NURS-FPX 4020 Assessment 2: Root-Cause Analysis and Safety Improvement Plan

Course and Assessment Context

Course: NURS-FPX 4020 – Improving Quality of Care and Patient Safety (Capella University, FlexPath)

Level: RN-to-BSN (Undergraduate, 4000-level)

Study period: Current semester / session (typical mid-course quality and safety assessment)

Assessment position: Assessment 2 – major written assignment following initial quality and safety analysis task

Assessment type: Individual written paper; root-cause analysis and safety improvement plan in a selected health care setting

Recommended length: 4–5 page paper (approximately 1500–1800 words, excluding title page and reference list) in APA 7th format; consistent with common NURS-FPX 4020 assessment samples that specify a 5‑page quality and safety paper.

Assessment Overview

In this assessment, you examine a significant patient-safety or quality-of-care issue in a real or well-documented health care environment and develop a root-cause analysis and safety improvement plan grounded in current evidence, national quality frameworks, and organizational policies. You identify a sentinel event or recurring safety problem, analyze system-level contributors, propose specific, actionable interventions, and outline an evaluation strategy to monitor impact on patient outcomes and safety culture. The paper must demonstrate clear alignment with best practice standards, such as Institute of Medicine (IOM), QSEN competencies, and relevant regulatory requirements.

Assignment Description

You will write a 4–5 page paper that conducts a structured root-cause analysis of a safety or quality issue (for example, medication administration errors, falls, pressure injury development, miscommunication during handover, or delays in escalation of deteriorating patients) in a specific clinical setting. The analysis should move beyond individual blame and focus on system factors, including workflow design, staffing, technology, communication processes, and organizational culture. Based on the root-cause findings, you design a safety improvement plan that includes at least three evidence-based interventions, a clear implementation strategy, stakeholder roles, and measurable indicators for evaluating success.

Key Tasks

Identify and briefly describe a real or well-documented safety or quality issue (e.g., repeated medication administration errors on a medical-surgical unit).
Apply a recognized root-cause analysis approach (e.g., fishbone diagram logic, “5 Whys” reasoning, or sentinel event analysis) to unpack contributing factors at the patient, staff, team, and organizational levels.
Integrate current evidence and national/international guidelines to interpret the problem and to justify proposed interventions, particularly around medication safety, communication, and coordination of care.
Develop a safety improvement plan with specific, actionable strategies (e.g., bar-code medication administration, structured handoff tools, staff education, policy revision, and technology-enhanced decision support).
Define process and outcome measures to monitor change (e.g., medication error rates, adherence to five rights of medication administration, incident reporting patterns, staff perceptions of safety culture).
Explain how you will collaborate with nurses, physicians, informatics staff, quality teams, and leadership to implement and sustain the plan.

Detailed Instructions and Requirements

1. Selection and Description of Safety or Quality Issue

Choose a safety or quality-of-care issue that has clear patient impact and is supported by real data, case reports, or published analyses (for instance, a medication administration sentinel event, a series of falls in a long-term care facility, or repeated failures in post-operative monitoring). Provide a concise clinical description of the event or pattern, including setting, population, and the short- and long-term implications for patients and staff. Where possible, draw on actual organizational reports or credible case descriptions from the literature.

Summarize what happened, where it occurred, who was affected, and why the issue matters for quality and safety.
Clarify whether the issue represents a sentinel event, near miss, or recurring pattern documented in incident reports or audits.

2. Root-Cause Analysis

Conduct a structured root-cause analysis that traces the problem back to underlying system factors rather than focusing solely on individual performance. Use organized reasoning similar to fishbone diagrams or “5 Whys” to classify causes into categories such as people, processes, environment, equipment/technology, and policies. Discuss how workload, staffing patterns, training, communication practices, and information systems may have contributed to the event.

Identify at least three primary root causes and several secondary contributing factors supported by evidence or organizational data.
Link each cause to specific breakdowns (for example, inadequate double-check procedures, interruptions during medication rounds, or poorly configured electronic order entry systems).
Integrate relevant best-practice standards (QSEN, IOM patient safety reports, national medication safety guidelines) to highlight where the organization falls short.

3. Evidence-Based Safety Improvement Plan

Design an improvement plan that directly addresses the identified root causes using current best evidence. The plan should include specific interventions at multiple levels (policy, education, technology, workflow redesign, and team communication) and must be feasible within a real health care organization. Support each proposed intervention with peer‑reviewed literature, national guidance documents, or well‑established quality tools.

Propose at least three interrelated interventions; for example, targeted staff education on five rights of medication administration, bar-code medication administration systems with clinical decision support, and structured communication tools to reduce interruptions.
Assign roles and responsibilities to key stakeholders, including nurse leaders, staff nurses, pharmacists, informatics specialists, and quality improvement teams.
Outline implementation steps, timelines, and necessary resources (training sessions, technology investments, policy updates, and monitoring mechanisms).

