Selecting a DNP capstone project topic is the first and most consequential decision in the entire capstone process. The topic determines the evidence base available, the IRB classification, the feasibility of the implementation timeline, and the data sources accessible at your clinical site. A topic that is too broad produces an unmeasurable PICOT question. A topic that lacks a peer-reviewed evidence base fails the literature review stage. A topic that requires data your institution does not collect fails the implementation stage. Each of the 50 project ideas below is selected specifically to avoid these failure points, every idea has a documented evidence base, a measurable outcome, and a realistic data source.
How to Use These DNP Capstone Project Ideas
Each idea below is presented with: the clinical problem, the recommended PICOT question starter (with all five elements indicated), the recommended project design (QI, EBP implementation, program evaluation, or policy change), and the primary data source. The PICOT starters are not finished questions, they are calibrated starting points that require you to insert your specific site, unit, patient population characteristics, baseline rate, and implementation timeframe. The most important customisation step is always the baseline rate from local quality data, which must be in your problem statement before the proposal is submitted.
The ideas are organised by DNP specialisation track. If your track is not listed first, skip to your section, the ideas are fully independent and do not require reading from the beginning.
Family Nurse Practitioner (FNP) DNP Capstone Project Ideas
1. PHQ-9 Depression Screening in Primary Care
Clinical problem: Adult patients in primary care settings are not being systematically screened for depression at annual wellness visits, resulting in missed diagnoses and delayed treatment initiation. PICOT starter: In adult patients (18 years and older) presenting for annual wellness visits at [primary care setting] (P), does implementation of a nurse-practitioner-driven PHQ-9 screening protocol at every annual visit (I) compared to current opportunistic screening practice (C) improve the percentage of adult patients screened for depression from [baseline %] to 85% or above (O) over a 12-week implementation period (T)? Project design: Quality improvement. Data source: EHR preventive care dashboard (PHQ-9 completion rate field).
2. HbA1c Reduction in Uncontrolled Type 2 Diabetes
Clinical problem: Adult patients with Type 2 diabetes and HbA1c above 9.0% at the target primary care site are not receiving structured self-management education at the point of care, resulting in sustained poor glycaemic control. PICOT starter: In adult patients (18 years and older) with Type 2 diabetes and HbA1c greater than 9.0% at [primary care practice] (P), does implementation of a structured 15-minute NP-led diabetes self-management education (DSME) session at each quarterly visit (I) compared to standard medication management without structured DSME (C) reduce mean HbA1c by 1.0 percentage point or more (O) over a 16-week implementation period (T)? Project design: EBP implementation. Data source: EHR diabetes registry report (HbA1c field).
3. Childhood Obesity BMI Screening and Counselling
Clinical problem: Paediatric patients aged 2 to 18 with a BMI at or above the 95th percentile are not receiving standardised obesity counselling at well-child visits at the target paediatric primary care practice. PICOT starter: In paediatric patients aged 2 to 18 with BMI at or above the 95th percentile at [paediatric practice] (P), does implementation of a structured motivational interviewing-based weight counselling protocol at every well-child visit (I) compared to standard dietary advice (C) increase the percentage of eligible patients receiving documented obesity counselling from [baseline %] to 80% or above (O) over a 12-week implementation period (T)? Project design: QI. Data source: Well-child visit documentation audit from EHR.
4. Opioid Prescribing Compliance With CDC Guidelines
Clinical problem: NP-prescribed opioid prescriptions at the target primary care practice do not consistently include documented pain assessment scores, functional status assessment, and patient agreement forms as required by the 2022 CDC Clinical Practice Guideline for Prescribing Opioids. PICOT starter: In adult patients receiving opioid prescriptions from NPs at [primary care practice] (P), does implementation of a structured opioid prescribing checklist embedded in the EHR prescription workflow (I) compared to current non-standardised prescribing documentation (C) improve opioid prescribing guideline compliance from [baseline %] to 90% or above (O) over a 12-week implementation period (T)? Project design: QI. Data source: EHR opioid prescription audit report.
5. Blood Pressure Control in Hypertensive Patients
Clinical problem: Adult hypertensive patients at the target FQHC are not achieving blood pressure below 130/80 mmHg, the ACC/AHA 2017 guideline target, due to inconsistent medication titration protocols and lack of structured follow-up. PICOT starter: In adult patients (18 years and older) with a diagnosis of hypertension and most recent BP above 130/80 mmHg at [FQHC] (P), does implementation of a protocol-driven NP-led hypertension management algorithm with structured 4-week follow-up (I) compared to current provider-discretion management (C) improve the percentage of patients achieving BP below 130/80 mmHg from [baseline %] to 60% or above (O) over a 16-week implementation period (T)? Project design: EBP implementation. Data source: EHR chronic disease registry (BP control rate field).
