185 Nursing Capstone Project Ideas, with the Data Each One Needs

The best nursing capstone project ideas are ones you can measure. A strong idea pairs a real practice gap with an outcome you can turn into a number and a statistical test that fits it.

This guide lists 185 nursing capstone project ideas across 15 specialties. Each group opens with the kind of data and analysis its projects usually need, so you can picture the results table before you commit. After the list, you will find how to scale an idea to your program level, how to build the data plan and the mistakes to avoid.

What Makes a Capstone Idea Workable

Many ideas sound strong in a brainstorm and collapse at the proposal stage. Check each candidate against these six tests before you grow attached to it.

• Access to data and people. Know whose records or staff you will use and who must approve access: preceptor, unit manager, informatics team or all three.
• A measurable outcome. "Better communication" becomes measurable only when tied to an instrument, an audit tool or an existing metric.
• A realistic timeline. Outcomes such as one-year mortality do not fit a single-semester prospective project. Use a retrospective dataset or a faster process measure instead.
• An evidence base. A capstone usually adapts a validated bundle, tool or protocol rather than inventing one. You need enough peer-reviewed studies to build a PICOT question.
• Approvals. Unit sign-off and an IRB or ethics determination, even a "not human subjects research" letter, come before any data collection.
• Fit with local priorities. Ideas linked to a metric the unit already tracks get faster access and more willing staff.

The table below shows which test usually fits which kind of outcome. Use it as you read the ideas.

Ideas 1 to 38: Med-Surg, Critical Care and Emergency

1. Medical-Surgical and Adult Health

Most med-surg projects compare a rate or a mean before and after a protocol change, using chart audits or EHR extracts. Separate before and after cohorts call for a chi-square test on yes or no outcomes or an independent-samples t-test on means such as length of stay.

1. Reducing 30-day heart failure readmissions with a structured teach-back discharge protocol
2. Lowering catheter-associated urinary tract infection rates with a nurse-driven catheter removal protocol
3. Improving early sepsis recognition with a screening tool used at shift handover
4. Reducing hospital-acquired pressure injuries through an audited two-hourly repositioning schedule
5. Testing a fall-risk reassessment triggered by medication changes on a med-surg unit
6. Improving the timeliness of pain reassessment after PRN opioid doses
7. Reducing central line-associated bloodstream infections with a daily maintenance bundle checklist
8. Measuring the effect of structured hourly rounding on call-light frequency
9. Improving documentation of glycaemic control for non-ICU inpatients with diabetes
10. Reducing medication administration errors at shift change with a standard SBAR script
11. Assessing early mobility protocols and post-operative ileus after abdominal surgery
12. Improving discharge medication reconciliation with a pharmacist and nurse double check
13. Reducing unplanned ICU transfers from wards by adopting an early warning score

2. Intensive and Critical Care

Critical care generates detailed process and physiological data. Use chi-square tests on complication rates, or logistic regression when you must adjust for illness severity using scores such as APACHE II or SOFA.

14. Reducing ventilator-associated pneumonia through better oral care protocol compliance
15. Evaluating a nurse-led daily sedation interruption protocol and ventilator days
16. Improving the consistency of CAM-ICU delirium screening across shifts
17. Shortening central line dwell time with a daily necessity checklist
18. Testing a structured family communication tool on ICU family satisfaction scores
19. Increasing early mobility for mechanically ventilated patients
20. Reducing alarm fatigue with customized physiological alarm limits
21. Assessing closed-loop communication during rapid response calls
22. Improving adherence to glycaemic control protocols in critically ill patients
23. Reducing unplanned extubations with standard sedation and restraint assessment
24. Testing a structured ICU-to-ward handover tool on transfer-related adverse events
25. Examining the link between nurse staffing ratios and missed care in a mixed ICU
26. Reducing ICU nurse burnout with structured debriefing after patient deaths

3. Emergency and Trauma Care

Emergency department times are usually right-skewed, so compare medians with a Mann-Whitney U test rather than means with a t-test. Weekly run charts show whether a time-based change holds.

27. Reducing boarding time for behavioral health patients with a dedicated triage pathway
28. Improving door-to-needle time for acute ischemic stroke with a streamlined activation protocol
29. Assessing a fast-track pathway's effect on left-without-being-seen rates
30. Shortening pediatric waits with nurse-initiated protocols for common presentations
31. Improving trauma team activation accuracy with revised triage criteria
32. Testing a structured monitoring protocol for intoxicated patients on adverse events
33. Reducing repeat visits by frequent attenders through case management referral
34. Improving time to analgesia for patients in sickle cell crisis
35. Evaluating a sepsis alert's effect on time to first antibiotic dose
36. Reducing omissions in ED-to-ward handovers with an SBAR tool
37. Increasing domestic violence screening with a routine intake question set
38. Testing nurse-initiated X-ray requests for isolated ankle injuries on department throughput

Ideas 39 to 86: Pediatrics, Maternity, Mental Health and Older Adults

4. Pediatrics

Children of different ages respond differently, so plan age-stratified comparisons. When the same children are measured twice, use a paired t-test for scores or a McNemar test for yes or no outcomes.

