DNP Capstone Project Examples: What Committee-Ready Projects Actually Look Like

Quality Improvement Project Example: CAUTI Prevention in Medical ICU

Project type: Quality improvement (QI) using IHI Model for Improvement and PDSA methodology. Specialisation track: Adult-Gerontology Acute Care NP (AGACNP). Setting: 24-bed medical-surgical ICU, tertiary care hospital. Implementation duration: 12 weeks.

Problem Statement (committee-ready version): "At [facility name], the catheter-associated urinary tract infection (CAUTI) rate in the medical-surgical ICU was 3.8 per 1,000 catheter days in the 12 months preceding this project, exceeding the NHSN national benchmark of 1.2 per 1,000 catheter days and the facility's internal quality target of 2.0. Daily catheter necessity assessment was documented in 42% of eligible catheter days during the most recent NDNQI quarterly report, indicating that the majority of catheter days are occurring without documented clinical justification."

What makes this committee-ready: (1) a named facility with a specific unit; (2) a baseline rate from a named quality reporting system (NHSN); (3) a comparison to two benchmarks (national and internal); (4) a specific process fidelity gap (42% necessity assessment documentation) that explains why the outcome is poor.

Common version that fails committee review: "Catheter-associated urinary tract infections are a significant problem in hospital settings. Research shows that CAUTIs increase patient morbidity and healthcare costs. The purpose of this project is to implement a CAUTI prevention bundle to reduce CAUTI rates." This version uses national statistics without local data, lacks a named setting and unit, and gives no baseline rate from the student's clinical site.

PICOT Question (committee-ready): In adult patients with indwelling urinary catheters in the 24-bed medical-surgical ICU at [facility name] (P), does implementation of a nurse-driven CAUTI prevention bundle including daily catheter necessity assessment using the Saint Catheter Removal Protocol and AGACNP-led weekly bundle compliance rounds (I) compared to current physician-dependent catheter removal decisions without daily structured necessity assessment (C) reduce the CAUTI rate from 3.8 to 1.5 or below per 1,000 catheter days and increase daily necessity assessment compliance from 42% to 85% or above (O) over a 12-week implementation period (T)?

Key results section structure: Table 1 (Pre-implementation and post-implementation CAUTI rates by month (12-month pre vs. 12-week post). Table 2) Weekly catheter necessity assessment compliance rate (SPC P-chart). Statistical analysis: CAUTI rate change reported as rate per 1,000 catheter days with percentage reduction. Compliance rates reported as weekly percentages on P-chart with control limits. Paired comparison of pre/post compliance rates with McNemar test (categorical compliance data). Narrative results: "The post-implementation CAUTI rate was 0.9 per 1,000 catheter days, a 76.3% reduction from the baseline rate of 3.8 (p=0.003). Daily catheter necessity assessment compliance improved from 42% at baseline to 89% post-implementation."

Evidence-Based Practice Implementation Project Example: PHQ-9 Depression Screening in Primary Care

Project type: EBP implementation using Iowa Model of Evidence-Based Practice (2017 revised). Specialisation track: Family Nurse Practitioner (FNP). Setting: Federally qualified health centre, urban underserved community. Implementation duration: 12 weeks.

Framework Application (committee-ready): "The Iowa Model of Evidence-Based Practice was selected for this project because its seven-stage iterative process, trigger identification, team formation, evidence synthesis, pilot evaluation, implementation, evaluation, and sustainability planning, aligns directly with the sequential components of this EBP implementation project. Stage 1 (Practice/Knowledge Trigger) is operationalised in Chapter 1 of this proposal as the identification of the PHQ-9 screening gap: 31% of adult wellness visit patients have documented PHQ-9 completion, compared to the USPSTF Grade B recommendation of universal depression screening for all adults. Stages 2 and 3 (Form a Team and Assemble and Critically Appraise Evidence) are operationalised in Chapter 2 as the formation of the practice improvement team and the systematic literature review with JBI critical appraisal. Stage 4 (Is There Sufficient Evidence?) is answered affirmatively by the synthesis of 18 included studies demonstrating improved depression detection rates with systematic PHQ-9 screening in primary care settings."

What makes this committee-ready: The framework is not just named and described, each stage is explicitly mapped to a specific project activity. This paragraph structure, mapping each framework element to the project, is required by most DNP programs and most committee reviewers.

Literature Review Synthesis Paragraph (committee-ready): "Across the 18 included studies, nurse practitioner-driven PHQ-9 screening protocols in primary care settings consistently demonstrated improvements in depression detection rates compared to provider-discretion screening. Six systematic reviews (Level I evidence by Johns Hopkins EBP hierarchy) reported pooled PHQ-9 sensitivity of 0.88 (95% CI [0.83, 0.91]) for moderate-to-severe depression (PHQ-9 score 10 or above), supporting its use as a universal first-line screening instrument. The primary implementation barrier identified across 11 implementation studies was workflow integration, programmes that embedded the PHQ-9 into the EHR wellness visit template achieved completion rates of 80% to 95%, compared to 25% to 45% for programmes relying on paper instruments without EHR integration. This implementation gap (workflow-embedded electronic PHQ-9 with automatic nurse prompting) was identified as the primary differentiating factor between high-completion and low-completion programmes and directly informs the intervention design in Chapter 3."

What makes this committee-ready: The synthesis is organised by theme (completion rate patterns and barriers), not by individual study. It rates evidence certainty (Level I), provides pooled statistics, and connects findings directly to the Chapter 3 intervention design.

