Milestone map
Milestone map
3 milestones
Build a systemic anatomical map with structure-function links
3–5 weeks (building the maps)
Select two body systems (e.g. musculoskeletal and cardiovascular) and produce a comprehensive reference map for each. For every major structure, include: name, location relative to landmarks, function, clinical relevance (what breaks when this structure is damaged), and the key blood/nerve supply where applicable. Your map may be visual (annotated diagrams), text-based (structured notes), or a combination — the form is secondary to completeness. This is a knowledge organisation task, not a drawing task.
Proof required
Submit your anatomical maps for both systems and a one-page explanation of how you organised the material and what was hardest to get clear. Note: maps will be tested in the next milestone with a live examiner Q&A — this is the preparation phase.
What gets checked
- Each structure entry includes all required fields (name, location, function, clinical relevance, supply) — partial entries don't count.
- Clinical relevance section is populated from a clinical or pathology source (AMBOSS, TeachMeAnatomy, or equivalent free resource), not from anatomy texts alone.
- Maps cover the major structures of both systems — not an abridged list.
Common mistakes
- Producing beautiful diagrams with labels only, without function or clinical relevance — the visual is decoration without the clinical links.
- Relying on a single textbook without cross-referencing the clinical context — anatomy knowledge without clinical application is anatomical in name only.
- Skimming structures rather than going deep on a manageable subset — breadth without depth fails the next milestone's Q&A.
Resources
Foundationstart here
Depthgo deeper
Masteryfor the dedicated
What a verifier looks for
- Ask which system the student found hardest to map and why — the answer reveals whether they engaged with genuine difficulty rather than avoiding it.
- Check that clinical relevance is populated for at least 80% of structures — gaps here will become gaps in the Q&A.
- Ask one spot question now (e.g. 'what is the clinical relevance of the axillary nerve?') to verify the maps reflect genuine understanding.
Pass a live anatomy examiner Q&A session
1 week (exam preparation) + the session itself
Sit a minimum 45-minute live anatomy Q&A session with a qualified examiner — a medical or dental graduate, registered healthcare professional, or anatomy lecturer/demonstrator. The examiner asks questions across the two systems you mapped, including spot-identification questions (label this structure), functional questions (what does this do?), and clinical correlation questions (what happens if this is damaged/occluded/compressed?). The examiner may use images, models, or diagrams. Pass means: fewer than 3 factual errors on structures within your chosen systems, and ability to reason through at least one clinical scenario you hadn't explicitly prepared.
Proof required
Submit a brief written record of the Q&A session (examiner name and credentials, date, duration, systems covered, overall assessment), countersigned by the examiner. The examiner's assessment must state whether you met the pass standard.
What gets checked
- Examiner is a medical/dental graduate or registered healthcare professional — a fellow student does not qualify.
- Q&A covered all three question types (spot, functional, clinical correlation) — not just factual recall.
- Examiner assessment explicitly states 'pass' or 'not yet pass' — vague assessments ('good effort') are not valid.
Common mistakes
- Q&A with a peer instead of a qualified examiner — this does not satisfy the AI-fakeability requirement for preclinical knowledge.
- Session covering only one system rather than both — examiner can't assess the breadth of mapping work.
- Examiner assessment that is entirely positive without specifying any gaps — this suggests the examiner didn't challenge the student.
Resources
Foundationstart here
What a verifier looks for
- Verify the examiner's credentials — they must be a graduate or registered professional, not a student or unqualified demonstrator.
- Confirm that clinical correlation questions were included — an anatomy Q&A without clinical scenarios tests memory, not understanding.
- Ask the student what the hardest question in the session was and whether they got it right.
Apply anatomical knowledge to a clinical case analysis
1–2 weeks
Work through two written clinical cases (real or published case studies) where anatomical knowledge is essential to understanding the pathology. For each case, write an analysis identifying: which structures are involved, how anatomy explains the presenting symptoms, what anatomical variations or clinical correlations the clinician would consider, and what investigation (imaging or examination) would be used to confirm. Cases must involve different anatomical systems to demonstrate breadth. Your analysis does not make treatment decisions — it applies anatomical reasoning.
Proof required
Submit your two case analyses, each citing the anatomical structures involved by name and explaining the symptom-anatomy link. Include the case source (published clinical case or citation) and a one-paragraph reflection on what the exercise revealed about the limits of your anatomical knowledge.
What gets checked
- Both cases reference specific named anatomical structures, not anatomical regions — 'the shoulder' is not an anatomical structure.
- Symptom-anatomy link is mechanistic — explains WHY the anatomy produces the symptom, not just THAT it does.
- Reflection names a specific gap — an honest account of what you didn't know going into the analysis.
Common mistakes
- Case analyses that read as differential diagnosis exercises rather than anatomical reasoning — the focus must be on anatomy, not clinical management.
- Using invented cases rather than published case studies — the clinical realism of published cases is what makes the anatomical reasoning meaningful.
- Reflection that is self-congratulatory rather than gap-identifying — a student who found no limits in their knowledge has either mastered anatomy (unlikely) or avoided difficult cases.
Resources
Foundationstart here
Depthgo deeper
What a verifier looks for
- Ask the student to explain the mechanistic link between one anatomical structure and the presenting symptom — the explanation should be causal, not descriptive.
- Check that both cases involve genuinely different anatomical systems.
- Ask whether the student used AI tools to generate the case analyses — if they did, the anatomical reasoning in the Q&A session (Milestone 2) is the proof of genuine understanding.