39. Reducing missed childhood immunizations with a nurse-led reminder and recall system
40. Improving consistency of pediatric pain assessment with an age-appropriate scale
41. Evaluating family-centered rounds on parental satisfaction
42. Reducing unplanned extubations in the pediatric ICU with a sedation and restraint bundle
43. Improving carer understanding of asthma action plans through teach-back education
44. Testing a structured pain protocol after pediatric tonsillectomy
45. Reducing central line infections in pediatric oncology with a maintenance bundle
46. Increasing childhood obesity screening and counseling in primary care
47. Assessing a nurse-led feeding protocol on weight gain in NICU infants
48. Reducing procedural distress with comfort positioning during injections
49. Improving developmental screening completion at well-child visits
50. Testing a school nurse asthma program's effect on missed school days

5. Maternal and Newborn Care

Categorical birth outcomes such as cesarean or vaginal delivery fit chi-square analysis. Continuous outcomes such as measured blood loss fit t-tests, or linear regression when several predictors matter.

51. Improving postpartum hemorrhage recognition with quantitative blood loss measurement
52. Increasing exclusive breastfeeding with a structured lactation consult pathway
53. Evaluating skin-to-skin contact on newborn temperature stability after cesarean birth
54. Reducing NICU admissions with a late preterm feeding and monitoring protocol
55. Improving postnatal depression screening with the Edinburgh scale before discharge
56. Assessing a standard induction of labor protocol on cesarean rates
57. Reducing readmissions for hypertensive disorders with home blood pressure monitoring after discharge
58. Improving perineal tear documentation and repair outcome tracking
59. Evaluating group antenatal care on preterm birth rates
60. Reducing parental stress in the NICU with nurse-led education and involvement
61. Improving screening and follow-up for gestational diabetes
62. Testing safe sleep education on carer adherence

6. Mental and Behavioral Health

These projects rely on validated instruments such as the PHQ-9, GAD-7 or the Columbia Suicide Severity Rating Scale. Compare scores before and after with a paired t-test, and binary outcomes such as restraint use with a chi-square test.

63. Reducing seclusion and restraint with nurse-led de-escalation training
64. Improving follow-up after positive PHQ-9 depression screens in primary care
65. Evaluating a structured suicide risk assessment on inpatient safety events
66. Reducing 30-day psychiatric readmissions with follow-up phone calls after discharge
67. Improving medication adherence in outpatient schizophrenia care through motivational interviewing
68. Testing trauma-informed care training on patient-reported feelings of safety
69. Reducing repeat substance-related ED visits with a warm handoff referral
70. Building staff confidence in managing agitation through simulation training
71. Assessing a peer support program on engagement in outpatient treatment
72. Reducing waits for psychiatric consultation on medical wards
73. Improving anxiety screening for adolescents in school-based clinics
74. Testing a coping skills group on self-reported anxiety scores in inpatients

7. Older Adults and Long-Term Care

Older patients bring comorbidity into every comparison. Logistic regression that adjusts for age, frailty or number of medications is often more defensible than a simple chi-square test.

75. Reducing falls in long-term care with a multifactorial risk assessment
76. Improving polypharmacy review rates for residents over 75 in skilled nursing facilities
77. Evaluating a delirium prevention bundle in hospitalized older adults
78. Reducing pressure injury prevalence in care home residents with a repositioning audit
79. Increasing advance care planning documentation in long-term care
80. Testing a hydration protocol on urinary tract infection rates in older adults
81. Reducing antipsychotic use in dementia care with non-drug behavior support
82. Improving nutrition screening and intervention for frail inpatients
83. Assessing a transitional care nurse on readmissions from skilled nursing facilities
84. Reducing carer burden with respite referral and education
85. Improving pain assessment in non-verbal patients with dementia using a behavioral pain scale
86. Testing a mobility program on functional decline during hospital stays

Ideas 87 to 122: Community Health, Perioperative Care and Oncology

8. Community and Public Health

Population projects bring in outside variables such as income, location and insurance status. Correlation and regression against community indicators usually fit better than a simple two-group comparison.