6. Colorectal Cancer Screening in Average-Risk Adults
Clinical problem: Average-risk adults aged 45 to 75 at the target primary care practice are below the USPSTF-recommended colorectal cancer (CRC) screening rate, with current CRC screening completion documented at [baseline %]. PICOT starter: In average-risk adults aged 45 to 75 at [primary care practice] (P), does implementation of an NP-led CRC screening outreach protocol including mailed FIT kit provision and telephone follow-up (I) compared to current opportunistic screening (C) increase CRC screening completion from [baseline %] to 75% or above (O) over a 16-week implementation period (T)? Project design: QI. Data source: EHR preventive care measure report (colorectal cancer screening field).
7. Advance Directive Completion in Older Adults
Clinical problem: Adults aged 65 years and older at the target primary care practice do not have advance directives documented in the EHR, resulting in missed opportunities for goal-concordant end-of-life care planning. PICOT starter: In adults aged 65 years and older with no documented advance directive at [primary care practice] (P), does implementation of a structured NP-led advance care planning conversation at annual wellness visits with same-visit advance directive completion support (I) compared to current referral-only practice (C) increase advance directive documentation from [baseline %] to 50% or above (O) over a 16-week implementation period (T)? Project design: EBP implementation. Data source: EHR advance directive documentation audit.
Psychiatric-Mental Health NP (PMHNP) DNP Capstone Project Ideas
8. PHQ-9 and Columbia SSRS Suicide Risk Screening Protocol
Clinical problem: Patients presenting to [community mental health centre] with depression are not receiving systematic suicide risk assessment using the Columbia Suicide Severity Rating Scale (C-SSRS) at every visit, creating a patient safety gap. PICOT starter: In adult patients with a primary diagnosis of major depressive disorder at [community mental health centre] (P), does implementation of a structured PHQ-9 plus C-SSRS screening protocol at every intake and follow-up visit (I) compared to provider-discretion risk assessment (C) increase the percentage of eligible patient visits with documented C-SSRS screening from [baseline %] to 90% or above (O) over a 12-week implementation period (T)? Project design: QI. Data source: EHR documentation audit for C-SSRS completion.
9. Antipsychotic Metabolic Monitoring Compliance
Clinical problem: Patients on second-generation antipsychotic medications at the target outpatient psychiatric clinic are not receiving annual metabolic monitoring (fasting glucose, HbA1c, lipid panel, weight, BMI, waist circumference) per APA metabolic monitoring guidelines, increasing the risk of undetected metabolic syndrome. PICOT starter: In adult patients on second-generation antipsychotic medications at [outpatient psychiatric clinic] (P), does implementation of an NP-driven annual metabolic monitoring checklist embedded in the EHR medication management workflow (I) compared to current provider-discretion monitoring (C) increase annual metabolic monitoring completion from [baseline %] to 80% or above (O) over a 16-week implementation period (T)? Project design: QI. Data source: EHR metabolic monitoring audit report.
10. Medication Adherence in Schizophrenia Spectrum Disorders
Clinical problem: Patients with schizophrenia spectrum disorders at the target community mental health centre have a medication non-adherence rate of [baseline %], as measured by the Morisky Medication Adherence Scale (MMAS-8), resulting in high rates of psychiatric hospitalisation. PICOT starter: In adult patients with schizophrenia spectrum disorders at [community mental health centre] (P), does implementation of a structured PMHNP-led Motivational Enhancement Therapy (MET) intervention at monthly medication management visits (I) compared to standard medication management without MET (C) improve MMAS-8 adherence scores from [baseline] to low-adherence rate below 20% (O) over a 16-week implementation period (T)? Project design: EBP implementation. Data source: MMAS-8 self-report administered at baseline and post-implementation.
