, you will select an IDN from the provided IDN scenarios. You
    will take the role of the program management office director (PMOD). In this role, you will
    create a program management plan that will encompass several projects. These projects
    are listed in each IDN scenario as “informatics implementation projects.” You will choose
    one informatics implementation project for which you will take on the role of project
    manager.

    You should note that each informatics implementation project reflects a significant
    investment for the organization. It’s the job of the PMOD (you) to determine how each
    project and the program overall creates tangible benefits for the organization while
    controlling technology costs. Remember that while each project is a discrete informatics
    solution being implemented in the organization, the challenge for students is to assess the
    interrelationships and interdependencies between these projects as they form an
    informatics program.

    Ensure you download The Five Pillars of Informatics (ATTACHED) white paper to guide your
    strategy for the IDN. To do this, consider the following questions:

    • Which informatics pillars does your program most clearly reflect?

    • Think about the composition of the IDN and the stated goals and objectives in the
    scenario: How will the implementation of multiple informatics solutions, in tandem,
    strategically enable that organization to meet these goals?

    In your paper,

    • Formulate an initial strategy to manage the informatics implementation projects as
    a comprehensive program for the chosen IDN.

    • Analyze the challenges that you will face as you develop your informatics program
    strategy for the chosen IDN.

    • Discuss the goals of the IDN and how they contribute to a competitive strategy for
    the organization.

    [https://uagc.instructure.com/courses/156180/files/24236194?wrap=1](https://uagc.instructure.com/courses/156180/files/24236194?wrap=1)

    [https://uagc.instructure.com/courses/156180/files/24236194?wrap=1](https://uagc.instructure.com/courses/156180/files/24236194?wrap=1)

    • Explain how at least two of the health informatics pillars relate to the goals and
    competitive strategy of the IDN based on research in the field.

    • Describe how each project in the informatics program individually contributes to
    achieving the goals of the IDN.

    • Outline at least five interrelationships or dependencies between the projects in your
    informatics program.

    • Compose an initial statement of the risk you may encounter with the informatics
    program. Please outline at least one technical, financial, and operational risk
    identified.

    The Selection of Health Informatics Scenarios paper

    • must be at least 7 double-spaced pages in length (not including title and references
    pages) and formatted according to APA Style.

    • Must include at least 7 peer-review scholar articles plus the course textbook

    • must include a separate title page with the following:
    o title of paper in bold font

    ▪ Space should appear between the title and the rest of the
    information on the title page.

    o student’s name
    o name of institution (The University of Arizona Global Campus)
    o course name and number
    o instructor’s name
    o due date

    Course Textbook:

    Longest, B. B., Jr. (2015). Health program management: From development through

    evaluation. (2nd ed.). John Wiley & Sons.

    [https://writingcenter.uagc.edu/apa-style](https://writingcenter.uagc.edu/apa-style)

    [https://ebookcentral.proquest.com/lib/ashford-ebooks/detail.action?docID=7104121](https://ebookcentral.proquest.com/lib/ashford-ebooks/detail.action?docID=7104121)

    [https://ebookcentral.proquest.com/lib/ashford-ebooks/detail.action?docID=7104121](https://ebookcentral.proquest.com/lib/ashford-ebooks/detail.action?docID=7104121)

    **## TheFivePillarsofInformatics.pdf**

    THE FIVE PILLARS OF INFORMATICS 1

    1

    The Five Pillars of Informatics

    Position Paper: Masters Education in Health Informatics and Analytics and Transformational

    Informatics

    Dr. Suzanne Paone

    Dr. Karen Bakuzonis

    University of Arizona Global Campus School of Health Sciences

    Master of Science in Informatics and Analytics (MSHIA)

    August 2019

    THE FIVE PILLARS OF INFORMATICS 2

    2

    The Five Pillars of Informatics

    Call for Transformation

    Current structures, cultures, and platforms in health and health services in the U.S. will

    benefit from a transformational change. Amidst demands for transparency and improved quality

    on the part of new generations of consumers’ traditional health organizations still trend low in

    quality and cost performance metrics compared to global health systems. While the National call

    for automation through the Center for Medicare and Medicaid’s Meaningful Use program

    achieved levels of base transactional data gathering and pockets of quality improvement in health

    provider systems, automation alone has done little to precipitate change. Furthermore,

    government incentive programs hardly provide sustainable economic models. Clearly health

    cost and quality problems have proven not to be a matter of pure investments in systems and

    automation. There is a need to improve basic consumer trust in quality outcomes as basic as

    medication error avoidance (McMains V., 2016). Likewise, while health care costs in the U.S.

    have leveled off in the last few years, the industry, on the whole, is still a noncompetitive enigma

    to most accomplished business leaders in other sectors of the economy as well as policy makers

    and governing bodies.

    What U.S. health care experiences in 2019 is not unlike what other sectors of the U.S.

    economy have experienced in the past two decades. New models of doing business where

    outperforming competitors on quality metrics while significantly reducing costs is the norm in

    sectors such as financial services, retail, manufacturing, and hospitality to name a few. In these

    industries, we see relatively standardized data collected through basic transactional business

    processes that are now being used to improve the customer experience, sell more relevant

    products, flatten hierarchical organizational structures and spawn new disruptive organizations in

    THE FIVE PILLARS OF INFORMATICS 3

    3

    mature industries. Policy pundits debate financing and entitlement structures for U.S. health care

    and important philosophical questions as to whether health care coverage is a right or a privilege.

    While this is valuable discourse, creative citizens, within and external to, existing health systems

    see the call for transformation in the U.S. health economy regardless of political disposition.

    Informatics, HIT and Data Science

    As early as 2011 the American Medical Informatics Association (AMIA) published a

    broad framework for the discipline of informatics consisting of five domains comprised of

    practice in the areas of bioinformatics and clinical research, consumer health informatics, clinical

    informatics and informatics focused in public & population health practice (Discovering Health

    Insights (n.d.). This position aligns the use of informatics capabilities such as information

    systems, policies regarding information governance, process change and adoption of data driven

    practice as transformative. Pillars evolve to support broad transformation in all aspects of health

    care deliver and health related service.

    This framework of five inter-related pillars of informatics practice sets the stage for what

    we call Transformational Informatics practice (TI). Transformational Informatics practice is the

    set of processes, technologies and leadership skills that allow disruption of current health

    structures, systems, and processes and sets the stage for industry innovation. Likewise, the rapid

    installation of transactional information platforms in the health industry facilitates the gathering

    of data and allows stakeholders to be able to utilize data science principles such as data analytics

    to drop powerful inferences from these data assess. As we discussed below, the pillars alone are

    not enough. Optimal Transformational Informatics practice includes the strategic amalgamation

    of the five pillars of health informatics along with transformative leadership education skills to

    produce emotionally intelligent leaders in the field.

    THE FIVE PILLARS OF INFORMATICS 4

    4

    Five Pillars of Transformational Informatics (TI)

    In order for structures, processes and systems related to health, heath care and health

    services to remain relevant in the U.S. in coming decades and serve a local and global citizenry,

    there must a convergence of collaborative informatics practice housed in the Five Pillars of

    Transformational Informatics. Simply said, evolving actors in sectors of the health economy

    must innovate creative ways to transform processes, systems, and cultural structures. While

    much innovation comes from creative inspiration, passion, and dedication, risks can be mitigated

    and rewards expedited if leaders make data driven decisions. Actors may be financial policy

    makers, CEOs of traditional hospital structures, surgeons evaluating persons for procedures,

    genetic counseling consultants advising families or children of elderly parents striving to make

    appropriate risk-benefit based decisions at a societal, organizational and/or individual level. To

    date, many of these actors have made decisions based on emotion. In the Information Age, tools

    and methods exist to empower these actors to evolve into leaders. Actors become leaders and

    leaders facilitate positive change. Figure 1.0

    Transformational Informatics Education (TIE)

    Higher educational organizations and programs are societal structures that must undergo

    a fundamental transformation to align with the expectations of a viable health economy.

