Nursing teaching ward rounds sit at the heart of clinical education, particularly in demanding specialties such as obstetrics. During these bedside teaching sessions, students present cases, discuss care plans, and practice the professional routines they will one day perform independently. Yet the researchers behind the new trial argue that conventional ward-round teaching tends to privilege technical knowledge and procedural competence while giving short shrift to two qualities that patients notice most: empathy and patient-centered thinking. A student may master the mechanics of a labor assessment but remain oblivious to the anxiety, fear, or loss of control experienced by the woman on the other side of the conversation.

To close that gap, the research team designed an integrated model that fuses empathy mapping with the BOPPPS framework, a six-stage instructional structure widely used in health professions education. BOPPPS stands for Bridge-in, Objectives, Pre-assessment, Participatory Learning, Post-assessment, and Summary. The sequence opens with a hook that captures attention, states clear learning goals, checks what students already know, then immerses them in active, participatory learning before closing the loop with post-assessment and a summary that consolidates key lessons. The structure is attractive to educators because it imposes discipline on teaching sessions that might otherwise drift, but critics have long noted that BOPPPS by itself says nothing about the emotional and perspectival dimensions of clinical care.

That is where empathy mapping enters. An empathy map is a visual tool, borrowed originally from design thinking, that organizes what a patient might be thinking and feeling, seeing and hearing, saying and doing, along with the pains they suffer and the gains they hope for. In the intervention arm of the trial, students first attended a 45-minute empathy-mapping workshop where they learned to construct these maps from clinical vignettes. They then carried that skill into three 70-minute nursing teaching ward rounds delivered over four weeks, each following the full BOPPPS sequence and each incorporating explicit exercises in which students populated empathy maps for real or composite obstetric patients. A standardized lesson plan, a Gibbs Reflective Journal form, and a detailed empathy-mapping guide with a completed example based on a fictional composite case ensured that every session unfolded with high fidelity across instructors.

The trial’s design reflects a growing sophistication in education research. Rather than randomizing individual students—an approach that risks contamination as classmates share notes and compare experiences—the investigators enrolled 100 nursing interns in 20 naturally formed clinical rotation clusters and randomized the clusters one-to-one to either the integrated model or routine nursing teaching ward rounds. Both arms received an identical 45-minute communication-skills session and the same three 70-minute ward rounds over four weeks, isolating the empathy-mapping workshop and its ward-round integration as the only meaningful difference between groups. The primary outcome was critical-thinking disposition, a stable inclination to engage in purposeful, self-regulated, analytical judgment, measured at baseline and within one week after the intervention. Secondary outcomes included empathy, self-reported communication skills, self-directed learning, and satisfaction with the ward rounds, with satisfaction assessed after the third session.

The statistical architecture was equally careful. All analyses used mixed-effects models that included a random intercept for rotation cluster, correctly accounting for the fact that students within the same rotation group are more alike than students chosen at random. The four repeat-measured outcomes were additionally adjusted for their baseline scores, and p values across the five outcomes were Holm-adjusted to guard against the inflated false-positive risk that comes with testing multiple endpoints. The analysts also ran multiple-imputation and cluster-robust sensitivity analyses to confirm that missing data or clustering assumptions had not distorted the picture.

The results were striking in both magnitude and consistency. In the primary analysis, which included all 20 randomized clusters and 93 interns with complete outcome data—46 in the intervention arm and 47 in the control arm—every outcome favored the integrated model. Adjusted mean differences were 15.85 points for critical-thinking disposition, 4.43 points for empathy, 4.55 points for self-reported communication skills, 2.38 points for self-directed learning, and 6.54 points for satisfaction, with confidence intervals that excluded the null in every case and Holm-adjusted p values at or below 0.005. The largest effect, on critical-thinking disposition, is particularly noteworthy because disposition—the habitual willingness to think critically—is considered a harder target than critical-thinking skill itself, and because it is often assumed that empathy training and analytical rigor trade off against each other. This trial suggests the opposite: explicitly rehearsing the patient’s perspective may sharpen, rather than soften, a student’s analytical posture.

Why might a visual tool as simple as an empathy map move so many needles at once? The researchers point to a mechanistic synergy between the two components. BOPPPS supplies scaffolding—clear objectives, pre-assessment that surfaces misconceptions, participatory learning that demands engagement, and post-assessment that cements learning—while empathy mapping injects a concrete cognitive task into that scaffolding. Constructing a map forces students to articulate what a patient sees, hears, thinks, fears, and hopes, converting an abstract exhortation to ‘be empathetic’ into an actionable exercise with a tangible output. When that exercise is threaded through participatory learning on a live ward round, students must defend their inferences about the patient’s inner world in front of peers and instructors, which arguably exercises exactly the evidentiary reasoning and perspective-checking that define critical thinking.

The authors are appropriately measured about the limits of their findings. All outcomes except satisfaction were self-reported within one week of the intervention, so it remains unknown whether the gains persist over months or translate into observable clinical performance measured by examiners, standardized patients, or patient-reported outcomes. The study took place at a single tertiary teaching hospital in China and focused on obstetric nursing, leaving open questions about generalizability to other specialties, cultures, and training systems. The sample, though adequate for the detected effects, is modest, and the trial’s reliance on naturally formed rotation clusters means cluster sizes and instructor effects—documented in the supplementary analyses of intracluster correlations and design effects—introduce variance that larger multicenter trials would need to model explicitly.

Even with those caveats, the trial arrives at a moment when nursing educators worldwide are grappling with burnout, depersonalization, and the erosion of patient trust in high-volume clinical environments. If a 45-minute workshop plus three structured ward rounds can move critical-thinking disposition by more than fifteen points on a standardized scale, the cost-effectiveness of the approach becomes compelling. The study was supported by Teaching Reform Project grants from Central South University, and its full lesson plans, empathy-map templates, reflective-journal forms, and satisfaction questionnaires are published as open supplementary materials, lowering the barrier for other institutions to replicate the model. The authors call for longer-term follow-up and performance-based assessments to determine whether the observed differences endure and change what students actually do at the bedside. In the meantime, the trial makes a persuasive case that the future of clinical teaching may belong to models that refuse to choose between rigor and compassion—and instead build both into the same hour of a student’s education.

Subject of Research: A cluster-randomized controlled trial of a nursing teaching ward-round model integrating empathy mapping into the BOPPPS framework in obstetric clinical education

Article Title: Evaluating a nursing teaching ward-round model integrating empathy mapping into a BOPPPS framework: a cluster-randomized controlled trial

Article References: Evaluating a nursing teaching ward-round model integrating empathy mapping into a BOPPPS framework: a cluster-randomized controlled trial. (n.d.). https://doi.org/10.1186/s12909-026-10462-w

Image Credits: AI Generated

DOI: 10.1186/s12909-026-10462-w

Keywords: BOPPPS, empathy mapping, nursing education, nursing teaching ward rounds, critical-thinking disposition, cluster-randomized controlled trial, obstetric nursing, nursing students, self-directed learning, communication skills, medical education, patient-centered care