11. Collaborative Care Model for Depression in Primary Care
Clinical problem: Patients with moderate to severe depression (PHQ-9 greater than or equal to 10) at the target primary care practice are not receiving systematic psychiatric consultation or care management, resulting in prolonged time to treatment response. PICOT starter: In adult primary care patients with PHQ-9 scores greater than or equal to 10 at [primary care practice] (P), does implementation of a collaborative care model including PMHNP psychiatric consultation within 72 hours of positive PHQ-9 screening (I) compared to current NP-only management (C) reduce the percentage of patients with PHQ-9 greater than or equal to 10 at 12-week follow-up from [baseline %] to 40% or below (O) over a 16-week implementation period (T)? Project design: EBP implementation. Data source: PHQ-9 scores from EHR follow-up visit documentation.
12. GAD-7 Anxiety Screening in Integrated Behavioural Health
Clinical problem: Adult patients presenting to [integrated behavioural health setting] with new mental health complaints are not being systematically screened for generalised anxiety disorder using the GAD-7 at intake, resulting in missed diagnoses. PICOT starter: In adult patients presenting with new mental health complaints at [integrated behavioural health centre] (P), does implementation of a PMHNP-driven GAD-7 screening protocol at every new patient intake visit (I) compared to current complaint-driven assessment (C) increase GAD-7 completion at intake from [baseline %] to 90% or above (O) over a 12-week implementation period (T)? Project design: QI. Data source: EHR intake assessment completion audit.
AGACNP, CRNA, and Acute Care DNP Capstone Project Ideas
13. CAUTI Prevention Bundle Compliance in ICU
Clinical problem: The catheter-associated urinary tract infection (CAUTI) rate at [facility] adult ICU is [baseline] per 1,000 catheter days, exceeding the NHSN national benchmark of 1.2, and daily catheter necessity assessment compliance is documented at only [baseline %]. PICOT starter: In adult patients with indwelling urinary catheters in the medical ICU at [facility] (P), does implementation of a nurse-driven CAUTI prevention bundle including daily catheter necessity assessment and structured removal criteria (I) compared to current practice (C) reduce the CAUTI rate from [baseline] to 1.5 or below per 1,000 catheter days (O) over a 12-week implementation period (T)? Project design: QI. Data source: NHSN monthly CAUTI rate report; daily necessity assessment EHR audit.
14. ABCDEF Bundle for ICU Delirium Prevention
Clinical problem: Adult ICU patients at [facility] are not receiving systematic ABCDEF bundle implementation (Assess, prevent and manage pain; Both spontaneous awakening and breathing trials; Choice of sedation and analgesia; Delirium assessment; Early mobility; Family engagement), resulting in a CAM-ICU-positive delirium rate of [baseline %]. PICOT starter: In adult mechanically ventilated patients in the medical ICU at [facility] (P), does implementation of the ABCDEF bundle with daily compliance auditing and AGACNP-led bundle rounds (I) compared to current care without structured bundle implementation (C) reduce CAM-ICU-positive delirium incidence from [baseline %] to 30% or below (O) over a 12-week implementation period (T)? Project design: EBP implementation. Data source: CAM-ICU daily assessment EHR audit; ABCDEF bundle compliance weekly audit.
15. Sepsis 3-Hour Bundle Compliance in the Emergency Department
Clinical problem: Compliance with the CMS SEP-1 three-hour bundle at [facility] ED is [baseline %], below the CMS target of 85%, resulting in delayed sepsis management and increased 30-day mortality risk. PICOT starter: In adult ED patients meeting Sepsis-3 criteria at [facility] (P), does implementation of an AGACNP-led sepsis recognition and three-hour bundle initiation protocol (I) compared to current physician-dependent recognition and treatment (C) improve SEP-1 three-hour bundle compliance from [baseline %] to 85% or above (O) over a 12-week implementation period (T)? Project design: QI. Data source: SEP-1 core measure compliance report from quality department.
16. PONV Prevention Protocol in Post-Anaesthesia Care Unit (CRNA)
Clinical problem: The postoperative nausea and vomiting (PONV) rate at [facility] PACU is [baseline %], exceeding the PONV prevention benchmark for high-risk surgical patients, and the Apfel PONV risk score is not being systematically documented before induction. PICOT starter: In adult surgical patients with an Apfel PONV risk score of 2 or higher at [facility] (P), does implementation of a CRNA-driven multimodal PONV prevention protocol including pre-induction Apfel scoring and risk-stratified prophylaxis (I) compared to current PONV prophylaxis without systematic risk stratification (C) reduce PACU PONV incidence from [baseline %] to 20% or below in high-risk patients (O) over a 12-week implementation period (T)? Project design: EBP implementation. Data source: PACU PONV incidence rate from anaesthesia department records; Apfel score documentation EHR audit.