    Rigorous and data driven graduate level programs including both evidence-based content and

    dynamic pedagogical methods are needed to prepare a new generation of transformational

    leaders. These programs must include both the technical content elements of a rigorous program

    grounded in all Five Informatics Pillars and also evidence in fields of management science and

    leadership that address content in Change Management, Disruptive Innovation, Effective

    communication and Transformational Leadership practice. As seen in Figure 1.0, in the case of

    THE FIVE PILLARS OF INFORMATICS 5

    5

    TIE as applied to Health Informatics the foundation of graduate study lies in programs that

    addresses all Five Pillars of Informatics practice. Similarly, the layer of the program that

    facilities learners’ transformation as leaders lies in the execution of skills that employers

    perceive as valuable in year after year surveys across organizations’ leaders:(NACE)

    Just as the Nation’s heath cost/quality imperative was not as simple as implementing

    electronic record platforms and revised coding standards, we posit that effective Health

    Informatics studies are not as simple as linking curricula that cover the Five Pillars of Health

    Informatics. As illustrated in Figure 1.0 the delivery of these content areas and their rich

    histories of research and evidence must align with content in areas traditionally though of by

    many biomedical and HIT educators and practitioners as organizational development or soft

    skills. Implementing a health informatics curriculum that dutifully covers biomedical

    informatics, consumer health, population and public health and clinical information systems is

    not enough.

    Original research in all areas of educational program development and effectiveness with

    regard to information driven leadership transformation is imperative. Like other societal

    structures, educational organizations and their partners should be data driven in their pursuits to

    transform existing educational structures in the develop of innovative graduate educational

    models. Many societal entities have a vested interested in efficient higher education and

    effective workforce development and should support rigorous research in this domain. In the

    meantime, an early set of Guiding Attributes for effective Transformational Informatics

    Education (TIE) in graduate studies specific to health and health services is evolving.

    THE FIVE PILLARS OF INFORMATICS 6

    6

    These attributes specific to health informatics and analytics graduate education include but

    are not limited to the following:

    1. Multidisciplinary: Programs that facilitate multidisciplinary learning inclusive of

    professionals from backgrounds in health care delivery (providers & administrators,

    information technology, health and non-healthcare backgrounds and health information

    management (HIM)

    2. Experiential: Educational cultures that support discourse, critical thinking, case-based,

    experiential learning

    3. Transforming: Programs that aim to support the transformation of learners during the

    graduate educational process along the spectrum of advanced Emotional Intelligence (EI)

    4. Integrative: Programs that integrate both historical evidence and research in the fields

    represented by the Five Pillars as well as teaching and supporting learning in the realities

    of disruptive change seen in the Information Age culture

    5. Nimble: Structures and methods that are flexible, scalable and are built to leverage

    unforeseen advancements in both learning & consumer-based technologies

    In summary, as illustrated in Figure 2.0 graduate education in transformative informatics

    practice the challenge for learners involves programs and content that are innovative, change

    oriented, culturally competent in their delivery and emphasize the importance of data driven

    decision making. Educational programs that are delivered utilizing this strategy effectively

    integrate technical content in the field, such as the pillars of informatics in the health field along

    with critical leadership skills that are necessary in the development of stakeholders who can

    facilitate sweeping change. It is beholden upon every constituency who has a vested interest in

    education to step back and assess both current programs and developing programs and

    THE FIVE PILLARS OF INFORMATICS 7

    7

    educational models in this light as we continue to explore innovative ways to better serve

    societies needs in the evolving Information Age.

    THE FIVE PILLARS OF INFORMATICS 8

    8

    Appendix A

    Figure 1.0

    The Five Pillars of Transformational Health Informatics

    Note: This figure illustrates how the five pillars of transformation impact organizational

    transformation.

    Five Pillars of Transformational Health Informatics

    Change Management, Innovation, Effective

    Communication, Transforming Leadership
    T

    ra
    n

    s
    la

    ti
    o

    n
    a

    l

    C
    lin

    ic
    a

    l
    R

    e
    s
    e

    a
    rc

    h

    C
    lin

    ic
    a

    l

    C
    o

    n
    s
    u

    m
    e

    r
    H

    e
    a

    lt
    h

    P
    o

    p
    u

    la
    ti
    o

    n
    /P

    u
    b

    lic

    H
    e

    a
    lt
    h

    TransformationOrganizational Transformation
    is achieved through Transforming
    Leaders who enable change,
    manage communication and
    embrace innovation in their use
    of strategic information assets.

    • Translational Bioinformatics
    enables innovation in biologic
    and computing science .
    • Clinical Research Informatics
    informs discovery and
    innovation.
    • Clinical Informatics enables
    change & improvements in
    people & systems processes.
    • Consumer Health
    Informatics empowers
    customers.
    • Population & Public Health
    Informatics facilitates societal
    and cultural focus.

    Informatics Pillars

    THE FIVE PILLARS OF INFORMATICS 9

    9

    Figure 2.0

    Master of Science in Informatics and Analytics (MSHIA) Program Vision

    Note: This figure illustrates the MSHIA program vision.

    Curriculum, Faculty

    and Learning

    Community that

    promotes cultural

    relevance

    Content and experiences

    focused on probem

    solving and innovative

    curriculm elements

    Emphasis on leading

    change as health care and

    health services industires

    undergo dramatic

    transformation

    Experiences that focus

    on data driven decision

    making and critical

    thinking

    Transformational Informatics

    THE FIVE PILLARS OF INFORMATICS 10

    10

    References

    American Medical Informatics Association. (n.d.) Why informatics? Discovering health

    insights: Accelerative healthcare transformation. AMIA: Informatics Professionals

    Leading the Way. https://www.amia.org/why-informatics

    McMains V. (2016) John Hopkins study suggests medical errors are third leading cause of death

    in the U.S. https://hub.jhu.edu/2016/05/03/medical-errors-third-leading-cause-of-death/

    **## TheFivePillarsofInformatics.pdf**

    THE FIVE PILLARS OF INFORMATICS 1

    1

    The Five Pillars of Informatics

    Position Paper: Masters Education in Health Informatics and Analytics and Transformational

    Informatics

    Dr. Suzanne Paone

    Dr. Karen Bakuzonis

    University of Arizona Global Campus School of Health Sciences

    Master of Science in Informatics and Analytics (MSHIA)

    August 2019

    THE FIVE PILLARS OF INFORMATICS 2

    2

    The Five Pillars of Informatics

    Call for Transformation

    Current structures, cultures, and platforms in health and health services in the U.S. will

    benefit from a transformational change. Amidst demands for transparency and improved quality

    on the part of new generations of consumers’ traditional health organizations still trend low in

    quality and cost performance metrics compared to global health systems. While the National call

    for automation through the Center for Medicare and Medicaid’s Meaningful Use program

    achieved levels of base transactional data gathering and pockets of quality improvement in health

    provider systems, automation alone has done little to precipitate change. Furthermore,

    government incentive programs hardly provide sustainable economic models. Clearly health

    cost and quality problems have proven not to be a matter of pure investments in systems and

    automation. There is a need to improve basic consumer trust in quality outcomes as basic as

    medication error avoidance (McMains V., 2016). Likewise, while health care costs in the U.S.

    have leveled off in the last few years, the industry, on the whole, is still a noncompetitive enigma

    to most accomplished business leaders in other sectors of the economy as well as policy makers

    and governing bodies.

    What U.S. health care experiences in 2019 is not unlike what other sectors of the U.S.

    economy have experienced in the past two decades. New models of doing business where

    outperforming competitors on quality metrics while significantly reducing costs is the norm in

    sectors such as financial services, retail, manufacturing, and hospitality to name a few. In these

    industries, we see relatively standardized data collected through basic transactional business

    processes that are now being used to improve the customer experience, sell more relevant

    products, flatten hierarchical organizational structures and spawn new disruptive organizations in

    THE FIVE PILLARS OF INFORMATICS 3

    3

    mature industries. Policy pundits debate financing and entitlement structures for U.S. health care

    and important philosophical questions as to whether health care coverage is a right or a privilege.

