A Framework for Modern Health Professions Education — Based on AMEE Guide No. 21 · Harden RM, Medical Teacher 2001; 23(2): 123–137
Every educational programme operates on three simultaneous layers of curriculum that must be understood and mapped. The distance between these three layers is what curriculum mapping is designed to make visible and manageable.
Curriculum Analysis vs. Curriculum Evaluation — two complementary but distinct lenses for reviewing any programme:
Nature: "What is there?" and "How is it structured?"
Focus: Structural components, sequencing, and internal alignment.
Output: Curriculum map, gap report, alignment matrix.
Nature: "How good is it?" and "Does it work?"
Focus: Impact, student outcomes, achievement of intended goals.
Output: Programme evaluation report, quality improvement plan.
The Formal and Hidden Curriculum — every programme has two active layers operating simultaneously:
→ Written learning objectives and outcomes
→ Scheduled lectures, labs, and clinical rotations
→ Formal assessment methods and grading criteria
→ Official textbooks and educational resources
→ Implicit values and norms of the profession
→ Role modelling by faculty and senior residents
→ Informal conversations in hallways and clinics
→ Institutional priorities and what 'really matters'
Harden's framework rests on four fundamental questions that every curriculum map must answer. Together they form the structural skeleton of the mapping exercise:
Harden's 10 Windows — the multi-axis framework for comprehensive curriculum mapping. Each window represents a distinct dimension that must be mapped:
| # | Window | What it captures |
|---|---|---|
| 1 | Learning Outcomes | Expected competencies — the foundation of all curriculum design |
| 2 | Curriculum Content | Topics, knowledge areas, and skills — the substance of what is taught |
| 3 | Student Assessment | Methods that verify outcome achievement — the evidence base |
| 4 | Learning Opportunities | Lectures, labs, PBL, clinical placements, and simulation activities |
| 5 | Learning Location | Spatial dimension — classroom, hospital, simulation lab, community |
| 6 | Learning Resources | Textbooks, e-learning platforms, models, and clinical cases |
| 7 | Timetable | Temporal dimension — when topics are taught and their sequencing |
| 8 | Staff | Who teaches — roles, areas of expertise, and responsibilities |
| 9 | Curriculum Management | Governance, accountability, and continuous improvement structures |
| 10 | Student Information | Learner profiles, progress data, and identified learning needs |
Every curriculum designer must systematically address 10 fundamental planning questions before and during curriculum construction. These questions ensure intentional, evidence-based programme design rather than ad hoc course building.
| # | Planning Question | Core Focus |
|---|---|---|
| 1 | Vision & Mission | What kind of doctor should the school produce? Is social accountability part of the mission? |
| 2 | Learning Outcomes | What are the expected outcomes? Moving from a process emphasis to an outcome-based model. |
| 3 | Content Selection | What should be included? Identifying threshold concepts and avoiding information overload. |
| 4 | Sequencing | Traditional basic-to-clinical vs. integrated or reversed approaches. Bruner's spiral principle. |
| 5 | Educational Strategies | SPICES model: Student-centred, Problem-based, Integrated, Community-based, Elective, Systematic. |
| 6 | Teaching Methods | Selecting lectures, small groups, simulation, or clinical methods to match the chosen strategy. |
| 7 | Assessment Organisation | Aligning formative and summative assessments with outcomes for valid, reliable measurement. |
| 8 | Curriculum Management | Governance, leadership, and faculty development needed to sustain the programme. |
| 9 | Educational Environment | Addressing the hidden curriculum and fostering a positive climate for professional growth. |
| 10 | Evaluating Effectiveness | Continuous feedback loops and quality improvement processes to refine the curriculum over time. |
Constructive Alignment — Biggs (2003) established that effective curriculum design requires teaching, learning activities, and assessment to be explicitly aligned to the same intended learning outcomes. No element should be designed in isolation.