4. Evaluation Strategy and Outcome Measures

Define clear process and outcome indicators that will allow the organization to determine whether the improvement plan reduces harm and strengthens safety culture. Explain how you will collect, analyze, and report data over time. Where possible, align selected measures with established frameworks such as National Database of Nursing Quality Indicators (NDNQI) or institutional dashboards.

Specify quantitative measures (e.g., monthly medication error rate per 1000 doses, incident reporting trends, adherence rates to barcode scanning protocols).
Include qualitative indicators (e.g., staff survey data on safety climate, patient feedback about perceived safety and communication).
Describe how findings will be fed back into continuous improvement cycles, including regular review by leadership and frontline staff.

5. Interprofessional Collaboration and Safety Culture

Explain how interprofessional collaboration and a learning-focused safety culture are essential to implementing and sustaining the plan. Describe communication strategies, team-based problem solving, and leadership behaviors that support open reporting, non-punitive responses to errors, and shared accountability for patient outcomes.

Highlight collaboration between nurses, physicians, pharmacists, informatics teams, and quality specialists in designing workflows and tools.
Discuss how leaders can reinforce safety priorities through policy, role modeling, and ongoing staff engagement.

6. Academic Writing and Format Requirements

Length: 4–5 pages of written content (approximately 1500–1800 words), not including title page and reference list.
Format: APA 7th edition; double‑spaced, 12‑point font, 1‑inch margins, running head and page numbers as required.
Structure: title page, introduction, structured headings (Issue Description, Root‑Cause Analysis, Improvement Plan, Evaluation Strategy, Interprofessional Collaboration, Conclusion), and reference list.
Sources: minimum of 5–8 current (2018–2026) peer‑reviewed journal articles or authoritative guidelines relevant to patient safety and the chosen issue.
Voice: formal academic tone, active voice, clear transitions; avoid jargon that is not explained.

Marking Criteria / Rubric

Criterion 1: Problem Identification and Context (20%)

High distinction: Provides a clear, detailed, and contextually rich description of a significant safety or quality issue; demonstrates precise understanding of clinical implications; integrates relevant organizational or published case information.
Credit: Describes the issue accurately with adequate detail but limited contextual depth or linkage to broader safety concerns.
Pass: Identifies a relevant issue, but description is general, lacks specificity, or omits key contextual factors.
Fail: Issue is unclear, trivial, or not clearly related to patient safety or quality of care.

Criterion 2: Root-Cause Analysis (25%)

High distinction: Conducts a thorough, logically structured root‑cause analysis; clearly differentiates proximate and underlying causes; systematically links causes to processes, environment, communication, technology, and policy; uses established analytic approaches and integrates relevant evidence.
Credit: Identifies several plausible causes and shows reasonable analytic structure, though some causal links or categories are underdeveloped.
Pass: Identifies obvious factors but analysis remains superficial, largely descriptive, or focused on individual blame.
Fail: Minimal or inaccurate analysis; fails to identify credible root causes.

Criterion 3: Evidence-Based Improvement Plan (30%)

High distinction: Proposes a coherent, integrated plan with multiple evidence-based interventions closely aligned to identified causes; cites current high‑quality sources; demonstrates clear understanding of best practices in medication safety, communication, and quality improvement; articulates realistic implementation steps and stakeholder roles.
Credit: Suggests feasible interventions supported by some evidence; implementation detail or alignment with root causes is partial.
Pass: Presents basic improvement ideas with limited evidence or weak linkage to analysis.
Fail: Interventions are impractical, unsupported, or disconnected from the problem.

Criterion 4: Evaluation and Outcomes (15%)

High distinction: Defines clear, appropriate process and outcome measures; explains data collection, monitoring, and feedback mechanisms; connects indicators to patient outcomes and safety culture; shows understanding of continuous quality improvement.
Credit: Identifies several relevant measures but offers limited detail about data collection or use.
Pass: Mentions general indicators without clear measurement plans.
Fail: Evaluation strategy is absent or not meaningful.

Criterion 5: Academic Writing, Structure, and Referencing (10%)

High distinction: Paper is well organized; arguments flow logically; writing is clear and concise; APA 7th used accurately; integrates 5–8 high‑quality recent sources with appropriate in‑text citations; minimal errors.
Credit: Generally clear structure and correct referencing with minor errors.
Pass: Writing and structure are adequate but inconsistent; several referencing issues.
Fail: Frequent errors in organization or referencing undermine clarity.

Sample Answer Writing Help: Medication Safety Root-Cause Analysis

A focused root‑cause analysis of medication administration errors on a busy medical‑surgical unit shows that interruptions, inconsistent double‑check practices, and poorly configured electronic order entry all contribute to preventable patient harm. When nurses are frequently interrupted during medication rounds and work across fragmented workflows, the chance of bypassing the five rights of medication administration increases, particularly during high‑acuity periods. Aligning unit practice with guidelines drawn from the Institute of Medicine and QSEN competencies helps to reframe the problem as a systems issue rather than individual failure, which encourages open discussion of errors and near misses. In this context, implementing bar‑code medication administration combined with structured training on safe medication protocols and clear policies to limit non‑urgent interruptions during drug rounds may substantially reduce error rates and strengthen staff confidence in the safety culture. As an example, one unit could track monthly medication incidents before and after introduction of bar‑code scanning and targeted education, then compare trends against published benchmarks presented in Agency for Healthcare Research and Quality Patient Safety Network to evaluate progress and guide further refinements.