17. ERAS Protocol Implementation for Colorectal Surgery (CRNA)
Clinical problem: Patients undergoing elective colorectal surgery at [facility] are not receiving systematic Enhanced Recovery After Surgery (ERAS) protocol elements including pre-operative carbohydrate loading, multimodal analgesia, and early ambulation, resulting in PACU LOS above the ERAS benchmark. PICOT starter: In adult patients undergoing elective colorectal surgery at [facility] (P), does implementation of an ERAS protocol co-designed by CRNA and surgical teams (I) compared to standard perioperative care (C) reduce mean PACU length of stay from [baseline] minutes to [target] minutes (O) over a 12-week implementation period (T)? Project design: EBP implementation. Data source: PACU LOS data from anaesthesia records; ERAS element compliance audit.
18. Pressure Injury Prevention Bundle in ICU
Clinical problem: Stage 2 or greater facility-acquired pressure injuries (FAPI) in the medical ICU at [facility] are occurring at a rate of [baseline] per 1,000 patient days, exceeding the NDNQI national benchmark. PICOT starter: In adult ICU patients with a Braden Scale score below 14 at [facility] (P), does implementation of a structured pressure injury prevention bundle including 2-hour repositioning, specialised mattress protocol, and moisture barrier application (I) compared to current standard turning practice (C) reduce Stage 2 or greater FAPI rate from [baseline] to [target] per 1,000 patient days (O) over a 12-week implementation period (T)? Project design: QI. Data source: NDNQI FAPI rate quarterly report; Braden Scale documentation audit.
Nurse Executive, Population Health, and Informatics DNP Capstone Project Ideas
19. Nurse Residency Program Evaluation (Nurse Executive)
Clinical problem: Nurse turnover in the first year of practice at [facility] is [baseline %], exceeding the national average of 18%, and the current nurse residency program has not been formally evaluated against the Nurse Residency Program criteria since its implementation. PICOT starter: In first-year nurses completing the residency program at [facility] (P), does a structured program evaluation of the nurse residency program using the Kirkpatrick Model (I) compared to the absence of formal program evaluation (C) identify critical gaps in residency content, competency assessment, and preceptor support that explain the [baseline %] first-year nurse turnover rate (O) over a 12-week evaluation period (T)? Project design: Program evaluation. Data source: HR turnover data; residency program records; preceptor and resident survey instruments.
20. HCAHPS Communication Scores and Bedside Rounding Protocol (Nurse Executive)
Clinical problem: HCAHPS nurse communication domain scores at [facility] are at the [baseline] percentile, below the hospital's internal quality target of the 75th percentile, and there is no standardised bedside rounding protocol in place across the medical-surgical units. PICOT starter: In medical-surgical nurses at [facility] (P), does implementation of a standardised hourly rounding protocol including nurse communication scripting and whiteboard documentation (I) compared to current non-standardised rounding practice (C) improve HCAHPS nurse communication domain scores from the [baseline] percentile to the 75th percentile or above (O) over a 16-week implementation period (T)? Project design: QI. Data source: HCAHPS quarterly scores; hourly rounding compliance audit.
21. SDOH Screening Protocol in Community Health (Population Health)
Clinical problem: Adult patients presenting to [FQHC/community health centre] are not being systematically screened for social determinants of health (SDOH) using a validated instrument, resulting in unaddressed housing insecurity, food insecurity, and transportation barriers that affect treatment adherence. PICOT starter: In adult patients presenting for care at [community health centre] (P), does implementation of the AHC Health-Related Social Needs Screening Tool at every new patient visit and annual wellness visit (I) compared to current non-standardised social needs assessment (C) increase the percentage of patients with documented SDOH screening from [baseline %] to 80% or above and increase community resource referral rates from [baseline %] to 60% or above (O) over a 12-week implementation period (T)? Project design: EBP implementation. Data source: EHR SDOH screening documentation audit; community referral tracking report.
22. EHR CDS Alert Fatigue Reduction (Nursing Informatics)
Clinical problem: Clinical decision support (CDS) alert override rates in the EHR at [facility] are [baseline %], indicating that nurses are bypassing potentially important clinical alerts due to alert fatigue from high volume, low-specificity notifications. PICOT starter: In nursing staff using the EHR at [facility] (P), does implementation of a CDS alert optimisation protocol including removal of low-value alerts, tiered alert severity classification, and a 90-day override rate monitoring dashboard (I) compared to current CDS alert configuration (C) reduce CDS alert override rates from [baseline %] to 50% or below while maintaining or improving detection of critical safety events (O) over a 12-week implementation period (T)? Project design: QI. Data source: EHR CDS alert override report; safety event detection rate from quality department.
