Systematic ReviewResearchNew Grad FriendlyQuality Improvement

Peer-assisted learning improved nursing students' knowledge, skills, and self-efficacy across 13 studies

The Journal of Nursing Education (PubMed)Jul 27, 2026

AI-summarized from the linked source. Educational brief, not medical advice.

Brief summary

A systematic review of 13 experimental and quasi-experimental studies found that structured peer-assisted learning improved undergraduate nursing students' knowledge, clinical and psychomotor skills, self-efficacy, teamwork, and leadership behaviors.

What NurseJet pulled from the source

The review included studies published from 2015 through October 2025. Across clinical settings, peer-assisted learning was associated with gains in knowledge, skills, confidence, teamwork, and leadership. Randomized trials reported medium-to-large effects for psychomotor performance and self-efficacy, supporting structured peer learning as a teaching approach rather than unsupervised substitution for faculty or clinical oversight.

Why this matters for nurses

Nurse educators and clinical instructors need scalable ways to support hands-on learning without blurring responsibility for supervision or competency decisions. The review supports deliberately structured peer learning while leaving program leaders to define training, oversight, and evaluation.

Bedside takeaway

Structured peer learning supported nursing-student knowledge, skills, confidence, teamwork, and leadership across 13 studies.

How This Applies in Practice

Use this when: Designing or facilitating a peer-assisted learning activity for undergraduate nursing students.

On your shift

Define the learning objective, peer roles, preparation, supervision boundaries, and feedback process before the activity.
Keep faculty or clinical-instructor observation in place for safety-sensitive skills and formal competency decisions.
Evaluate knowledge, skill performance, learner experience, and any safety or equity concerns using the program's approved measures.

Keep in mind: The review does not show that peers can replace qualified supervision. Follow nursing-program requirements, clinical-site facility policy, and local protocols.

Key takeaways

Thirteen experimental or quasi-experimental studies of undergraduate nursing students met the review criteria.
Peer-assisted learning consistently improved knowledge and clinical or psychomotor skills across the included studies.
Self-efficacy, teamwork, and leadership behaviors also improved.
The abstract does not report pooled effect estimates, risk-of-bias results, or long-term retention.

Practice implications

For a peer-learning activity, specify the learner and peer roles, the skill objective, supervision boundaries, and the feedback method. Use direct assessment for competency decisions and invite learners to report uncertainty or unsafe conditions to the instructor.

Limitations & cautions

The abstract does not provide risk-of-bias findings, heterogeneity, pooled estimates, long-term retention, or evidence that peer-assisted learning can replace faculty or clinical supervision. Included interventions and settings may differ.
AI-summarized from the linked source. Review the original article before applying to practice.

Citations

Exact source links

Open source

Public citations are filtered to exact credible source pages. Homepage-only or invalid links stay in admin review and are not shown here.

The Journal of Nursing Education (PubMed)

The Journal of Nursing Education (PubMed). Harnessing Peer Power in Nursing Education: A Systematic Review of Peer-Assisted Learning Interventions.

Open original source

https://pubmed.ncbi.nlm.nih.gov/42490512/

Professional education only

This summary does not replace clinical judgment, facility policy, provider orders, or official guidelines. Verify practice changes against the original source and local protocol.

Related briefs

More updates for this clinical area

Back to Discover

Worldviews on evidence-based nursing (PubMed)Oct 1, 2026Systematic Review

A systematic review and meta-analysis of hospital sensor-based fall prevention systems found no significant overall reduction in falls or injuries, but machine-learning systems and mandatory implementation significantly lowered fall rates.

Med-Surg GeriatricsAI summaryReview source

Systematic ReviewResearchQuality ImprovementWorkflowAI summary · original source linked below

Hospital falls remain a pervasive cause of patient injury, extended length of stay, and nursing alarm fatigue. This systematic review and meta-analysis synthesized evidence from 16 interventional studies (seven pooled in meta-analysis) across MEDLINE, Embase, CINAHL, CENTRAL, and Web of Science evaluating sensor-based fall prevention technologies in hospital units. Using random-effects models with the Paule-Mandel estimator and Hartung-Knapp-Sidik-Jonkman adjustment, sensor systems overall demonstrated no statistically significant reduction in fall rates (incidence rate ratio [IRR] 0.77; 95% CI 0.38–1.58; I² = 92%), number of fallers (odds ratio 1.24; 95% CI 0.76–2.02; I² = 73%), or fall-related injuries (IRR 0.98; 95% CI 0.81–1.18; I² = 0%). However, subgroup analysis revealed that advanced machine learning-based sensor systems significantly reduced fall rates (IRR 0.50; 95% CI 0.32–0.79), whereas conventional rule-based sensors showed no effect. Mandatory unit-wide implementation was also associated with significantly reduced fall rates (IRR 0.51; 95% CI 0.37–0.70). Overall GRADE evidence certainty ranged from very low to low.