    While this is valuable discourse, creative citizens, within and external to, existing health systems

    see the call for transformation in the U.S. health economy regardless of political disposition.

    Informatics, HIT and Data Science

    As early as 2011 the American Medical Informatics Association (AMIA) published a

    broad framework for the discipline of informatics consisting of five domains comprised of

    practice in the areas of bioinformatics and clinical research, consumer health informatics, clinical

    informatics and informatics focused in public & population health practice (Discovering Health

    Insights (n.d.). This position aligns the use of informatics capabilities such as information

    systems, policies regarding information governance, process change and adoption of data driven

    practice as transformative. Pillars evolve to support broad transformation in all aspects of health

    care deliver and health related service.

    This framework of five inter-related pillars of informatics practice sets the stage for what

    we call Transformational Informatics practice (TI). Transformational Informatics practice is the

    set of processes, technologies and leadership skills that allow disruption of current health

    structures, systems, and processes and sets the stage for industry innovation. Likewise, the rapid

    installation of transactional information platforms in the health industry facilitates the gathering

    of data and allows stakeholders to be able to utilize data science principles such as data analytics

    to drop powerful inferences from these data assess. As we discussed below, the pillars alone are

    not enough. Optimal Transformational Informatics practice includes the strategic amalgamation

    of the five pillars of health informatics along with transformative leadership education skills to

    produce emotionally intelligent leaders in the field.

    THE FIVE PILLARS OF INFORMATICS 4

    4

    Five Pillars of Transformational Informatics (TI)

    In order for structures, processes and systems related to health, heath care and health

    services to remain relevant in the U.S. in coming decades and serve a local and global citizenry,

    there must a convergence of collaborative informatics practice housed in the Five Pillars of

    Transformational Informatics. Simply said, evolving actors in sectors of the health economy

    must innovate creative ways to transform processes, systems, and cultural structures. While

    much innovation comes from creative inspiration, passion, and dedication, risks can be mitigated

    and rewards expedited if leaders make data driven decisions. Actors may be financial policy

    makers, CEOs of traditional hospital structures, surgeons evaluating persons for procedures,

    genetic counseling consultants advising families or children of elderly parents striving to make

    appropriate risk-benefit based decisions at a societal, organizational and/or individual level. To

    date, many of these actors have made decisions based on emotion. In the Information Age, tools

    and methods exist to empower these actors to evolve into leaders. Actors become leaders and

    leaders facilitate positive change. Figure 1.0

    Transformational Informatics Education (TIE)

    Higher educational organizations and programs are societal structures that must undergo

    a fundamental transformation to align with the expectations of a viable health economy.

    Rigorous and data driven graduate level programs including both evidence-based content and

    dynamic pedagogical methods are needed to prepare a new generation of transformational

    leaders. These programs must include both the technical content elements of a rigorous program

    grounded in all Five Informatics Pillars and also evidence in fields of management science and

    leadership that address content in Change Management, Disruptive Innovation, Effective

    communication and Transformational Leadership practice. As seen in Figure 1.0, in the case of

    THE FIVE PILLARS OF INFORMATICS 5

    5

    TIE as applied to Health Informatics the foundation of graduate study lies in programs that

    addresses all Five Pillars of Informatics practice. Similarly, the layer of the program that

    facilities learners’ transformation as leaders lies in the execution of skills that employers

    perceive as valuable in year after year surveys across organizations’ leaders:(NACE)

    Just as the Nation’s heath cost/quality imperative was not as simple as implementing

    electronic record platforms and revised coding standards, we posit that effective Health

    Informatics studies are not as simple as linking curricula that cover the Five Pillars of Health

    Informatics. As illustrated in Figure 1.0 the delivery of these content areas and their rich

    histories of research and evidence must align with content in areas traditionally though of by

    many biomedical and HIT educators and practitioners as organizational development or soft

    skills. Implementing a health informatics curriculum that dutifully covers biomedical

    informatics, consumer health, population and public health and clinical information systems is

    not enough.

    Original research in all areas of educational program development and effectiveness with

    regard to information driven leadership transformation is imperative. Like other societal

    structures, educational organizations and their partners should be data driven in their pursuits to

    transform existing educational structures in the develop of innovative graduate educational

    models. Many societal entities have a vested interested in efficient higher education and

    effective workforce development and should support rigorous research in this domain. In the

    meantime, an early set of Guiding Attributes for effective Transformational Informatics

    Education (TIE) in graduate studies specific to health and health services is evolving.

    THE FIVE PILLARS OF INFORMATICS 6

    6

    These attributes specific to health informatics and analytics graduate education include but

    are not limited to the following:

    1. Multidisciplinary: Programs that facilitate multidisciplinary learning inclusive of

    professionals from backgrounds in health care delivery (providers & administrators,

    information technology, health and non-healthcare backgrounds and health information

    management (HIM)

    2. Experiential: Educational cultures that support discourse, critical thinking, case-based,

    experiential learning

    3. Transforming: Programs that aim to support the transformation of learners during the

    graduate educational process along the spectrum of advanced Emotional Intelligence (EI)

    4. Integrative: Programs that integrate both historical evidence and research in the fields

    represented by the Five Pillars as well as teaching and supporting learning in the realities

    of disruptive change seen in the Information Age culture

    5. Nimble: Structures and methods that are flexible, scalable and are built to leverage

    unforeseen advancements in both learning & consumer-based technologies

    In summary, as illustrated in Figure 2.0 graduate education in transformative informatics

    practice the challenge for learners involves programs and content that are innovative, change

    oriented, culturally competent in their delivery and emphasize the importance of data driven

    decision making. Educational programs that are delivered utilizing this strategy effectively

    integrate technical content in the field, such as the pillars of informatics in the health field along

    with critical leadership skills that are necessary in the development of stakeholders who can

    facilitate sweeping change. It is beholden upon every constituency who has a vested interest in

    education to step back and assess both current programs and developing programs and

    THE FIVE PILLARS OF INFORMATICS 7

    7

    educational models in this light as we continue to explore innovative ways to better serve

    societies needs in the evolving Information Age.

    THE FIVE PILLARS OF INFORMATICS 8

    8

    Appendix A

    Figure 1.0

    The Five Pillars of Transformational Health Informatics

    Note: This figure illustrates how the five pillars of transformation impact organizational

    transformation.

    Five Pillars of Transformational Health Informatics

    Change Management, Innovation, Effective

    Communication, Transforming Leadership
    T

    ra
    n

    s
    la

    ti
    o

    n
    a

    l

    C
    lin

    ic
    a

    l
    R

    e
    s
    e

    a
    rc

    h

    C
    lin

    ic
    a

    l

    C
    o

    n
    s
    u

    m
    e

    r
    H

    e
    a

    lt
    h

    P
    o

    p
    u

    la
    ti
    o

    n
    /P

    u
    b

    lic

    H
    e

    a
    lt
    h

    TransformationOrganizational Transformation
    is achieved through Transforming
    Leaders who enable change,
    manage communication and
    embrace innovation in their use
    of strategic information assets.

    • Translational Bioinformatics
    enables innovation in biologic
    and computing science .
    • Clinical Research Informatics
    informs discovery and
    innovation.
    • Clinical Informatics enables
    change & improvements in
    people & systems processes.
    • Consumer Health
    Informatics empowers
    customers.
    • Population & Public Health
    Informatics facilitates societal
    and cultural focus.

    Informatics Pillars

    THE FIVE PILLARS OF INFORMATICS 9

    9

    Figure 2.0

    Master of Science in Informatics and Analytics (MSHIA) Program Vision

    Note: This figure illustrates the MSHIA program vision.