23. Medication Reconciliation at Care Transitions (Population Health)
Clinical problem: Medication reconciliation errors at discharge from [facility] to home are occurring in [baseline %] of patients aged 65 years and older, based on the most recent medication safety audit, resulting in preventable adverse drug events post-discharge. PICOT starter: In adults aged 65 years and older discharged from medical-surgical units at [facility] (P), does implementation of a pharmacist-NP collaborative discharge medication reconciliation protocol (I) compared to current nurse-only discharge medication review (C) reduce medication reconciliation discrepancies per discharge from [baseline] to 1 or below per discharge (O) over a 12-week implementation period (T)? Project design: EBP implementation. Data source: Post-discharge medication reconciliation audit; pharmacy records.
CNM, WHNP, NNP, PNP, CNL DNP Capstone Project Ideas
24. Breastfeeding Support Protocol in Postpartum Unit (CNM)
Clinical problem: Exclusive breastfeeding rates at discharge from the postpartum unit at [facility] are [baseline %], below the Healthy People 2030 target of 42.4%, and lactation consultant availability is limited to daytime hours only. PICOT starter: In postpartum patients who intend to breastfeed at [facility] (P), does implementation of a structured postpartum nurse-midwife breastfeeding support protocol including 24-hour bedside lactation education and a structured first latch documentation standard (I) compared to current lactation consultant-dependent support (C) increase exclusive breastfeeding rates at discharge from [baseline %] to 55% or above (O) over a 12-week implementation period (T)? Project design: EBP implementation. Data source: Postpartum unit breastfeeding documentation audit; discharge breastfeeding status field in EHR.
25. Cervical Cancer Screening Compliance in WHNP Practice
Clinical problem: Women aged 21 to 65 at the target women's health practice are below the USPSTF-recommended cervical cancer screening rate, with current Pap smear and HPV co-test completion documented at [baseline %]. PICOT starter: In women aged 21 to 65 at [women's health practice] (P), does implementation of a WHNP-led cervical cancer screening outreach protocol including recall letters and same-day co-test offering at wellness visits (I) compared to opportunistic screening (C) increase cervical cancer screening completion from [baseline %] to 80% or above (O) over a 16-week implementation period (T)? Project design: QI. Data source: EHR preventive care measure report (cervical cancer screening field).
26. Safe Sleep Education in NICU (NNP)
Clinical problem: Parents of NICU patients at [facility] are not receiving structured safe sleep education before NICU discharge, and safe sleep practice compliance at home (back-to-sleep, firm flat surface, no soft objects) is not being assessed at the 1-month follow-up visit. PICOT starter: In parents of NICU patients preparing for discharge at [facility] (P), does implementation of a structured NNP-led safe sleep education programme including written materials, return demonstration, and 1-month telephone follow-up (I) compared to current non-standardised safe sleep information (C) increase documented safe sleep practice compliance from [baseline %] to 85% or above at 1-month follow-up (O) over a 12-week implementation period (T)? Project design: EBP implementation. Data source: Parent safe sleep practice survey at 1-month follow-up.
27. Childhood Immunisation Completion in PNP Practice
Clinical problem: Children aged 19 to 35 months at the target paediatric primary care practice have a childhood immunisation series completion rate of [baseline %], below the Healthy People 2030 target of 90%, with the most common missed immunisations being MMR and varicella. PICOT starter: In children aged 19 to 35 months at [paediatric practice] (P), does implementation of a PNP-led immunisation status review and same-day catch-up vaccination protocol at every well-child visit (I) compared to current scheduled-only vaccination practice (C) increase childhood immunisation series completion from [baseline %] to 90% or above (O) over a 16-week implementation period (T)? Project design: QI. Data source: EHR immunisation registry report (childhood immunisation completion rate field).
28. Care Coordination for High-Utiliser Patients (CNL)
Clinical problem: Patients with three or more unplanned hospitalisations in the past 12 months at [facility] do not have a structured care coordination plan assigned, resulting in continued high utilisation and fragmented post-discharge follow-up. PICOT starter: In adult patients with three or more unplanned hospitalisations in the past 12 months at [facility] (P), does implementation of a CNL-led transitional care coordination plan including 72-hour post-discharge telephone follow-up and a 14-day primary care appointment (I) compared to standard discharge without care coordination (C) reduce 30-day hospital readmission rates from [baseline %] to 15% or below (O) over a 16-week implementation period (T)? Project design: EBP implementation. Data source: EHR 30-day readmission report; discharge planning documentation audit.