87. Improving hypertension control with community health worker home visits
88. Reducing diabetes-related emergency visits through community self-management education
89. Evaluating a mobile clinic on childhood vaccination completion in underserved areas
90. Raising cervical screening rates with patient navigator outreach
91. Screening for food insecurity in clinic and linking patients to support
92. Testing a community lead exposure screening program on early identification
93. Improving smoking quit rates with nurse-led counseling and follow-up
94. Assessing a school oral health program on untreated tooth decay
95. Reducing opioid overdose deaths with community naloxone training and supply
96. Improving antenatal care access with rural telehealth outreach
97. Testing a faith community partnership on blood pressure screening uptake
98. Closing HIV testing gaps with routine opt-out screening in primary care

9. Perioperative and Surgical Care

Surgical site infection and complication rates suit before and after chi-square comparisons. A statistical process control chart shows whether the improvement lasts month after month.

99. Reducing surgical site infections with a standard preoperative skin preparation protocol
100. Maintaining normothermia during surgery with active warming
101. Evaluating a surgical safety checklist on wrong-site near misses
102. Reducing post-operative nausea and vomiting with risk-based antiemetic prescribing
103. Improving theater-to-recovery handover accuracy with a standard tool
104. Testing an enhanced recovery protocol on length of stay after colorectal surgery
105. Reducing retained surgical item events with a structured count process
106. Improving compliance with preoperative fasting guidelines and patient comfort
107. Assessing a nurse navigator on same-day surgery cancellations
108. Reducing post-operative urinary retention with a bladder scan protocol
109. Improving the completeness of perioperative temperature documentation
110. Testing preoperative education on reported anxiety scores

10. Oncology

When an idea measures time to an event, such as time to treatment or to hospitalization, use Kaplan-Meier curves and a log-rank test rather than a comparison of means.

111. Reducing chemotherapy-induced nausea with risk-based antiemetic prophylaxis
112. Improving central line care compliance in outpatient infusion units
113. Evaluating a nurse navigator on time to treatment after a breast cancer diagnosis
114. Reducing unplanned admissions during chemotherapy with symptom monitoring calls
115. Improving the timing of palliative care referral for stage IV cancer
116. Testing survivorship care plans on follow-up attendance
117. Reducing oral mucositis severity with a structured oral care protocol
118. Improving distress screening completion at oncology follow-up
119. Assessing nurse-led fatigue education on patient-reported fatigue scores
120. Reducing ED visits for neutropenic fever through carer education on warning signs
121. Increasing advance directive completion among oncology patients
122. Testing peer mentoring on treatment adherence after a new cancer diagnosis

Ideas 123 to 172: Informatics, Leadership, Quality and Telehealth

11. Nursing Informatics and Technology

Informatics projects draw descriptive data straight from the EHR: alert override rates, documentation time and order errors. Regression helps relate a system change to an outcome across many encounters.

123. Evaluating a redesigned medication order screen on alert override rates
124. Reducing nursing documentation time with a redesigned flowsheet
125. Improving early warning score accuracy with automatic vital sign import
126. Measuring clinical decision support alert fatigue and override behavior
127. Reducing duplicate laboratory orders with an EHR decision support rule
128. Improving barcode medication scanning compliance on inpatient units
129. Assessing a predictive analytics model for early sepsis identification
130. Reducing charting errors after adopting voice recognition documentation
131. Improving data transfer accuracy between EHR systems at transitions of care
132. Evaluating secure mobile messaging on nurse-physician communication delays
133. Reducing fall-risk alert fatigue by recalibrating alert thresholds
134. Increasing patient portal use among people with chronic conditions
135. Testing an AI-assisted triage tool on the accuracy of ED wait predictions

12. Leadership, Education and Workforce

Workforce projects usually compare knowledge, confidence or engagement scores before and after training with a paired t-test, and track turnover or retention as proportions over time.

136. Reducing new graduate turnover with a 12-month residency program
137. Improving preceptor readiness with a standard training curriculum
138. Evaluating shared governance on staff engagement scores
139. Reducing burnout with structured resilience training
140. Improving competency validation through simulation-based skills days
141. Testing a mentoring program on charge nurse readiness
142. Reducing hesitancy to report medication errors through just culture education
143. Improving interprofessional teamwork with team training simulation
144. Assessing flexible scheduling on nurse retention
145. Reducing incivility and bullying through a workplace culture intervention
146. Improving consistency of manager rounding and its link to staff satisfaction
147. Testing an onboarding checklist on time to independent practice

13. Quality Improvement and Patient Safety

This is the most quantitative group. QI cares about sustained change, so run charts and statistical process control charts across PDSA cycles are the standard tools.