Medication Safety and Evidence

Building on this example, a stronger improvement plan benefits from integrating specific evidence about which interventions most consistently reduce medication errors in comparable settings. Studies of computerized physician order entry and bar‑code medication administration indicate that these technologies can lower prescribing and dispensing errors when paired with thoughtful workflow redesign and ongoing user training, rather than deployed as stand‑alone solutions. At the same time, empirical work on interruptions during drug administration suggests that visual cues such as colored tabards and designated “no‑interruption zones” may reduce cognitive overload and help nurses sustain attention during high‑risk tasks. Incorporating these findings into the safety plan allows you to justify each recommendation with concrete data, show how technology interacts with human factors, and support leaders in selecting interventions that fit the unit’s resources and culture. By linking local error trends to published case studies and national guidance, the paper demonstrates that the proposed changes are not only plausible but also consistent with wider patient safety research.

Applying the Rubric and Avoiding Common Pitfalls

Students frequently ask how detailed the analysis needs to be and whether focusing on one type of medication error is sufficient for this assessment. It is usually more effective to concentrate on a clearly defined problem, such as wrong‑dose errors or missed anticoagulant doses, and then trace that pattern back to multiple contributing factors, rather than trying to cover all possible medication issues at once. A strong response also avoids vague statements like “improve communication” and instead specifies how structured handoff tools, shared electronic documentation, and team briefings will change day‑to‑day practice. When writing the paper, ensure that each section of the rubric is explicitly addressed; for example, dedicate one paragraph to measurement and evaluation so the markers can see how you plan to monitor outcomes over time. Some students overlook the requirement to use current peer‑reviewed sources, which weakens the evidence base; drawing selectively from recent medication safety research, national guidelines, and organizational policies helps to satisfy the rubric and increases the likelihood that your work aligns with typical quality improvement expectations. If you treat the assignment as both an academic exercise and a practical proposal that could be discussed with unit leaders, your analysis will often be more focused and persuasive.

Clarify one primary safety issue and stay consistent with it throughout the paper.
Link every intervention directly to an identified root cause to avoid generic recommendations.
Use current, peer‑reviewed sources rather than outdated or non‑scholarly material.
Reserve at least one paragraph for measurement and evaluation to meet rubric expectations.

References / Learning Materials (APA 7th)

Armstrong, S. J. (2019). Medication safety and the five rights in nursing practice. Journal of Nursing Care Quality, 34(3), 210–217. https://doi.org/10.1097/NCQ.0000000000000385
Koprivnik, M., Šostar, T., & Vidmar, G. (2020). Medication reconciliation and patient safety during transitions of care. International Journal for Quality in Health Care, 32(7), 435–442. https://doi.org/10.1093/intqhc/mzaa069
Palese, A., Sartor, A., & Moretti, A. (2019). Interruptions during medication preparation and administration: A systematic review. Journal of Advanced Nursing, 75(5), 1033–1045. https://doi.org/10.1111/jan.13921
Thompson, K. M., Swanson, K. M., & Lee, J. (2018). Impact of bar code medication administration on nursing workflow and patient safety. Computers, Informatics, Nursing, 36(9), 452–459. https://doi.org/10.1097/CIN.0000000000000441
Yang, Z., Sun, Y., & Wu, H. (2022). Organizational policies and nurse compliance with safe medication practices. BMC Nursing, 21(1), 144. https://doi.org/10.1186/s12912-022-00912-7
Compose a 4–5 page APA‑formatted NURS‑FPX 4020 paper that performs a root‑cause analysis of a patient safety issue and develops an evidence‑based improvement plan with measurable outcomes.
Write a 4–5 page individual assessment for NURS‑FPX 4020 that analyzes a real medication safety problem, proposes a detailed improvement strategy, and explains how to evaluate changes in quality of care.
Sample NURS‑FPX 4020 Root‑Cause Analysis and Safety Improvement Plan Paper

Week’s Assessment: NURS-FPX 4020 Assessment 3 – Quality Improvement Intervention Evaluation (Week 4)

In the following week, students typically complete Assessment 3, which focuses on evaluating the impact of a specific quality improvement intervention introduced in their chosen clinical setting. You will write a 3–4 page paper that reviews early outcome data, reflects on implementation challenges, and recommends adjustments to strengthen sustainability and staff engagement. The instructions usually ask you to compare baseline and follow‑up measures, interpret trends in relation to patient safety frameworks, and comment on how leadership and interprofessional collaboration influenced results. Students are expected to integrate at least three current peer‑reviewed sources that discuss evaluation of quality initiatives and safety culture, and to present the analysis in APA 7th format with clear headings and concise, practice‑focused recommendations.

Root‑Cause Analysis for Medication Errors in a Medical‑Surgical Unit