Quality Improvement and Policy Change DNP Capstone Project Ideas
29. Hand Hygiene Compliance in Acute Care
QI. PICOT starter: In nursing staff on medical-surgical units at [facility] (P), does implementation of a structured hand hygiene compliance monitoring programme with real-time electronic hand hygiene dispensing unit data and monthly unit-level feedback reports (I) compared to current direct observation auditing without real-time feedback (C) improve hand hygiene compliance rates from [baseline %] to 90% or above (O) over a 12-week implementation period (T)? Data source: Electronic hand hygiene dispensing unit data; direct observation audit reports.
30. Fall Prevention Bundle in Medical-Surgical Units
QI. PICOT starter: In adult inpatients on medical-surgical units at [facility] with a Morse Fall Scale score of 45 or above (P), does implementation of a structured fall prevention bundle including hourly rounding, bed alarm activation documentation, and post-fall huddle protocol (I) compared to current standard fall precautions without structured bundle (C) reduce inpatient fall rates from [baseline] per 1,000 patient days to [target] per 1,000 patient days (O) over a 12-week implementation period (T)? Data source: NDNQI fall rate quarterly report; fall prevention bundle compliance audit.
31. Medication Error Reduction Through BCMA Implementation
QI. PICOT starter: In nurses administering medications on medical-surgical units at [facility] (P), does implementation of a structured barcode medication administration (BCMA) workflow education and compliance monitoring programme (I) compared to current BCMA workflow without structured education or compliance auditing (C) reduce BCMA override rates from [baseline %] to 5% or below (O) over a 12-week implementation period (T)? Data source: EHR BCMA override rate report; medication error incident report comparison.
32. Opioid Stewardship Policy in Post-Surgical Units
Policy change. PICOT starter: In adult post-surgical patients at [facility] (P), does implementation of a multimodal analgesia-first opioid stewardship policy for post-surgical pain management (I) compared to current opioid-first analgesia practice (C) reduce mean morphine milligram equivalents (MME) per post-surgical admission from [baseline] to [target] MME (O) over a 12-week implementation period (T)? Data source: Pharmacy opioid dispensing records; pain NRS score documentation from EHR.
33. Stroke Recognition and Activation Protocol
QI. PICOT starter: In nursing staff on medical-surgical and emergency units at [facility] (P), does implementation of a structured stroke recognition education programme using the BE-FAST mnemonic and a 10-minute stroke alert activation protocol (I) compared to current stroke response without standardised recognition training (C) reduce door-to-CT time from [baseline] minutes to 25 minutes or below in stroke alert activations (O) over a 12-week implementation period (T)? Data source: Door-to-CT time from stroke alert log; stroke alert activation count.
EBP Implementation and Program Evaluation DNP Capstone Project Ideas
34. CAUTI Prevention in Long-Term Care Facilities
EBP implementation. Problem: Urinary catheter utilisation ratio and CAUTI rates in the target long-term care facility exceed NHSN benchmarks for non-ICU settings. Unique angle from acute care: catheter necessity criteria differ; mobility assessment (ambulation ability) and resident preference are required elements.
35. Trauma-Informed Care Education for ED Staff
EBP implementation. Problem: ED nursing staff have not received trauma-informed care (TIC) training, and patients presenting with trauma history are not identified or managed using TIC principles, resulting in re-traumatisation events documented in patient experience data.
36. Pain Management Assessment in Non-Verbal ICU Patients
EBP implementation. Problem: Non-verbal ICU patients at the target facility are not being assessed for pain using a validated behavioural pain scale (BPS or CPOT), resulting in under-treatment and over-sedation.
37. Type 2 Diabetes Prevention in Pre-Diabetic Patients
EBP implementation. Problem: Patients with pre-diabetes (HbA1c 5.7% to 6.4%) at the target primary care practice are not being enrolled in or referred to an evidence-based diabetes prevention programme (DPP), despite CDC recognition of the National DPP.
38. Structured Communication (SBAR) Training for Nursing Handoff
QI. Problem: Nursing handoff communication at the target facility does not consistently use SBAR (Situation, Background, Assessment, Recommendation) format, resulting in communication failures documented in incident reports.