    Curriculum, Faculty

    and Learning

    Community that

    promotes cultural

    relevance

    Content and experiences

    focused on probem

    solving and innovative

    curriculm elements

    Emphasis on leading

    change as health care and

    health services industires

    undergo dramatic

    transformation

    Experiences that focus

    on data driven decision

    making and critical

    thinking

    Transformational Informatics

    THE FIVE PILLARS OF INFORMATICS 10

    10

    References

    American Medical Informatics Association. (n.d.) Why informatics? Discovering health

    insights: Accelerative healthcare transformation. AMIA: Informatics Professionals

    Leading the Way. https://www.amia.org/why-informatics

    McMains V. (2016) John Hopkins study suggests medical errors are third leading cause of death

    in the U.S. https://hub.jhu.edu/2016/05/03/medical-errors-third-leading-cause-of-death/

    **## IDNScenarios.pdf**

    IDN Scenarios

    Option 1: Bay Bridge Health Network. Consider the following for this scenario:

    • This integrated delivery network comprises five hospitals and 20 physician
    practices, five long-term care facilities, two urgent service medical malls, and an
    insurance plan covering 3 million lives in the San Francisco area. Strategic
    imperatives for this IDN include 10% operational cost reductions that are
    sustainable across business units and market share expansion through
    virtualization strategies to compete with independent and retail urgent care
    competitors in the region.

    • Informatics Implementation Projects: Your individual project takes the form of an
    initiative. Choose one informatics implementation initiative from the following list:

    o Multihospital Electronic Health Record Implementation (documentation,
    results, clinical provider order entry [CPOE]; and decision support systems
    [DSS])

    o Practice Management System Clinical Implementation

    o Practice Management System Billing, Registration, and Scheduling
    Implementation

    o Materials Management System Implementation

    o Personal Health Record (Patient Portal) Implementation

    o Clinical Document Improvement (CDI) Software Implementation

    Option 2: Star Health Alliance. Consider the following for this scenario:

    • This integrated delivery network comprises 20 hospitals; 50 specialty clinics in
    cardiology, endocrinology, and gastroenterology; three women’s health centers; 200
    physician practices; and an insurance plan covering 5 million lives across three
    different states in the Midwest. Strategic imperatives for this IDN include 10%
    operational cost reductions that are sustainable across business units and the
    realization of a 20% improvement in physician practice-based clinical quality
    metrics specific to wellness activities related to cancer prevention, diabetes risk
    management, and women’s health.

    • Informatics Implementation Projects: Your individual project takes the form of an
    initiative. Choose one informatics implementation initiative from the following list:

    o Practice Management System Clinical Implementation

    o Practice Management System Billing, Registration, and Scheduling
    Implementation

    o Telehealth Monitoring Application Implementation

    o Personal Health Record (Patient Portal) Implementation

    o Personal Health Record (Electronic Visits) Implementation

    o Multimedia Patient Education System Implementation

    Option 3: Palm Health Care Partners. Consider the following for this scenario:

    • This integrated delivery network comprises 10 hospitals, five specialty centers in
    cardiology and endocrinology, 50 physician practices, 40 senior living communities
    including five skilled nursing facilities (SNFs), a home health agency, and two
    insurance plans covering 5 million lives in the Florida–Atlantic coastal area.
    Strategic imperatives for this IDN include 15% operational cost reductions that are
    sustainable across business units and improved population health initiatives
    involving comorbid populations of health plan members, including persons with
    congestive heart failure (CHF) and diabetes and related comorbidities.

    • Informatics Implementation Projects: Your individual project takes the form of an
    initiative. Choose one informatics implementation initiative from the following list:

    o Clinical Document Improvement (CDI) Software Implementation

    o Case Management or Population Health Software Implementation

    o Claims Management Implementation

    o Business Intelligence (Data Warehousing and Visualization) System
    Implementation

    o Home Health Electronic Record Implementation for Clinical and Claims

    o Personal Health Record (Patient Portal) Implementation

    **## SelectionofHealthInformaticsScenarios.pdf**

    In your review of The Five Pillars of Informatics reflect on the various types of informatics
    solutions, such as clinical provider order entry (CPOE) implementations, patient portal
    implementations, or upgrades of patient management systems addressed as individual
    project initiatives in HIA601. Compare the program to your chosen IDN. As you examine
    each of the projects with your program, analyze how to implement these projects in
    tandem to best address the stated goals of the IDN. Consider the following: Are the
    systems being implemented in such a way that the IDN can gain measurable and
    sustainable cost reductions?

    For this week’s assignment, you will select an IDN from the provided IDN scenarios. You
    will take the role of the program management office director (PMOD). In this role, you will
    create a program management plan that will encompass several projects. These projects
    are listed in each IDN scenario as “informatics implementation projects.” You will choose
    one informatics implementation project for which you will take on the role of project
    manager.

    You should note that each informatics implementation project reflects a significant
    investment for the organization. It’s the job of the PMOD (you) to determine how each
    project and the program overall creates tangible benefits for the organization while
    controlling technology costs. Remember that while each project is a discrete informatics
    solution being implemented in the organization, the challenge for students is to assess the
    interrelationships and interdependencies between these projects as they form an
    informatics program.

    Ensure you download The Five Pillars of Informatics (ATTACHED) white paper to guide your
    strategy for the IDN. To do this, consider the following questions:

    • Which informatics pillars does your program most clearly reflect?

    • Think about the composition of the IDN and the stated goals and objectives in the
    scenario: How will the implementation of multiple informatics solutions, in tandem,
    strategically enable that organization to meet these goals?

    In your paper,

    • Formulate an initial strategy to manage the informatics implementation projects as
    a comprehensive program for the chosen IDN.

    • Analyze the challenges that you will face as you develop your informatics program
    strategy for the chosen IDN.

    • Discuss the goals of the IDN and how they contribute to a competitive strategy for
    the organization.

    [https://uagc.instructure.com/courses/156180/files/24236194?wrap=1](https://uagc.instructure.com/courses/156180/files/24236194?wrap=1)

    [https://uagc.instructure.com/courses/156180/files/24236194?wrap=1](https://uagc.instructure.com/courses/156180/files/24236194?wrap=1)

    • Explain how at least two of the health informatics pillars relate to the goals and
    competitive strategy of the IDN based on research in the field.

    • Describe how each project in the informatics program individually contributes to
    achieving the goals of the IDN.

    • Outline at least five interrelationships or dependencies between the projects in your
    informatics program.

    • Compose an initial statement of the risk you may encounter with the informatics
    program. Please outline at least one technical, financial, and operational risk
    identified.

    The Selection of Health Informatics Scenarios paper

    • must be at least 7 double-spaced pages in length (not including title and references
    pages) and formatted according to APA Style.

    • Must include at least 7 peer-review scholar articles plus the course textbook

    • must include a separate title page with the following:
    o title of paper in bold font

    ▪ Space should appear between the title and the rest of the
    information on the title page.

    o student’s name
    o name of institution (The University of Arizona Global Campus)
    o course name and number
    o instructor’s name
    o due date

    Course Textbook:

    Longest, B. B., Jr. (2015). Health program management: From development through

    evaluation. (2nd ed.). John Wiley & Sons.

