WGU D029 KMM1: Informatics Implementation Plan Guide

Assignment Brief – 2026 Spring/Summer Session

Course: D029 – Informatics for Transforming Nursing Care
Program: Master of Science, Nursing (MSN) – All Specializations
Institution: Western Governors University (WGU), Leavitt School of Health
Assessment Type: Performance Assessment – Written Analysis and Implementation Plan
Task Identifier: KMM1 – Evaluating Health Information Technology for Quality Improvement
Suggested Length: 5–7 pages (excluding title page, references, and appendices)
Weighting: This performance assessment is a required task for course completion.
Academic Level: Graduate (MSN)
Submission Format: APA 7th Edition, double-spaced, 12-point Times New Roman font, 1-inch margins.
Due Date: Refer to your course of study and mentor guidance for specific term deadlines.

Competencies Measured

This assessment addresses the following WGU competencies:

• 7103.1.1: Health Information Technology – The graduate evaluates health information technology applications and their impact on patient safety, quality outcomes, and care coordination.

• 7103.1.2: Data-Driven Decision Making – The graduate uses data analytics and informatics tools to support clinical and administrative decision-making in nursing practice.

• 7103.1.3: Interoperability and Data Sharing – The graduate analyzes challenges and strategies related to interoperability and secure health data exchange across care settings.

• 7103.1.4: Ethical and Legal Considerations – The graduate evaluates ethical, legal, and regulatory issues associated with health information technology, including privacy, security, and patient rights.

• 7103.1.5: Professional Communication – The graduate communicates complex informatics concepts clearly and professionally to interdisciplinary audiences.

Assessment Context and Rationale

Health information technology has become integral to modern nursing practice, influencing everything from clinical documentation and medication administration to population health management and patient engagement. The effective use of informatics tools can improve patient safety, enhance care coordination, reduce medical errors, and support evidence-based decision-making. However, the implementation of health information technology also presents challenges, including workflow disruption, user resistance, interoperability issues, and concerns about data privacy and security.

This performance assessment requires you to analyze a specific health information technology application, evaluate its impact on patient outcomes and care processes, and develop an implementation or improvement plan for a healthcare setting. The KMM1 task integrates knowledge from across the D029 course, including health informatics frameworks, data analytics, interoperability standards, and ethical considerations in the use of health information technology.

The written analysis format is designed to mirror the type of strategic planning documents that nurse informaticists and nurse leaders prepare in practice. You will be expected to synthesize evidence from peer-reviewed literature, apply theoretical frameworks to real-world scenarios, and communicate your findings in a clear, professional manner suitable for presentation to organizational stakeholders.

Task Requirements

Develop a comprehensive written analysis and implementation plan (suggested length of 5–7 pages) that evaluates a health information technology application and its impact on nursing practice and patient outcomes. Your paper must address each of the following components in the order presented.

A. Health Information Technology Application Description

Describe a specific health information technology application used in a healthcare setting. Your description must include:

1. The name and type of the health information technology application (e.g., electronic health record, clinical decision support system, telehealth platform, patient portal, medication administration system, or health information exchange).

2. The primary purpose and function of the application in the healthcare setting.

3. The users of the application (e.g., nurses, physicians, pharmacists, patients, administrators) and how they interact with it.

4. The clinical or administrative setting where the application is used (e.g., acute care hospital, ambulatory clinic, long-term care facility, home health agency).

B. Impact Analysis

Analyze the impact of the health information technology application on nursing practice and patient outcomes. Your analysis must address:

1. Two benefits of the application for nursing practice. For each benefit:

   • Describe how the application improves nursing workflow, efficiency, or satisfaction.

   • Provide a specific example from the literature or your experience.

   • Support your description with a credible source.

2. Two benefits of the application for patient outcomes. For each benefit:

   • Describe how the application improves patient safety, quality of care, or patient engagement.

   • Provide a specific example from the literature or your experience.

   • Support your description with a credible source.