Key takeaways

Meta-analysis of 16 hospital studies found sensor-based fall systems overall did not significantly reduce fall rates (IRR 0.77) or injuries (IRR 0.98).
Machine learning-based sensor systems significantly cut inpatient fall rates by 50% (IRR 0.50, 95% CI 0.32–0.79).
Traditional rule-based pressure sensors showed no significant benefit on fall incidence.
Mandatory unit-wide sensor implementation was associated with a significant fall rate reduction (IRR 0.51, 95% CI 0.37–0.70), but not fewer fallers.

Why this matters on shift

Hospital bed and chair alarms are ubiquitous on med-surg and geriatric units, but frequently generate high false-alarm burdens and alert fatigue without clearly preventing patient harm. Demonstrating that conventional sensors fail to reduce falls while AI/machine-learning systems and unit-wide compliance halve fall rates informs hospital technology investments and nursing safety protocols.

Bedside takeaway

A meta-analysis found hospital sensor alarms overall did not reduce falls (IRR 0.77) or injuries (IRR 0.98), though machine-learning sensors significantly reduced fall rates by 50% (IRR 0.50).

Nursing implications

Do not rely on standard pressure sensor alarms as standalone fall prevention; pair technology with intentional rounding, assisted toileting, and environmental safety checks. When modern predictive or machine-learning sensors are deployed, adhere strictly to unit operational protocols to realize preventative benefits.

Limitations & cautions

High statistical heterogeneity among included trials (I² up to 92%); only seven studies eligible for statistical pooling; overall certainty of evidence rated very low to low under GRADE criteria.
AI-summarized from the linked source. Review the original article before applying to practice.

Citations · exact source links

Worldviews on evidence-based nursing (PubMed). Effectiveness of Sensor-Based Fall Prevention Systems in Hospitals: A Systematic Review and Meta-Analysis.

Open original sourceFull brief

AI-summarized from the linked source. Review the original article before applying to practice.

Critical care medicine (PubMed)Oct 1, 2026Research Article

A multicenter randomized controlled trial across three hospitals found that deploying specialized nurse communication facilitators during and after an ICU admission did not reduce family member depressive symptoms over 6 months.

ICU Med-SurgAI summaryReview source

Research ArticleResearchQuality ImprovementWorkflowAI summary · original source linked below

Family members of critically ill patients frequently experience severe psychological distress, fragmented communication during handoffs, and difficulties achieving care aligned with patient values. This multicenter randomized controlled trial evaluated a structured nurse communication facilitator intervention across three hospitals in Seattle, Washington. Investigators enrolled 449 ICU patients with chronic life-limiting illness or high hospital mortality risk (>15%) and 505 family members, randomized at the patient level to standard care (n = 224) or intervention (n = 225). Nurse communication facilitators were trained to support, model, and coach communication strategies to promote goal-concordant care throughout the ICU stay and for three months post-randomization. The primary outcome was family member depression measured by the Hospital Anxiety and Depression Scale (HADS) over six months. Mean HADS-depression scores declined over time in both groups (baseline 7.2 vs 5.9 at 6 months), with no statistically significant difference between groups (mean difference -0.07; 95% CI -0.70 to 0.55). Small secondary improvements favored the intervention for relationship with the healthcare team (p = 0.0162) and goal concordance (p = 0.0504), but effect sizes were modest.

Key takeaways

Multicenter trial randomized 449 critically ill patients and 505 family members across three hospital centers.
Dedicated nurse communication facilitators engaging families for 3 months post-ICU did not significantly reduce 6-month depression (difference -0.07; 95% CI -0.70 to 0.55).
Family depressive symptoms declined equally over time in both intervention and standard care arms (from 7.2 to 5.9).
Secondary endpoints showed modest positive gains in relationship with the care team (p = 0.0162) and goal concordance (p = 0.0504).

Why this matters on shift

ICU bedside nurses invest substantial time providing emotional support and interpreting complex clinical updates for grieving families. This rigorous trial demonstrates that standalone nurse communication facilitators do not prevent post-intensive care depression, indicating that psychological morbidity requires broader multidisciplinary mental health support rather than communication coaching alone.