    [https://writingcenter.uagc.edu/apa-style](https://writingcenter.uagc.edu/apa-style)

    [https://ebookcentral.proquest.com/lib/ashford-ebooks/detail.action?docID=7104121](https://ebookcentral.proquest.com/lib/ashford-ebooks/detail.action?docID=7104121)

    [https://ebookcentral.proquest.com/lib/ashford-ebooks/detail.action?docID=7104121](https://ebookcentral.proquest.com/lib/ashford-ebooks/detail.action?docID=7104121)

    **## TheFivePillarsofInformatics.pdf**

    THE FIVE PILLARS OF INFORMATICS 1

    1

    The Five Pillars of Informatics

    Position Paper: Masters Education in Health Informatics and Analytics and Transformational

    Informatics

    Dr. Suzanne Paone

    Dr. Karen Bakuzonis

    University of Arizona Global Campus School of Health Sciences

    Master of Science in Informatics and Analytics (MSHIA)

    August 2019

    THE FIVE PILLARS OF INFORMATICS 2

    2

    The Five Pillars of Informatics

    Call for Transformation

    Current structures, cultures, and platforms in health and health services in the U.S. will

    benefit from a transformational change. Amidst demands for transparency and improved quality

    on the part of new generations of consumers’ traditional health organizations still trend low in

    quality and cost performance metrics compared to global health systems. While the National call

    for automation through the Center for Medicare and Medicaid’s Meaningful Use program

    achieved levels of base transactional data gathering and pockets of quality improvement in health

    provider systems, automation alone has done little to precipitate change. Furthermore,

    government incentive programs hardly provide sustainable economic models. Clearly health

    cost and quality problems have proven not to be a matter of pure investments in systems and

    automation. There is a need to improve basic consumer trust in quality outcomes as basic as

    medication error avoidance (McMains V., 2016). Likewise, while health care costs in the U.S.

    have leveled off in the last few years, the industry, on the whole, is still a noncompetitive enigma

    to most accomplished business leaders in other sectors of the economy as well as policy makers

    and governing bodies.

    What U.S. health care experiences in 2019 is not unlike what other sectors of the U.S.

    economy have experienced in the past two decades. New models of doing business where

    outperforming competitors on quality metrics while significantly reducing costs is the norm in

    sectors such as financial services, retail, manufacturing, and hospitality to name a few. In these

    industries, we see relatively standardized data collected through basic transactional business

    processes that are now being used to improve the customer experience, sell more relevant

    products, flatten hierarchical organizational structures and spawn new disruptive organizations in

    THE FIVE PILLARS OF INFORMATICS 3

    3

    mature industries. Policy pundits debate financing and entitlement structures for U.S. health care

    and important philosophical questions as to whether health care coverage is a right or a privilege.

    While this is valuable discourse, creative citizens, within and external to, existing health systems

    see the call for transformation in the U.S. health economy regardless of political disposition.

    Informatics, HIT and Data Science

    As early as 2011 the American Medical Informatics Association (AMIA) published a

    broad framework for the discipline of informatics consisting of five domains comprised of

    practice in the areas of bioinformatics and clinical research, consumer health informatics, clinical

    informatics and informatics focused in public & population health practice (Discovering Health

    Insights (n.d.). This position aligns the use of informatics capabilities such as information

    systems, policies regarding information governance, process change and adoption of data driven

    practice as transformative. Pillars evolve to support broad transformation in all aspects of health

    care deliver and health related service.

    This framework of five inter-related pillars of informatics practice sets the stage for what

    we call Transformational Informatics practice (TI). Transformational Informatics practice is the

    set of processes, technologies and leadership skills that allow disruption of current health

    structures, systems, and processes and sets the stage for industry innovation. Likewise, the rapid

    installation of transactional information platforms in the health industry facilitates the gathering

    of data and allows stakeholders to be able to utilize data science principles such as data analytics

    to drop powerful inferences from these data assess. As we discussed below, the pillars alone are

    not enough. Optimal Transformational Informatics practice includes the strategic amalgamation

    of the five pillars of health informatics along with transformative leadership education skills to

    produce emotionally intelligent leaders in the field.

    THE FIVE PILLARS OF INFORMATICS 4

    4

    Five Pillars of Transformational Informatics (TI)

    In order for structures, processes and systems related to health, heath care and health

    services to remain relevant in the U.S. in coming decades and serve a local and global citizenry,

    there must a convergence of collaborative informatics practice housed in the Five Pillars of

    Transformational Informatics. Simply said, evolving actors in sectors of the health economy

    must innovate creative ways to transform processes, systems, and cultural structures. While

    much innovation comes from creative inspiration, passion, and dedication, risks can be mitigated

    and rewards expedited if leaders make data driven decisions. Actors may be financial policy

    makers, CEOs of traditional hospital structures, surgeons evaluating persons for procedures,

    genetic counseling consultants advising families or children of elderly parents striving to make

    appropriate risk-benefit based decisions at a societal, organizational and/or individual level. To

    date, many of these actors have made decisions based on emotion. In the Information Age, tools

    and methods exist to empower these actors to evolve into leaders. Actors become leaders and

    leaders facilitate positive change. Figure 1.0

    Transformational Informatics Education (TIE)

    Higher educational organizations and programs are societal structures that must undergo

    a fundamental transformation to align with the expectations of a viable health economy.

    Rigorous and data driven graduate level programs including both evidence-based content and

    dynamic pedagogical methods are needed to prepare a new generation of transformational

    leaders. These programs must include both the technical content elements of a rigorous program

    grounded in all Five Informatics Pillars and also evidence in fields of management science and

    leadership that address content in Change Management, Disruptive Innovation, Effective

    communication and Transformational Leadership practice. As seen in Figure 1.0, in the case of

    THE FIVE PILLARS OF INFORMATICS 5

    5

    TIE as applied to Health Informatics the foundation of graduate study lies in programs that

    addresses all Five Pillars of Informatics practice. Similarly, the layer of the program that

    facilities learners’ transformation as leaders lies in the execution of skills that employers

    perceive as valuable in year after year surveys across organizations’ leaders:(NACE)

    Just as the Nation’s heath cost/quality imperative was not as simple as implementing

    electronic record platforms and revised coding standards, we posit that effective Health

    Informatics studies are not as simple as linking curricula that cover the Five Pillars of Health

    Informatics. As illustrated in Figure 1.0 the delivery of these content areas and their rich

    histories of research and evidence must align with content in areas traditionally though of by

    many biomedical and HIT educators and practitioners as organizational development or soft

    skills. Implementing a health informatics curriculum that dutifully covers biomedical

    informatics, consumer health, population and public health and clinical information systems is

    not enough.

    Original research in all areas of educational program development and effectiveness with

    regard to information driven leadership transformation is imperative. Like other societal

    structures, educational organizations and their partners should be data driven in their pursuits to

    transform existing educational structures in the develop of innovative graduate educational

    models. Many societal entities have a vested interested in efficient higher education and

    effective workforce development and should support rigorous research in this domain. In the

    meantime, an early set of Guiding Attributes for effective Transformational Informatics

    Education (TIE) in graduate studies specific to health and health services is evolving.

    THE FIVE PILLARS OF INFORMATICS 6

    6

    These attributes specific to health informatics and analytics graduate education include but

    are not limited to the following:

    1. Multidisciplinary: Programs that facilitate multidisciplinary learning inclusive of

    professionals from backgrounds in health care delivery (providers & administrators,

    information technology, health and non-healthcare backgrounds and health information

    management (HIM)

    2. Experiential: Educational cultures that support discourse, critical thinking, case-based,

    experiential learning

    3. Transforming: Programs that aim to support the transformation of learners during the

    graduate educational process along the spectrum of advanced Emotional Intelligence (EI)

    4. Integrative: Programs that integrate both historical evidence and research in the fields

    represented by the Five Pillars as well as teaching and supporting learning in the realities

    of disruptive change seen in the Information Age culture

    5. Nimble: Structures and methods that are flexible, scalable and are built to leverage

    unforeseen advancements in both learning & consumer-based technologies

    In summary, as illustrated in Figure 2.0 graduate education in transformative informatics

    practice the challenge for learners involves programs and content that are innovative, change

    oriented, culturally competent in their delivery and emphasize the importance of data driven

    decision making. Educational programs that are delivered utilizing this strategy effectively

    integrate technical content in the field, such as the pillars of informatics in the health field along

    with critical leadership skills that are necessary in the development of stakeholders who can

    facilitate sweeping change. It is beholden upon every constituency who has a vested interest in

    education to step back and assess both current programs and developing programs and

    THE FIVE PILLARS OF INFORMATICS 7

    7

    educational models in this light as we continue to explore innovative ways to better serve

    societies needs in the evolving Information Age.