148. Reducing hospital-acquired infections with a PDSA-driven hand hygiene campaign
149. Improving admission medication reconciliation with a pharmacist and nurse process
150. Evaluating safety huddles on near-miss reporting rates
151. Reducing wrong-patient errors with a two-identifier compliance audit
152. Improving rapid response activation times by empowering bedside nurses to call
153. Testing an escalation of care pathway on failure-to-rescue rates
154. Reducing specimen labeling errors with barcode verification
155. Improving follow-through on root cause analysis action plans
156. Assessing a falls bundle on injury severity, not only fall counts
157. Reducing catheter infections with charge nurse-led necessity rounds
158. Improving error disclosure through communication and resolution training
159. Testing a safety culture intervention on incident reporting over one year
160. Reducing look-alike, sound-alike medication errors by redesigning storage

14. Telehealth and Digital Health

Remote monitoring projects compare an outcome such as readmission, HbA1c or blood pressure control between a telehealth group and usual care. Use an independent-samples comparison, or a paired design when the same patients are tracked before and after enrollment.

161. Evaluating remote monitoring on heart failure readmissions
162. Improving telehealth visit completion for rural patients with chronic disease
163. Reducing no-shows for behavioral health follow-up with video appointments
164. Assessing continuous glucose monitoring on HbA1c in type 2 diabetes
165. Detecting postpartum hypertension through remote blood pressure monitoring
166. Testing a telehealth wound care service on healing time
167. Reducing readmissions with virtual nurse check-ins after discharge
168. Improving medication adherence with a smartphone reminder app
169. Measuring satisfaction with hybrid in-person and telehealth antenatal care
170. Reducing strain on dementia carers with telehealth support
171. Improving access to specialist advice with store-and-forward teledermatology
172. Testing a chatbot symptom triage tool on appropriate ED referrals

Ideas 173 to 185: DNP and Doctoral-Level Projects

Doctoral projects go beyond a single-unit comparison. Expect multivariable regression, mixed-methods designs that pair outcomes with implementation data, and frameworks such as RE-AIM or the Model for Improvement.

173. Implementing and evaluating an evidence-based sepsis bundle across several units
174. Developing and testing a 30-day readmission risk model from EHR data
175. Evaluating the cost-effectiveness of nurse-led transitional care across a health system
176. Designing a multi-site initiative to standardize central line maintenance
177. Testing the sustainability of a practice change with a mixed-methods implementation framework
178. Examining organizational factors linked to nurse turnover across several facilities
179. Developing a clinical decision support tool and evaluating adoption with RE-AIM
180. Assessing the population health impact of a telehealth chronic disease program
181. Evaluating health equity outcomes of a community-partnered maternal health intervention
182. Testing a system-wide antimicrobial stewardship intervention on resistance patterns
183. Developing a network-wide policy to standardize pain management protocols
184. Evaluating long-term sustainability of a hospital-wide falls program with time-series analysis
185. Designing and testing a nurse-led care coordination model for high-cost patients

Matching the Idea to Your Program Level

One clinical problem can support three very different capstones. Choosing the wrong scope for your level is a common reason proposals come back for revision.

Turning an Idea into a Proposal with a Data Plan

A proposal answers four questions in order: what is the problem, what will you change, how will you know it worked, and how will the change last. The third question, the data plan, is the one committees examine hardest.

A strong data plan names:

• Each variable exactly, for example "30-day all-cause readmission, yes or no, from the EHR discharge module".
• Where each variable comes from and who will extract it.
• The sample or time window, with a power calculation where your program expects one.
• The test you will run and why it fits the data type and design.

Our guide to choosing statistical tests walks through matching a test to your data type before you finalize the methods section.

When results arrive, report descriptive statistics first, then the test statistic, degrees of freedom and p-value in the format your program uses. Finish with clinical significance: what a drop in infections means in patient-days, harm avoided or cost on your unit.

Mistakes to Avoid When Choosing a Capstone Idea

• No clear data source. Name the EHR field, audit tool or instrument before you commit.
• Too big for the timeline. Narrow to one unit, shift or patient group, and state the boundary.
• Assuming data access. Confirm it with whoever controls the data before the proposal is approved.
• Slow outcomes. Long-latency outcomes belong in retrospective projects, not short prospective pilots.
• Late approvals. Ethics and unit sign-off can take weeks. Start the week you pick the idea.
• Copying a study wholesale. Adapt the evidence to your own population and setting.
• Leaving statistics to the end. Choose your analysis and check achievable sample size when you choose the idea.
• Relying on one champion. Train several staff so the intervention runs the same whoever is on shift.

How STEM Donkey Helps with Nursing Capstone Projects

STEM Donkey supports the quantitative side of your capstone. Send your PICOT question, design, approved data or a description of the data you will collect, and your program's guidelines. A writer prepares a custom data analysis plan, runs the analysis on your data in SPSS, R or Excel, or drafts a results section that links each number to your clinical question.

Your data is used as provided; nothing is invented or altered. Free revisions within the scope of your original request are included, and you see the price before you pay.