39. Rapid Response Team Utilisation and Activation Criteria Education
QI. Problem: Rapid response team (RRT) activations at [facility] are below benchmark, with a late activation rate (patient deterioration preceded by 4+ hours of documented abnormal vitals before activation) of [baseline %].
40. Burnout Screening and Wellness Programme for DNP and NP Students
Program evaluation. Problem: The target DNP or NP programme does not have a formal wellness screening or burnout prevention programme, despite published data showing burnout rates of 40% to 60% among nursing students in doctoral programmes.
41. Telehealth for Diabetes Management in Rural Primary Care
EBP implementation. Problem: Rural patients with Type 2 diabetes at the target clinic miss 30% of quarterly follow-up appointments due to transportation barriers, resulting in suboptimal HbA1c monitoring and medication titration delays.
42. Standardised Discharge Teaching for Heart Failure Patients
EBP implementation. Problem: 30-day readmission rates for heart failure patients at [facility] are [baseline %], exceeding the CMS benchmark, and discharge education does not include daily weight monitoring instruction, fluid restriction parameters, or symptom management self-care teaching using a validated heart failure self-care guide.
43. Domestic Violence Screening in Women's Health Settings (WHNP)
QI. Problem: Adult women presenting to the target women's health practice are not being systematically screened for intimate partner violence (IPV) using a validated instrument (HITS or HARK), despite USPSTF Grade B recommendation for IPV screening in women of reproductive age.
44. Palliative Care Consultation for ICU Patients With Serious Illness
EBP implementation. Problem: ICU patients at [facility] with serious illness (malignancy, COPD, end-stage heart failure) are not receiving systematic palliative care consultation, despite NHPCO evidence that early palliative care reduces ICU days and improves patient and family satisfaction.
45. Tobacco Cessation Counselling Protocol in Primary Care
EBP implementation. Problem: Adult patients with a documented tobacco use history at the target primary care practice are not consistently receiving brief tobacco cessation counselling using the 5-As (Ask, Advise, Assess, Assist, Arrange) framework at every visit, resulting in missed intervention opportunities.
46. Neonatal Abstinence Syndrome (NAS) Protocol in NICU (NNP)
EBP implementation. Problem: Neonates with NAS at the target NICU are managed without a standardised Finnegan Neonatal Abstinence Scoring System (FNASS) protocol, resulting in inconsistent pharmacological and non-pharmacological treatment decisions and variable NICU length of stay.
47. TeamSTEPPS Implementation on Labour and Delivery (CNM)
EBP implementation. Problem: Team communication failures on the labour and delivery unit at [facility] have been identified as contributing factors in two recent adverse obstetric events, and the unit does not currently use a structured team communication framework.
48. CLABSI Prevention Bundle in Oncology Units
QI. Problem: The central line-associated bloodstream infection (CLABSI) rate in the oncology unit at [facility] is [baseline] per 1,000 central line days, exceeding the NHSN benchmark for oncology units, and central line maintenance bundle compliance is not being audited.
49. HIV Pre-Exposure Prophylaxis (PrEP) Prescribing in Primary Care
EBP implementation. Problem: PrEP prescribing rates for high-risk patients at the target FQHC serving an HIV-disproportionately-impacted community are [baseline %] of eligible patients, below the national PrEP coverage benchmark, and no structured PrEP eligibility assessment protocol exists in the NP workflow.
50. Implicit Bias Training and Health Equity Audit in Primary Care
Program evaluation. Problem: Patient satisfaction scores stratified by race and ethnicity at the target primary care practice show a [baseline] percentage point gap between White patients and Black patients in nurse communication scores, and no formal implicit bias training has been conducted for nursing staff in the past three years. Project design: Program evaluation using Kirkpatrick Model. Data source: HCAHPS scores stratified by race/ethnicity; training completion records; pre-post IAT or Implicit Association bias measure.
Which of these DNP capstone project ideas fits your clinical setting, specialisation track, and program timeline?
Every idea above can be adapted for your specific clinical site, patient population, and university program requirements. The PICOT starter needs your local baseline data, the single most important number in your problem statement. If you have a topic direction but need help developing the PICOT question, narrowing the scope, or beginning the literature search, component-specific support is available from the first step.