    THE FIVE PILLARS OF INFORMATICS 8

    8

    Appendix A

    Figure 1.0

    The Five Pillars of Transformational Health Informatics

    Note: This figure illustrates how the five pillars of transformation impact organizational

    transformation.

    Five Pillars of Transformational Health Informatics

    Change Management, Innovation, Effective

    Communication, Transforming Leadership
    T

    ra
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    TransformationOrganizational Transformation
    is achieved through Transforming
    Leaders who enable change,
    manage communication and
    embrace innovation in their use
    of strategic information assets.

    • Translational Bioinformatics
    enables innovation in biologic
    and computing science .
    • Clinical Research Informatics
    informs discovery and
    innovation.
    • Clinical Informatics enables
    change & improvements in
    people & systems processes.
    • Consumer Health
    Informatics empowers
    customers.
    • Population & Public Health
    Informatics facilitates societal
    and cultural focus.

    Informatics Pillars

    THE FIVE PILLARS OF INFORMATICS 9

    9

    Figure 2.0

    Master of Science in Informatics and Analytics (MSHIA) Program Vision

    Note: This figure illustrates the MSHIA program vision.

    Curriculum, Faculty

    and Learning

    Community that

    promotes cultural

    relevance

    Content and experiences

    focused on probem

    solving and innovative

    curriculm elements

    Emphasis on leading

    change as health care and

    health services industires

    undergo dramatic

    transformation

    Experiences that focus

    on data driven decision

    making and critical

    thinking

    Transformational Informatics

    THE FIVE PILLARS OF INFORMATICS 10

    10

    References

    American Medical Informatics Association. (n.d.) Why informatics? Discovering health

    insights: Accelerative healthcare transformation. AMIA: Informatics Professionals

    Leading the Way. https://www.amia.org/why-informatics

    McMains V. (2016) John Hopkins study suggests medical errors are third leading cause of death

    in the U.S. https://hub.jhu.edu/2016/05/03/medical-errors-third-leading-cause-of-death/

    **## IDNScenarios.pdf**

    IDN Scenarios

    Option 1: Bay Bridge Health Network. Consider the following for this scenario:

    • This integrated delivery network comprises five hospitals and 20 physician
    practices, five long-term care facilities, two urgent service medical malls, and an
    insurance plan covering 3 million lives in the San Francisco area. Strategic
    imperatives for this IDN include 10% operational cost reductions that are
    sustainable across business units and market share expansion through
    virtualization strategies to compete with independent and retail urgent care
    competitors in the region.

    • Informatics Implementation Projects: Your individual project takes the form of an
    initiative. Choose one informatics implementation initiative from the following list:

    o Multihospital Electronic Health Record Implementation (documentation,
    results, clinical provider order entry [CPOE]; and decision support systems
    [DSS])

    o Practice Management System Clinical Implementation

    o Practice Management System Billing, Registration, and Scheduling
    Implementation

    o Materials Management System Implementation

    o Personal Health Record (Patient Portal) Implementation

    o Clinical Document Improvement (CDI) Software Implementation

    Option 2: Star Health Alliance. Consider the following for this scenario:

    • This integrated delivery network comprises 20 hospitals; 50 specialty clinics in
    cardiology, endocrinology, and gastroenterology; three women’s health centers; 200
    physician practices; and an insurance plan covering 5 million lives across three
    different states in the Midwest. Strategic imperatives for this IDN include 10%
    operational cost reductions that are sustainable across business units and the
    realization of a 20% improvement in physician practice-based clinical quality
    metrics specific to wellness activities related to cancer prevention, diabetes risk
    management, and women’s health.

    • Informatics Implementation Projects: Your individual project takes the form of an
    initiative. Choose one informatics implementation initiative from the following list:

    o Practice Management System Clinical Implementation

    o Practice Management System Billing, Registration, and Scheduling
    Implementation

    o Telehealth Monitoring Application Implementation

    o Personal Health Record (Patient Portal) Implementation

    o Personal Health Record (Electronic Visits) Implementation

    o Multimedia Patient Education System Implementation

    Option 3: Palm Health Care Partners. Consider the following for this scenario:

    • This integrated delivery network comprises 10 hospitals, five specialty centers in
    cardiology and endocrinology, 50 physician practices, 40 senior living communities
    including five skilled nursing facilities (SNFs), a home health agency, and two
    insurance plans covering 5 million lives in the Florida–Atlantic coastal area.
    Strategic imperatives for this IDN include 15% operational cost reductions that are
    sustainable across business units and improved population health initiatives
    involving comorbid populations of health plan members, including persons with
    congestive heart failure (CHF) and diabetes and related comorbidities.

    • Informatics Implementation Projects: Your individual project takes the form of an
    initiative. Choose one informatics implementation initiative from the following list:

    o Clinical Document Improvement (CDI) Software Implementation

    o Case Management or Population Health Software Implementation

    o Claims Management Implementation

    o Business Intelligence (Data Warehousing and Visualization) System
    Implementation

    o Home Health Electronic Record Implementation for Clinical and Claims

    o Personal Health Record (Patient Portal) Implementation

    **## SelectionofHealthInformaticsScenarios.pdf**

    In your review of The Five Pillars of Informatics reflect on the various types of informatics
    solutions, such as clinical provider order entry (CPOE) implementations, patient portal
    implementations, or upgrades of patient management systems addressed as individual
    project initiatives in HIA601. Compare the program to your chosen IDN. As you examine
    each of the projects with your program, analyze how to implement these projects in
    tandem to best address the stated goals of the IDN. Consider the following: Are the
    systems being implemented in such a way that the IDN can gain measurable and
    sustainable cost reductions?

    For this week’s assignment, you will select an IDN from the provided IDN scenarios. You
    will take the role of the program management office director (PMOD). In this role, you will
    create a program management plan that will encompass several projects. These projects
    are listed in each IDN scenario as “informatics implementation projects.” You will choose
    one informatics implementation project for which you will take on the role of project
    manager.

    You should note that each informatics implementation project reflects a significant
    investment for the organization. It’s the job of the PMOD (you) to determine how each
    project and the program overall creates tangible benefits for the organization while
    controlling technology costs. Remember that while each project is a discrete informatics
    solution being implemented in the organization, the challenge for students is to assess the
    interrelationships and interdependencies between these projects as they form an
    informatics program.

    Ensure you download The Five Pillars of Informatics (ATTACHED) white paper to guide your
    strategy for the IDN. To do this, consider the following questions:

    • Which informatics pillars does your program most clearly reflect?

    • Think about the composition of the IDN and the stated goals and objectives in the
    scenario: How will the implementation of multiple informatics solutions, in tandem,
    strategically enable that organization to meet these goals?

    In your paper,

    • Formulate an initial strategy to manage the informatics implementation projects as
    a comprehensive program for the chosen IDN.

    • Analyze the challenges that you will face as you develop your informatics program
    strategy for the chosen IDN.

    • Discuss the goals of the IDN and how they contribute to a competitive strategy for
    the organization.

    [https://uagc.instructure.com/courses/156180/files/24236194?wrap=1](https://uagc.instructure.com/courses/156180/files/24236194?wrap=1)

    [https://uagc.instructure.com/courses/156180/files/24236194?wrap=1](https://uagc.instructure.com/courses/156180/files/24236194?wrap=1)

    • Explain how at least two of the health informatics pillars relate to the goals and
    competitive strategy of the IDN based on research in the field.

    • Describe how each project in the informatics program individually contributes to
    achieving the goals of the IDN.

    • Outline at least five interrelationships or dependencies between the projects in your
    informatics program.

    • Compose an initial statement of the risk you may encounter with the informatics
    program. Please outline at least one technical, financial, and operational risk
    identified.

    The Selection of Health Informatics Scenarios paper

    • must be at least 7 double-spaced pages in length (not including title and references
    pages) and formatted according to APA Style.