The Spiral Curriculum — Bruner's (1960) foundational principle that topics should be revisited multiple times with increasing depth and complexity, ensuring long-term retention through spaced repetition:
Horizontal & Vertical Integration — integration transforms isolated courses into a unified educational journey:
› Linking Anatomy and Physiology within Year 1
› Organ-systems approach (e.g., Cardiovascular module)
› Students see connections, not isolated facts across disciplines
› Early introduction of clinical skills alongside basic sciences
› Late reinforcement of foundational principles in clinical years
› Ensures continuity and application across the entire programme
A curriculum map acts as a diagnostic tool, revealing where the educational experience fails to meet its intended goals. Four distinct gap types must be identified and addressed:
| Gap Type | Description | Detection Signal |
|---|---|---|
| ① Content Gap | Essential topics required by standards are present in the planned curriculum but missing from the delivered curriculum. | Planned → not Delivered |
| ② Outcome Gap | Teaching activities exist but are not explicitly linked to any intended learning outcome — activities 'float freely'. | Teaching without Links |
| ③ Assessment Gap | Content is delivered, but no formal assessment exists to verify student mastery of that specific content. | Teaching without Testing |
| ④ Alignment Gap | Misalignment between the cognitive complexity of the outcome and the level of teaching or assessment used. | Complexity Mismatch |
Curriculum Redundancy — the map distinguishes between intentional reinforcement and accidental overlap:
Intentional Reinforcement: Revisiting complex topics to deepen understanding.
Scaffolding: Building systematically on prior knowledge with increasing sophistication.
Spiral Effect: Ensures long-term retention via Bruner's spaced-repetition principle.
Accidental Repetition: Teaching the same content multiple times without educational intent.
Inefficient Time Use: Wasting valuable curriculum hours on unnecessary duplication.
Student Frustration: Students perceive the curriculum as disorganised — a trust problem.
Curriculum Auditing — the map as a tool for Continuous Quality Improvement (CQI). Three iterative audit levels:
Faculty self-audit of course objectives and content. Verifying alignment between intended and taught curriculum. Identifying immediate gaps or obvious redundancies. First-pass quality check before external review.
External perspective to surface hidden systemic issues. Analysing student feedback on curriculum coherence. Cross-disciplinary review for horizontal integration. Students as active agents in identifying learned-curriculum gaps.
Implementing data-driven changes to the curriculum. Monitoring the impact of changes on student outcomes. Updating the map to reflect the 'living' curriculum. Closing the CQI loop for sustained improvement.
Curriculum mapping gains full power when linked to established competency frameworks. The map aligns local learning objectives to global professional standards, surfaces under-represented domains, and ensures qualifications are internationally recognised.
Medical Expert: Core role integrating all others
Communicator: Therapeutic relationships, informed consent
Collaborator: Effective teamwork across disciplines
Leader: System management & resource stewardship
Health Advocate: Patient & community advocacy
Scholar: Lifelong learning & evidence generation
Professional: Ethics, accountability, and values
Patient Care: Compassionate, evidence-based care
Medical Knowledge: Scientific & clinical knowledge base
Practice-Based Learning: Self-assessment and improvement
Interpersonal Skills: Communication with patients & teams
Professionalism: Ethics, accountability, humanism
Systems-Based Practice: Healthcare system navigation
EPAs, Milestones & CBME — the map supports the transition to Competency-Based Medical Education:
| Concept | Definition | Role in Mapping |
|---|---|---|
| EPAs | Entrustable Professional Activities — discrete tasks a trainee can perform unsupervised. | Mapped to specific clinical experiences and learning modules. |
| Milestones | Developmental markers describing progressive levels of competence. | Mapping milestones to assessment points gives a data-rich view of student progress. |
| Competencies | The standards framework underpinning EPAs and milestones. | The map ensures all competencies are addressed and assessed at appropriate levels. |
Programmatic Assessment — replacing single high-stakes exams with a continuous, distributed evidence base:
Technology & The Dynamic Curriculum Map — from static documents to living, data-driven systems:
Successful curriculum mapping is not a technical task — it is a collaborative cultural shift. Three stakeholder groups have distinct roles in building and maintaining a living curriculum map:
Common Implementation Challenges & How to Overcome Them:
Choose a single, specific learning outcome from your curriculum that you are responsible for or most familiar with. Be precise — do not choose an entire module or course theme.
Identify the specific teaching and learning activity designed to help students achieve this outcome in your programme. Document the modality, location, timing, and responsible faculty member.
Locate the exact assessment point where this outcome is formally measured and student mastery is verified. Determine what form the assessment takes and at what Bloom's level it operates.
Does the teaching activity and assessment truly match the cognitive complexity of the stated outcome? If not — what is missing or mismatched? This gap is your starting point for curriculum reform.