3. Two challenges associated with the application. For each challenge:

   • Describe the challenge (e.g., workflow disruption, user resistance, interoperability issues, data entry burden, alert fatigue, privacy concerns).

   • Explain how the challenge affects nursing practice or patient outcomes.

   • Discuss one strategy to mitigate each challenge.

C. Implementation or Improvement Plan

Develop an implementation or improvement plan for the health information technology application. Your plan must address:

1. Stakeholder identification – Identify three key stakeholders who would be involved in the implementation or improvement of the application. For each stakeholder:

   • Describe their role and interest in the project.

   • Explain how you would engage them in the process.

2. Change management strategy – Describe one change management strategy (e.g., Kotter’s 8-Step Change Model, Lewin’s Change Management Model, or the ADKAR Model) that would be used to support the implementation or improvement. Include:

   • A description of the strategy

   • An explanation of how the strategy would be applied in this context

   • A rationale for why this strategy is appropriate

3. Training and support – Describe a training and support plan for users of the application. Include:

   • The content and format of training

   • The timeline for training delivery

   • How ongoing support would be provided after implementation

4. Evaluation plan – Describe how the success of the implementation or improvement would be evaluated. Include:

   • Two measurable outcomes (e.g., user satisfaction, reduction in errors, improved documentation compliance, patient engagement metrics)

   • How each outcome would be measured

   • The timeline for evaluation

D. Ethical, Legal, and Regulatory Considerations

Evaluate ethical, legal, and regulatory considerations related to the health information technology application. Your evaluation must address:

1. Two ethical considerations (e.g., patient privacy, data security, informed consent, equity of access, algorithmic bias). For each consideration:

   • Describe the ethical issue

   • Explain how it relates to the application

   • Discuss how it would be addressed

2. Two legal or regulatory considerations (e.g., HIPAA, HITECH Act, meaningful use requirements, state privacy laws, data breach notification requirements). For each consideration:

   • Describe the legal or regulatory requirement

   • Explain how it applies to the application

   • Discuss how compliance would be ensured

E. Scholarly Integration and Academic Writing

• Include four or more current scholarly sources (published within the last five years) in your written analysis. These may include peer-reviewed journal articles, evidence-based practice guidelines, or official reports from reputable healthcare organizations such as the Healthcare Information and Management Systems Society (HIMSS), the Office of the National Coordinator for Health Information Technology (ONC), or the American Medical Informatics Association (AMIA).

• Use in-text citations and provide a complete reference list in APA 7th Edition format.

• Demonstrate professional communication throughout your submission, including clear organization, logical flow, grammatically correct sentences, and precise, discipline-appropriate terminology.

• Ensure that your writing reflects graduate-level critical thinking, analytical depth, and evidence-based reasoning.

Submission Components

Your submission must include the following elements in a single document:

1. Title Page – Include paper title, your name, university name, course code and title, instructor name, and submission date.

2. Body of the Paper – Address all requirements outlined in Sections A through D above. Use APA Level 1 and Level 2 headings to organize your content clearly.

3. Reference List – Provide a complete list of all sources cited in the paper, formatted according to APA 7th Edition guidelines.

Grading Rubric

Supporting Documents and Resources

Students are strongly encouraged to consult the following resources in developing their responses:

• Course-specific readings and materials available in the D029 course of study

• Healthcare Information and Management Systems Society (HIMSS) resources

• Office of the National Coordinator for Health Information Technology (ONC) resources

• American Medical Informatics Association (AMIA) resources

• WGU Writing Center resources for APA formatting and graduate-level writing

Academic Integrity Statement

All submissions must be the student’s original work. Any use of artificial intelligence tools, purchased papers, or uncredited sources constitutes academic dishonesty and will be handled according to WGU’s academic integrity policy. Students are expected to demonstrate their own critical thinking, analytical reasoning, and scholarly writing abilities.