How to Narrow a DNP Capstone Topic to a Committee-Ready PICOT Question
A DNP capstone topic idea becomes a committee-ready PICOT question through four narrowing steps: (1) Identify the specific clinical setting and named unit, not "a hospital" but "the 24-bed medical-surgical ICU at [facility name]." (2) Obtain baseline data for the outcome measure, the quality department, infection control office, or EHR reporting module provides this. (3) Match the intervention to the evidence base, the intervention must be supported by three to five peer-reviewed studies before the PICOT is finalised. (4) Set a measurable, realistic outcome target, not "improve outcomes" but "reduce CAUTI rate from 3.8 to 1.5 per 1,000 catheter days." Complete these four steps and the PICOT question writes itself.
See also: DNP PICOT question help · DNP capstone proposal help · DNP literature review support · 60 DNP PICOT question examples
DNP Capstone Project Ideas: Frequently Asked Questions
What makes a good DNP capstone project topic?
A good DNP capstone project topic has four characteristics: it addresses a clinically significant problem with quantified local baseline data, it is supported by an existing peer-reviewed evidence base of at least 15 to 20 studies, it is implementable within one to two semesters with data accessible through existing quality reporting systems (no new data collection instruments required unless justified), and it produces a measurable clinical outcome, a specific number that can be compared pre-implementation and post-implementation. Topics that are too broad, that require primary research, or that lack a local data source fail at one of these four criteria.
How do I get baseline data for my DNP capstone problem statement?
Baseline data for a DNP capstone problem statement comes from the clinical site, not from the published literature. Contact the quality department, infection control office, or EHR reporting module administrator at your clinical site and request the relevant quality metric for the past 12 months. For QI projects: NHSN infection rates, NDNQI fall and pressure injury rates, HCAHPS scores, core measure compliance rates. For EBP projects: EHR screening completion rates, validated instrument scores from the medical record, or existing audit reports. The baseline number must be from your specific site, national statistics alone are not sufficient for the problem statement.
Does the DNP capstone topic need to match my specialisation track?
Yes. The DNP capstone topic must align with your specialisation track's scope of practice, clinical population, and practice setting. An FNP capstone project should address a primary care or outpatient setting problem; an AGACNP project should address an acute care or ICU problem; a PMHNP project should address psychiatric-mental health populations. The committee, the literature base, and the clinical site access all assume track alignment. Choosing a topic outside your track scope creates problems at committee review and limits your ability to establish clinical expertise in the proposal.
Can I propose a DNP capstone topic that my university has already approved for other students?
Yes, but you must ensure your project has distinct differentiation, different clinical site, different patient population, different implementation approach, or different time period. Most committee faculty recognise common DNP capstone topics (CAUTI prevention, sepsis bundle compliance, PHQ-9 screening) and do not penalise for choosing a common topic area, as long as the local problem statement, PICOT question, and implementation plan are specific to your site. What is not acceptable is duplicating a previous student's proposal without substantive adaptation to your clinical context.
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What is a DNP capstone project and how is it different from a PhD dissertation?
A DNP capstone project is a practice-focused doctoral scholarly project that applies evidence-based practice, quality improvement, or program evaluation methods to address a clinical problem. Unlike a PhD dissertation, which generates new knowledge through primary research, a DNP capstone translates existing evidence into practice change. It does not require original data collection in most cases and is evaluated on practice impact rather than research contribution.
Which DNP specialisation tracks do you support?
We support all 13 major DNP specialisation tracks: Family Nurse Practitioner (FNP), Adult-Gerontology Acute Care NP (AGACNP), Adult-Gerontology Primary Care NP (AGPCNP), Psychiatric-Mental Health NP (PMHNP), Pediatric NP (PNP), Neonatal NP (NNP), Women's Health NP (WHNP), Certified Nurse Midwife (CNM), Certified Registered Nurse Anesthetist (CRNA), Clinical Nurse Leader (CNL), Nurse Executive/Healthcare Leadership, Population Health, and Nursing Informatics.
Can you help with just one chapter of my DNP proposal or do I need the full project?
You can order help with any individual component: a single proposal chapter, just the PICOT question, just the IRB protocol, or just the data analysis section. You do not need to order the full project. Many students come to us mid-project needing targeted help with one specific deliverable.
Does my DNP capstone project need IRB approval?
Most DNP capstone projects are classified as quality improvement (QI) or program evaluation and do NOT require full IRB review under 45 CFR 46; they qualify for a QI determination or exempt status. However, the determination must be documented. We help you complete the QI determination checklist and, where needed, write the full IRB protocol for exempt or expedited review.