    • Must include at least 7 peer-review scholar articles plus the course textbook

    • must include a separate title page with the following:
    o title of paper in bold font

    ▪ Space should appear between the title and the rest of the
    information on the title page.

    o student’s name
    o name of institution (The University of Arizona Global Campus)
    o course name and number
    o instructor’s name
    o due date

    Course Textbook:

    Longest, B. B., Jr. (2015). Health program management: From development through

    evaluation. (2nd ed.). John Wiley & Sons.

    [https://writingcenter.uagc.edu/apa-style](https://writingcenter.uagc.edu/apa-style)

    [https://ebookcentral.proquest.com/lib/ashford-ebooks/detail.action?docID=7104121](https://ebookcentral.proquest.com/lib/ashford-ebooks/detail.action?docID=7104121)

    [https://ebookcentral.proquest.com/lib/ashford-ebooks/detail.action?docID=7104121](https://ebookcentral.proquest.com/lib/ashford-ebooks/detail.action?docID=7104121)

    **## TheFivePillarsofInformatics.pdf**

    THE FIVE PILLARS OF INFORMATICS 1

    1

    The Five Pillars of Informatics

    Position Paper: Masters Education in Health Informatics and Analytics and Transformational

    Informatics

    Dr. Suzanne Paone

    Dr. Karen Bakuzonis

    University of Arizona Global Campus School of Health Sciences

    Master of Science in Informatics and Analytics (MSHIA)

    August 2019

    THE FIVE PILLARS OF INFORMATICS 2

    2

    The Five Pillars of Informatics

    Call for Transformation

    Current structures, cultures, and platforms in health and health services in the U.S. will

    benefit from a transformational change. Amidst demands for transparency and improved quality

    on the part of new generations of consumers’ traditional health organizations still trend low in

    quality and cost performance metrics compared to global health systems. While the National call

    for automation through the Center for Medicare and Medicaid’s Meaningful Use program

    achieved levels of base transactional data gathering and pockets of quality improvement in health

    provider systems, automation alone has done little to precipitate change. Furthermore,

    government incentive programs hardly provide sustainable economic models. Clearly health

    cost and quality problems have proven not to be a matter of pure investments in systems and

    automation. There is a need to improve basic consumer trust in quality outcomes as basic as

    medication error avoidance (McMains V., 2016). Likewise, while health care costs in the U.S.

    have leveled off in the last few years, the industry, on the whole, is still a noncompetitive enigma

    to most accomplished business leaders in other sectors of the economy as well as policy makers

    and governing bodies.

    What U.S. health care experiences in 2019 is not unlike what other sectors of the U.S.

    economy have experienced in the past two decades. New models of doing business where

    outperforming competitors on quality metrics while significantly reducing costs is the norm in

    sectors such as financial services, retail, manufacturing, and hospitality to name a few. In these

    industries, we see relatively standardized data collected through basic transactional business

    processes that are now being used to improve the customer experience, sell more relevant

    products, flatten hierarchical organizational structures and spawn new disruptive organizations in

    THE FIVE PILLARS OF INFORMATICS 3

    3

    mature industries. Policy pundits debate financing and entitlement structures for U.S. health care

    and important philosophical questions as to whether health care coverage is a right or a privilege.

    While this is valuable discourse, creative citizens, within and external to, existing health systems

    see the call for transformation in the U.S. health economy regardless of political disposition.

    Informatics, HIT and Data Science

    As early as 2011 the American Medical Informatics Association (AMIA) published a

    broad framework for the discipline of informatics consisting of five domains comprised of

    practice in the areas of bioinformatics and clinical research, consumer health informatics, clinical

    informatics and informatics focused in public & population health practice (Discovering Health

    Insights (n.d.). This position aligns the use of informatics capabilities such as information

    systems, policies regarding information governance, process change and adoption of data driven

    practice as transformative. Pillars evolve to support broad transformation in all aspects of health

    care deliver and health related service.

    This framework of five inter-related pillars of informatics practice sets the stage for what

    we call Transformational Informatics practice (TI). Transformational Informatics practice is the

    set of processes, technologies and leadership skills that allow disruption of current health

    structures, systems, and processes and sets the stage for industry innovation. Likewise, the rapid

    installation of transactional information platforms in the health industry facilitates the gathering

    of data and allows stakeholders to be able to utilize data science principles such as data analytics

    to drop powerful inferences from these data assess. As we discussed below, the pillars alone are

    not enough. Optimal Transformational Informatics practice includes the strategic amalgamation

    of the five pillars of health informatics along with transformative leadership education skills to

    produce emotionally intelligent leaders in the field.

    THE FIVE PILLARS OF INFORMATICS 4

    4

    Five Pillars of Transformational Informatics (TI)

    In order for structures, processes and systems related to health, heath care and health

    services to remain relevant in the U.S. in coming decades and serve a local and global citizenry,

    there must a convergence of collaborative informatics practice housed in the Five Pillars of

    Transformational Informatics. Simply said, evolving actors in sectors of the health economy

    must innovate creative ways to transform processes, systems, and cultural structures. While

    much innovation comes from creative inspiration, passion, and dedication, risks can be mitigated

    and rewards expedited if leaders make data driven decisions. Actors may be financial policy

    makers, CEOs of traditional hospital structures, surgeons evaluating persons for procedures,

    genetic counseling consultants advising families or children of elderly parents striving to make

    appropriate risk-benefit based decisions at a societal, organizational and/or individual level. To

    date, many of these actors have made decisions based on emotion. In the Information Age, tools

    and methods exist to empower these actors to evolve into leaders. Actors become leaders and

    leaders facilitate positive change. Figure 1.0

    Transformational Informatics Education (TIE)

    Higher educational organizations and programs are societal structures that must undergo

    a fundamental transformation to align with the expectations of a viable health economy.

    Rigorous and data driven graduate level programs including both evidence-based content and

    dynamic pedagogical methods are needed to prepare a new generation of transformational

    leaders. These programs must include both the technical content elements of a rigorous program

    grounded in all Five Informatics Pillars and also evidence in fields of management science and

    leadership that address content in Change Management, Disruptive Innovation, Effective

    communication and Transformational Leadership practice. As seen in Figure 1.0, in the case of

    THE FIVE PILLARS OF INFORMATICS 5

    5

    TIE as applied to Health Informatics the foundation of graduate study lies in programs that

    addresses all Five Pillars of Informatics practice. Similarly, the layer of the program that

    facilities learners’ transformation as leaders lies in the execution of skills that employers

    perceive as valuable in year after year surveys across organizations’ leaders:(NACE)

    Just as the Nation’s heath cost/quality imperative was not as simple as implementing

    electronic record platforms and revised coding standards, we posit that effective Health

    Informatics studies are not as simple as linking curricula that cover the Five Pillars of Health

    Informatics. As illustrated in Figure 1.0 the delivery of these content areas and their rich

    histories of research and evidence must align with content in areas traditionally though of by

    many biomedical and HIT educators and practitioners as organizational development or soft

    skills. Implementing a health informatics curriculum that dutifully covers biomedical

    informatics, consumer health, population and public health and clinical information systems is

    not enough.

    Original research in all areas of educational program development and effectiveness with

    regard to information driven leadership transformation is imperative. Like other societal

    structures, educational organizations and their partners should be data driven in their pursuits to

    transform existing educational structures in the develop of innovative graduate educational

    models. Many societal entities have a vested interested in efficient higher education and

    effective workforce development and should support rigorous research in this domain. In the

    meantime, an early set of Guiding Attributes for effective Transformational Informatics

    Education (TIE) in graduate studies specific to health and health services is evolving.