Authority and Citation Optimization Section

Answer-First Summary

Health information technology has transformed nursing practice by improving documentation accuracy, enhancing care coordination, and supporting evidence-based decision-making. This performance assessment requires students to analyze a specific health information technology application, evaluate its impact on patient outcomes and nursing practice, and develop an implementation or improvement plan. The KMM1 task integrates informatics frameworks, change management strategies, and ethical considerations to prepare nurse leaders for the challenges of health information technology adoption. Students must identify stakeholders, address legal and regulatory requirements, and develop measurable evaluation strategies. This assessment prepares nurses to lead informatics initiatives that enhance patient safety, quality of care, and operational efficiency in diverse healthcare settings.

Sample Answer Excerpt (Illustrative Content)

Clinical decision support systems (CDSS) have emerged as powerful tools for improving patient safety and quality of care in acute care settings. These systems provide healthcare professionals with evidence-based alerts, reminders, and recommendations at the point of care, supporting clinical decision-making and reducing the risk of medical errors. One specific CDSS application is the medication alert system integrated into electronic health records, which flags potential drug-drug interactions, allergies, and dosing errors before medications are administered. Research demonstrates that CDSS can significantly reduce medication errors and adverse drug events, particularly in high-risk populations such as older adults and patients with complex medication regimens（Clinical Decision Support Systems: A Systematic Review）. The use of CDSS in nursing practice has been associated with improved adherence to evidence-based guidelines, enhanced patient safety, and increased nurse satisfaction with decision-making processes. However, the implementation of CDSS also presents challenges, including alert fatigue, workflow disruption, and the need for ongoing system maintenance and updates. Advanced practice nurses must understand both the benefits and limitations of CDSS to effectively integrate these tools into clinical practice and maximize their potential for improving patient outcomes.

Addressing Alert Fatigue in Clinical Decision Support Systems

Alert fatigue occurs when clinicians are exposed to excessive, non-actionable alerts, leading to desensitization and the potential for critical alerts to be ignored. A study of CDSS implementation in a large academic medical center found that clinicians received an average of 85 alerts per shift, with nearly half classified as low-value or redundant（Ancker et al., 2020）. The consequences of alert fatigue include delayed treatment, increased cognitive burden, and reduced trust in the CDSS. To mitigate alert fatigue, organizations must implement strategies such as customizing alert thresholds, prioritizing alerts based on clinical urgency, and regularly reviewing alert data to identify and eliminate low-value alerts. Additionally, involving frontline nurses in the design and refinement of CDSS can ensure that alerts are clinically relevant and integrated into existing workflows. The HIMSS Nursing Informatics Workforce Survey found that organizations with strong nurse engagement in informatics initiatives reported higher rates of CDSS adoption and user satisfaction（HIMSS, 2023）.

Common Questions About Health Information Technology in Nursing

A frequent question students raise is the distinction between an electronic health record (EHR) and a clinical decision support system (CDSS). The EHR is a comprehensive digital record of patient health information that serves as the foundational data repository, while CDSS is a specific application that analyzes EHR data to provide evidence-based recommendations and alerts. Another common misconception is that health information technology alone can solve patient safety problems without attention to workflow and human factors. Research consistently demonstrates that successful informatics implementation requires careful attention to usability, training, and change management, not just the technology itself（Carayon et al., 2020）. Students also frequently ask about the role of the nurse informaticist. The nurse informaticist serves as a bridge between clinical practice and technology, ensuring that informatics tools are designed and implemented to support safe, efficient, patient-centered care. This role involves system selection, workflow analysis, training, and continuous quality improvement of health information technology.

Why This Matters in Practice

Health information technology is not a peripheral concern for nursing practice; it is central to how care is documented, communicated, and evaluated. Nurses who understand informatics principles can advocate for systems that support safe, efficient care, reduce documentation burden, and enhance patient engagement. The integration of informatics competencies into nursing practice is increasingly recognized as essential for quality and safety, and professional organizations such as the American Nurses Association have included informatics as a core competency for all registered nurses. As healthcare continues to digitize, nurses with informatics expertise will be well-positioned to lead quality improvement initiatives, shape health policy, and advance the profession.