Program Evaluation Project Example: Nurse Residency Programme

Project type: Program evaluation using Kirkpatrick Model of Training Effectiveness. Specialisation track: Nurse Executive/Healthcare Leadership. Setting: 200-bed regional hospital. Evaluation duration: 12 weeks.

What distinguishes a program evaluation project from a QI project: A program evaluation does not implement a new practice change, it systematically assesses whether an existing programme is achieving its stated goals. The Kirkpatrick Model evaluates four levels: Level 1 (Reaction (participant satisfaction), Level 2 (Learning) knowledge or skill gain), Level 3 (Behaviour (practice change), and Level 4 (Results) organisational outcomes such as nurse retention). Program evaluation projects produce an evaluation report and a set of recommendations, not a pre-post clinical outcome comparison.

Data Collection in a Program Evaluation (committee-ready): "Four data sources will be used in this evaluation: (1) a 22-item nurse residency programme satisfaction survey (Kirkpatrick Level 1) administered to all current residents (n=28) and recently graduated residents from the past 12 months (n=21); (2) pre-residency and post-residency competency assessment scores (Kirkpatrick Level 2) from programme records; (3) a 15-item Nursing Professional Practice Behaviour Survey administered to graduates 6 months post-residency (Kirkpatrick Level 3); and (4) first-year nurse retention rates for residency programme cohorts from the past three years extracted from human resources records (Kirkpatrick Level 4). Survey development used a modified Delphi process with three rounds of expert review by nurse education faculty."

IRB determination for program evaluation: Most program evaluations qualify as QI non-research under 45 CFR 46 because they use existing program records and institutional data, their primary purpose is local program improvement rather than generation of generalizable knowledge, and findings are intended for internal use rather than publication as primary research. When surveys are administered to staff, a QI determination request or exempt review application (45 CFR 46.104(d)(2)) is submitted, not a full board application.

Policy Change Project Example: Opioid Stewardship Policy

Project type: Policy change initiative using Kingdon's Multiple Streams Model. Specialisation track: Adult-Gerontology Primary Care NP (AGPCNP) or Nurse Executive. Setting: 300-bed community hospital, medical-surgical units. Project duration: 16 weeks.

What distinguishes a policy change project: A policy change project navigates the institutional policy approval pathway (unit manager → director of nursing → CNO → pharmacy and therapeutics committee → legal review where applicable) and produces a draft policy document as the primary deliverable alongside the scholarly manuscript. The implementation phase includes stakeholder engagement, policy drafting, approval process navigation, pilot data collection, and policy finalisation. The outcome measure is policy adoption and pilot implementation data, not a pre-post clinical outcome from a full implementation (that would be a QI project).

Stakeholder Analysis (committee-ready): "A power-interest grid analysis identified four stakeholder groups for this opioid stewardship policy initiative. High power, high interest: pharmacy and therapeutics committee (policy approval authority, direct interest in opioid stewardship metrics) and the CNO (holds final approval authority for nursing-specific policy language). High power, lower interest: hospital legal counsel (reviews policy for liability implications, primarily interested in risk management). Lower power, high interest: bedside nurses (primary implementers of the policy, high interest in its workability) and the DNP student (project lead). Low power, lower interest: hospital finance team (interested in cost implications of medication changes). Stakeholder engagement strategy: monthly pharmacy and therapeutics committee briefings beginning in week 4; biweekly nursing staff feedback sessions in weeks 8 to 12; legal counsel review scheduled for weeks 10 to 12."

Educational Program Development Project Example: Trauma-Informed Care Training

Project type: Educational program development with pre-post evaluation. Specialisation track: Psychiatric-Mental Health NP (PMHNP). Setting: Emergency department, Level II trauma centre. Implementation duration: 12 weeks.

Needs Assessment (required for educational program projects): Educational program development projects require a formal needs assessment before curriculum design can begin. The needs assessment documents that: (1) the educational gap exists and is quantifiable; (2) the gap is attributable to knowledge or skill deficit, not system or environmental factors; and (3) an educational intervention is the appropriate solution. Without a needs assessment, committees will question whether education is the right intervention for the identified problem.

Curriculum Design Documentation (committee-ready): "The 4-hour trauma-informed care education programme was developed using Knowles' Principles of Adult Learning (andragogy) as the instructional design framework. Content was organised into four 50-minute modules: Module 1 (SAMHSA Six Core Principles of Trauma-Informed Approach (lecture + case discussion); Module 2) Trauma screening and clinical communication (skills demonstration + return demonstration); Module 3 (Self-care and secondary traumatic stress (group discussion + evidence-based coping strategies); Module 4) Institutional policy review and practice integration (interactive case scenarios). Learning objectives for each module were written at Bloom's Taxonomy Levels 3 (Application) and 4 (Analysis) to ensure doctoral-level analytical depth beyond knowledge recall. Each module includes pre-module knowledge check (2 to 3 questions) and post-module application exercise (case vignette with written response)."

Evaluation Instruments: Educational program projects require validated or rigorously developed evaluation instruments. Common options: validated knowledge assessment specific to content area; Trauma-Informed Care Knowledge Questionnaire (TICKQ); Trauma-Informed System Change Instrument (TISCI) for practice behaviour change; Kirkpatrick Level 1 satisfaction survey (developed by student with pilot testing). Pre-post design with paired t-test or Wilcoxon signed-rank for continuous knowledge scores; McNemar for categorical behaviour change data.