From principles to practice: embedding clinical reasoning as a longitudinal curriculum theme in a medical school programme

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Executive Summary

Clinical reasoning (CR) is a fundamental process where clinicians collect and interpret data to diagnose and treat patients. Errors in this process lead to inaccurate diagnoses and patient harm, yet traditional short-term educational interventions have often yielded disappointing results. This document outlines the systematic design, development, and implementation of a longitudinal, five-year spiral CR curriculum at Manchester Medical School, the largest in the United Kingdom.

The curriculum utilizes a spiral model where learning is recurrent and progressive, moving from theoretical classroom foundations to complex workplace application. Key strategies include the adoption of the Manchester Clinical Reasoning Tool (MCRT) for workplace-based assessment and the integration of metacognitive frameworks like Dual Process Theory and the Clinical Reasoning Cycle. A critical success factor for this implementation is comprehensive faculty development, as clinicians who practice sound CR often struggle to articulate the process to students. By embedding CR across all levels of Miller’s Prism of Clinical Competence, the program aims to shift student behavior from unstructured data gathering to hypothesis-driven clinical practice.

Defining Clinical Reasoning and Its Curricular Domains

The Manchester Medical School curriculum defines clinical reasoning as a process through which clinicians:

  • Collect cues, process information, and understand patient problems.

  • Plan and implement appropriate action plans.

  • Evaluate outcomes and learn from the entire process.

To provide a structured syllabus, the curriculum is organized into four distinct domains derived from international frameworks and regulatory guidelines:

  1. Theoretical Concepts: Understanding cognitive processes, logic, and error-contributing factors.

  2. Patient Assessment: Purposeful interviewing and hypothesis-driven physical examinations.

  3. Diagnosis, Investigation, and Management: Formulating differential diagnoses and justifying management plans.

  4. Shared Decision-Making: Prioritizing partnership with the patient in the decision-making process.

Structural Design: The Six-Step Model

The development of the curriculum followed the pragmatic six-step approach for medical education reform:

  1. Problem Identification: Recognising the gap in longitudinal CR instruction.

  2. Targeted Needs Assessment: Mapping the formal, informal, and hidden curricula to align with CR principles.

  3. Goals and Objectives: Developing Intended Learning Outcomes (ILOs) mapped to Miller’s Prism.

  4. Educational Strategies: Selecting active learning methodologies (Enquiry-Based Learning).

  5. Implementation: Establishing a working group and engaging in cross-institutional collaboration.

  6. Evaluation and Feedback: Tracking learner performance and preceptor teaching behaviors.

Educational Strategies and Teaching Methodologies

The curriculum employs Enquiry-Based Learning (EBL) and blended learning strategies to facilitate metacognition—the process of thinking about one's own thinking.

Theoretical Frameworks

  • Dual Process Theory: Provides a vocabulary for educators to make implicit experts' behaviors explicit and helps students understand decision-making systems.

  • Clinical Reasoning Cycle: Offers patterns and strategies for students to apply during simulated and real-world patient encounters.

Teaching Delivery

  • Pre-Clerkship (Years 1–2): Focuses on online interactive case-based resources, webinars, and short videos that introduce CR theory and common language. Students practice in safe environments with simulated patients.

  • Clerkship (Years 3–5): Utilizes a "flipped classroom" model. Students work through online cases before attending themed small-group discussions where they apply CR to unseen clinical vignettes.

  • Clinical Immersion: Focuses on deliberate practice. Early clerkships emphasize purposeful interviewing; senior clerkships focus on investigative management and shared decision-making.

Assessment and Feedback Mechanisms

Assessments are structured across Miller’s Prism of Clinical Competence to ensure students can both explain and perform clinical reasoning.

Level of Miller's Prism

Assessment Method

Description

Knows / Knows How

Single Best Answer (SBA)

Use of context-rich vignettes to assess higher-order thinking and knowledge application.

Shows How

OSCEs

Clinical examinations modified to include hypothesis-driven tasks rather than rote, system-based sequences.

Does

MCRT / Portfolios

Workplace-based assessments where students present patient cases and receive feedback on their reasoning process.

The Manchester Clinical Reasoning Tool (MCRT)

The MCRT is a critical innovation that prompts students to consider "why" they are asking questions or performing examinations, rather than just "what" they are doing. It encourages:

  • Purposeful Data Gathering: Moving away from rote checklists.

  • Hypothesis Generation: Identifying "Red Flags" and discriminating between relevant and irrelevant information.

  • Metacognition: Reflecting on what was learned and identifying further learning needs.

  • Entrustable Professional Activities (EPAs): Preceptors provide global ratings based on the level of supervision the student requires.


Implementation: Barriers and Enablers

The curriculum transition faced two primary barriers: lack of curricular time and a lack of faculty expertise in teaching CR.

Faculty Development

Clinicians often practice CR "non-linearly" and find it challenging to explain to novices. To address this, the school implemented:

  • Workshops: 570 preceptors were trained over three years using the COM-B model (Capability, Opportunity, Motivation, and Behaviour).

  • Teaching Techniques: Educators were trained in "stop-start" methods, Socratic questioning, and "what if" scenarios to make reasoning explicit during clinical debriefs.

Institutional Support

Success was contingent upon:

  • Cross-Institutional Buy-in: Collaboration between the medical school and 14 hospitals/500 family practices.

  • Accreditation: Offering Continuing Medical Education (CME) credits to preceptors to incentivize training.

  • Resource Allocation: Recognition of teaching workload within clinician schedules.

Conclusion

The Manchester model demonstrates that embedding clinical reasoning as a longitudinal theme is feasible at scale through systematic reform. By moving from short-term interventions to a spiral curriculum, the program ensures that students progressively build the metacognitive skills necessary for safe medical practice. Future developments include integrating system-based competencies through interprofessional education and extending the longitudinal program into residency training.