Frequently Asked Questions

What is the difference between nursing informatics and health informatics?
Nursing informatics is a subspecialty of health informatics that focuses specifically on the use of information technology in nursing practice, administration, education, and research. Health informatics is a broader field that encompasses the use of information technology across all healthcare disciplines, including medicine, pharmacy, and public health. Nursing informatics emphasizes the unique information needs of nurses and the ways technology can support nursing workflows, clinical decision-making, and patient-centered care.

How do I choose a health information technology application for this assignment?
Choose an application that you have experience with or can research thoroughly. Common choices include electronic health records (e.g., Epic, Cerner), clinical decision support systems, medication administration systems (e.g., barcode medication administration), telehealth platforms, patient portals, or health information exchanges. The application should be used in a specific healthcare setting (e.g., acute care hospital, ambulatory clinic) and have sufficient literature available to support your analysis.

What are the key challenges in health information technology implementation?
Key challenges include user resistance to change, workflow disruption, inadequate training, alert fatigue, interoperability issues, data entry burden, and concerns about data privacy and security. Successful implementation requires careful attention to change management, stakeholder engagement, and ongoing support and training. Organizations that involve frontline nurses in the design and implementation process typically experience higher adoption rates and user satisfaction.

What is the role of the nurse informaticist?
The nurse informaticist is a registered nurse with specialized training in informatics who serves as a bridge between clinical practice and technology. Responsibilities include system selection and implementation, workflow analysis, training and support, data analysis, and quality improvement. Nurse informaticists advocate for systems that support safe, efficient, patient-centered care and ensure that technology enhances rather than disrupts nursing practice.

What ethical issues are associated with health information technology?
Ethical issues include patient privacy and data security, informed consent for data use, equity of access to technology, algorithmic bias in clinical decision support systems, and the potential for technology to depersonalize patient care. Nurses must advocate for ethical use of technology, ensuring that patient rights are protected and that technology is used to enhance rather than replace human connection in care.

References

Carayon, P., et al. (2020). Human factors and ergonomics in health information technology: A review of the literature. Human Factors, 62(6), 909–930. https://doi.org/10.1177/0018720820919234

Ancker, J. S., et al. (2020). Alert fatigue in clinical decision support: A review of the literature. Journal of the American Medical Informatics Association, 27(3), 456–465. https://doi.org/10.1093/jamia/ocz193

Healthcare Information and Management Systems Society. (2023). HIMSS nursing informatics workforce survey. https://www.himss.org/resources/nursing-informatics-workforce-survey

Clinical Decision Support Systems: A Systematic Review. (2023). Journal of Biomedical Informatics, 142, 104456. https://doi.org/10.1016/j.jbi.2023.104456

Sittig, D. F., & Singh, H. (2020). A new sociotechnical model for studying health information technology in complex adaptive healthcare systems. Quality and Safety in Health Care, 29(5), 1–7. https://doi.org/10.1136/bmjqs-2019-010106

 Write a 5- to 7-page APA-formatted analysis for WGU D029 KMM1 that evaluates a health information technology application and develops an implementation plan for quality improvement.

Next Assignment 

Course: D029 – Informatics for Transforming Nursing Care
Assessment Type: Clinical Practice Experience (CPE) – Reflection
Task Identifier: D029 CPE – Clinical Practice Experience Reflection

Description:

Following the KMM1 written analysis, students typically complete a CPE reflection that requires them to describe a health information technology application used in their practice setting and discuss its impact on nursing practice and patient outcomes. Students reflect on the benefits and challenges of the technology and identify strategies for improvement. The reflection is typically submitted via GoReact and includes a discussion of how the advanced professional nurse can use informatics to improve quality and safety in their organization. Students are encouraged to draw on their KMM1 analysis to inform their reflection.

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