Bedside takeaway

In a multicenter RCT of 505 family members of ICU patients, nurse communication facilitators did not reduce 6-month depression scores (-0.07 difference, 95% CI -0.70 to 0.55), despite modest gains in team trust.

Nursing implications

Maintain empathetic, goal-aligned bedside communication during daily interprofessional rounds, but recognize the limits of communication interventions alone in preventing family depression; advocate for early palliative care, social work, and formal psychological support referrals for high-distress families.

Limitations & cautions

Conducted within a single regional health system; high attrition in questionnaire response rates at 6 months; baseline depression scores were relatively mild, potentially limiting the detectable margin of improvement.
AI-summarized from the linked source. Review the original article before applying to practice.

Citations · exact source links

Critical care medicine (PubMed). Facilitating Communication for Family Members of Critically Ill Patients During and Following a Hospital Stay: A Randomized Controlled Trial.

Open original sourceFull brief

AI-summarized from the linked source. Review the original article before applying to practice.

Journal of emergency nursing (PubMed)Oct 13, 2026Research Article

In a randomized clinical trial of 801 adult emergency patients with minor emergencies, a nurse-led Fast Care model based on early assessment and continuity reduced waiting time by 77.6 minutes, overall length of stay by 178.1 minutes, and left-without-being-seen rates from 32.2% to 2.5%.

Emergency LeadershipAI summaryReview source

Research ArticleResearchWorkflowQuality ImprovementAI summary · original source linked below

Emergency department crowding and extended delays for low-acuity conditions frequently lead to incomplete care pathways, treatment dissatisfaction, and high rates of patients leaving without being seen. This randomized clinical trial conducted in a university hospital evaluated a nurse-led Fast Care throughput model emphasizing early comprehensive assessment and dedicated care continuity for minor emergencies. A total of 801 adult patients were randomized 1:1 to either the nurse-led Fast Care pathway or conventional usual care. Patients assigned to Fast Care experienced profound workflow improvements: waiting time decreased by 77.6 minutes, active treatment time decreased by 156.9 minutes, and overall emergency department length of stay was shortened by 178.1 minutes (nearly 3 hours). Furthermore, the care pathway was completed in nearly all Fast Care participants, with early departures prior to clinical evaluation plummeting from 32.2% in the usual care cohort to just 2.5% in the Fast Care cohort.

Key takeaways

Randomized clinical trial enrolled 801 adult patients with minor emergencies in a university hospital ED.
Nurse-led Fast Care model emphasized early structured clinical evaluation and end-to-end nursing continuity.
Fast Care shortened emergency waiting time by 77.6 minutes and overall department length of stay by 178.1 minutes.
Care completion reached near-universal rates, dropping left-without-being-seen walkouts from 32.2% to 2.5%.

Why this matters on shift

Emergency nurses routinely manage the operational strain and clinical risks associated with prolonged waiting room times and patient walkouts. Demonstrating that an autonomous, nurse-led Fast Care model significantly accelerates care completion while virtually eliminating walkouts provides strong empirical support for empowered nursing triage and throughput roles.

Bedside takeaway

In an 801-patient ED trial, a nurse-led Fast Care model for minor emergencies reduced total length of stay by 178 minutes and slashed walkouts from 32.2% to 2.5%.

Nursing implications

Consider advocating for or piloting structured nurse-led fast-track pathways for minor emergencies where triage nurses initiate early assessment protocols and maintain care continuity, mitigating waiting room congestion and unmonitored patient walkouts.

Limitations & cautions

Conducted at a single university emergency department center; focused specifically on low-acuity minor emergencies; long-term clinical and cost outcomes were not evaluated.
AI-summarized from the linked source. Review the original article before applying to practice.

Citations · exact source links

Journal of emergency nursing (PubMed). The Fast Care Model and Clinical Leadership in the Emergency Department: A Randomized Clinical Trial.

Open original sourceFull brief

AI-summarized from the linked source. Review the original article before applying to practice.

How This Applies in Practice

Key takeaways

Practice implications

Limitations & cautions

Exact source links

More updates for this clinical area

Meta-analysis of hospital sensor fall systems finds no overall fall reduction, but machine-learning sensors cut rates by 50%

Multicenter RCT finds specialized nurse communication facilitators did not reduce family depression after ICU stay

Nurse-led Fast Care model in the emergency department cuts length of stay by nearly 3 hours and drops walkouts to 2.5% in 801-patient trial