    THE FIVE PILLARS OF INFORMATICS 6

    6

    These attributes specific to health informatics and analytics graduate education include but

    are not limited to the following:

    1. Multidisciplinary: Programs that facilitate multidisciplinary learning inclusive of

    professionals from backgrounds in health care delivery (providers & administrators,

    information technology, health and non-healthcare backgrounds and health information

    management (HIM)

    2. Experiential: Educational cultures that support discourse, critical thinking, case-based,

    experiential learning

    3. Transforming: Programs that aim to support the transformation of learners during the

    graduate educational process along the spectrum of advanced Emotional Intelligence (EI)

    4. Integrative: Programs that integrate both historical evidence and research in the fields

    represented by the Five Pillars as well as teaching and supporting learning in the realities

    of disruptive change seen in the Information Age culture

    5. Nimble: Structures and methods that are flexible, scalable and are built to leverage

    unforeseen advancements in both learning & consumer-based technologies

    In summary, as illustrated in Figure 2.0 graduate education in transformative informatics

    practice the challenge for learners involves programs and content that are innovative, change

    oriented, culturally competent in their delivery and emphasize the importance of data driven

    decision making. Educational programs that are delivered utilizing this strategy effectively

    integrate technical content in the field, such as the pillars of informatics in the health field along

    with critical leadership skills that are necessary in the development of stakeholders who can

    facilitate sweeping change. It is beholden upon every constituency who has a vested interest in

    education to step back and assess both current programs and developing programs and

    THE FIVE PILLARS OF INFORMATICS 7

    7

    educational models in this light as we continue to explore innovative ways to better serve

    societies needs in the evolving Information Age.

    THE FIVE PILLARS OF INFORMATICS 8

    8

    Appendix A

    Figure 1.0

    The Five Pillars of Transformational Health Informatics

    Note: This figure illustrates how the five pillars of transformation impact organizational

    transformation.

    Five Pillars of Transformational Health Informatics

    Change Management, Innovation, Effective

    Communication, Transforming Leadership
    T

    ra
    n

    s
    la

    ti
    o

    n
    a

    l

    C
    lin

    ic
    a

    l
    R

    e
    s
    e

    a
    rc

    h

    C
    lin

    ic
    a

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    C
    o

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    s
    u

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    TransformationOrganizational Transformation
    is achieved through Transforming
    Leaders who enable change,
    manage communication and
    embrace innovation in their use
    of strategic information assets.

    • Translational Bioinformatics
    enables innovation in biologic
    and computing science .
    • Clinical Research Informatics
    informs discovery and
    innovation.
    • Clinical Informatics enables
    change & improvements in
    people & systems processes.
    • Consumer Health
    Informatics empowers
    customers.
    • Population & Public Health
    Informatics facilitates societal
    and cultural focus.

    Informatics Pillars

    THE FIVE PILLARS OF INFORMATICS 9

    9

    Figure 2.0

    Master of Science in Informatics and Analytics (MSHIA) Program Vision

    Note: This figure illustrates the MSHIA program vision.

    Curriculum, Faculty

    and Learning

    Community that

    promotes cultural

    relevance

    Content and experiences

    focused on probem

    solving and innovative

    curriculm elements

    Emphasis on leading

    change as health care and

    health services industires

    undergo dramatic

    transformation

    Experiences that focus

    on data driven decision

    making and critical

    thinking

    Transformational Informatics

    THE FIVE PILLARS OF INFORMATICS 10

    10

    References

    American Medical Informatics Association. (n.d.) Why informatics? Discovering health

    insights: Accelerative healthcare transformation. AMIA: Informatics Professionals

    Leading the Way. https://www.amia.org/why-informatics

    McMains V. (2016) John Hopkins study suggests medical errors are third leading cause of death

    in the U.S. https://hub.jhu.edu/2016/05/03/medical-errors-third-leading-cause-of-death/

  • [Solved] nur507 discussion 4

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    **files (1)** – ## NUR507W4.docx **## NUR507W4.docx** **DISCUSSION:** Discuss a dermatologic disorder **(ECZEMA)** and its treatment modalities. **Submission Instructions:** · Your initial post should be at least 500 words, formatted and cited in current APA style with support from at least 2 academ…

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    – ## NUR507W4.docx

    **## NUR507W4.docx**

    **DISCUSSION:**

    Discuss a dermatologic disorder
    **(ECZEMA)** and its treatment modalities.

    **Submission Instructions:**

    · Your initial post should be at least 500 words, formatted and cited in current APA style with support from at least 2 academic sources.

    · All replies must be constructive and use literature where possible.

    **INSTRUCTIONS:**

    · Your initial post should be at least 500 words, formatted and cited in current APA style with support from at least 2 academic sources.  Your initial post is worth 8 points.

    · Please include introduction and conclusion paragraphs

    · Please write in paragraph form, no bullet points

    · Incorporate a minimum of 2 current (published within the last five years) scholarly journal articles or primary legal sources (statutes, court opinions) within your work. Journal articles should be referenced according to the current APA style (the online library has an abbreviated version of the APA Manual).

    · Please ensure APA formatting is correct

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    **## NUR507W4.docx**

    **DISCUSSION:**

    Discuss a dermatologic disorder
    **(ECZEMA)** and its treatment modalities.

    **Submission Instructions:**

    · Your initial post should be at least 500 words, formatted and cited in current APA style with support from at least 2 academic sources.

    · All replies must be constructive and use literature where possible.

    **INSTRUCTIONS:**

    · Your initial post should be at least 500 words, formatted and cited in current APA style with support from at least 2 academic sources.  Your initial post is worth 8 points.

    · Please include introduction and conclusion paragraphs

    · Please write in paragraph form, no bullet points

    · Incorporate a minimum of 2 current (published within the last five years) scholarly journal articles or primary legal sources (statutes, court opinions) within your work. Journal articles should be referenced according to the current APA style (the online library has an abbreviated version of the APA Manual).

    · Please ensure APA formatting is correct

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  • [Solved] Nursing Conflict Resolution

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    **Discuss what you learned from the Chapter 9 on effective strategic conversations. How can you apply this information to enable you to handle conflict resolution more effectively in the workplace?** Please DO NOT use AI. This professor is stickler for AI and will give zero. please no AI. Post your …

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    **Discuss what you learned from the Chapter 9 on effective strategic conversations. How can you apply this information to enable you to handle conflict resolution more effectively in the workplace?**

    Please DO NOT use AI. This professor is stickler for AI and will give zero. please no AI.

    Post your initial discussion by 11:59 PM ET on Thursday. Posts are a minimum of 250 words, scholarly written, APA formatted (with some exceptions due to limitations in the D2L editor), and a minimum of 2 references (which may include the course textbook). Reply to at least one classmate's initial discussion post by Saturday at 11:59 PM ET. The initial discussion post and discussion response should occur on two different calendar days of each electronic week. These are not the complete instructions for participating in discussions. See the "Grading Rubric for Online Discussions – 500 level" found in the Course Resources module.

    **Textbook:** Mason, D. J., Dickson, E., McLemore, M. R., & Perez, G. A. (2021). _Policy & politics in nursing and health care_ (8th ed.). Elsevier.

    Use Chapters 9 attached in uploaded documents

    Alternative Dispute Resolution:

    During conflict, appropriate communication skills are very important in trying to achieve peaceful resolution of the inherent issues at hand. Strategies for preparation of effective communication are outlined on page 78 of Mason et al. Daily preparation in your workplace can enhance your ability to strategically communicate as a leader in nursing. Key principles are outlined in Chapter 9 which can be applied starting now as you are on this journey to advancing your knowledge on skills at a graduate nursing level.

    ## Communication and Health Policy and Politics

    Communication, both verbal and nonverbal, is vital to successful influence for advancing policy initiatives. Persuasion is a powerful activity, which is most effective with savvy communication skills.

    Nonverbal communication occurs through our physical demeanor and includes body language and nonverbal cues such as eye contact and body position. The phases of conversation are outlined in Mason et al.(2016), p. 95. These phases are critical to understand for successful communication and impacting health policy and politics.

    – [\
    \
    correctch.9PolicyPoliticsinNursingandHealthCare.pdf](https://www.sweetstudy.com/files/correctch-9policypoliticsinnursingandhealthcare-pdf "correctch.9PolicyPoliticsinNursingandHealthCare.pdf")