Cases, discussion & exam tips.
Read an image case and commit to your call, debate management, swap exam-day experiences, and share what worked when you studied — a friendly place to pressure-test your reasoning before the exam.
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MCQ strategy: the questions where two answers seem equally correct
In the FRCS part 1 MCQ, I kept getting stuck on questions where eliminating down to two options felt arbitrary. The breakthrough for me was recognising that many of these are testing your ability to choose the MOST correct answer from a slightly flawed list, not find a perfect one. I started spending less time agonising and more time ranking the options by the weight of evidence behind each. This alone probably saved me 5 minutes across the paper for questions to return to.
The clinical case you didn't prepare for: mine was a paediatric clubfoot
I'd spent months on adult reconstruction and trauma cases and walked into the FRCS clinical to find a toddler with residual clubfoot deformity as one of my stations. I knew the Ponseti principles but couldn't demonstrate the Pirani score confidently or articulate the surgical options for relapse. My advice: don't assume your weakest subspecialty won't appear. Even if paediatrics isn't your daily practice, you need one well-rehearsed paediatric case framework for the clinical exam.
FRCS viva: they kept digging until I admitted what I'd change
The adult reconstruction viva started with an uncomplicated TKR case and progressively asked me to justify each surgical choice — approach, implant design, fixation strategy. It felt like they were satisfied until the final question: 'What would you do differently if the implant had been cementless?' The examiner later told my consultant that they wanted to see whether I understood the principles behind my choices rather than just reciting a protocol. Being able to argue both sides of a decision is what separates a pass from a clear pass.
Organising mock vivas with colleagues was the single best thing I did
Three of us preparing for FRCS met weekly for 8 weeks and took turns running structured vivas. The person being examined got no advance warning of the topic, the 'examiner' had 10 minutes, and the third person gave feedback. The insight from being on the examiner side was invaluable — you immediately notice the difference between confident, structured answers and rambling ones. It also forced me to study topics I would otherwise have avoided. I'd recommend at least 3-4 mock rounds minimum.
EBOT oral exam: they expect you to handle being wrong gracefully
During the EBOT oral, one examiner gently challenged my management plan for a distal radius fracture with an unusual fracture pattern. I doubled down on my initial answer instead of pausing to reconsider. Looking back, they were giving me space to correct myself — the ideal response was to acknowledge the point, re-evaluate, and modify the plan. The exam tests composure and judgement under pressure just as much as knowledge. If an examiner pushes back, pause before you push back harder.
The one-slide summary technique for exam viva topics
For each common viva topic, create a single slide that contains only the classification system, key radiological landmarks, management algorithm, and one landmark reference. Force yourself to fit it on one page — the constraint itself teaches you what's essential. I built about 80 of these in Keynote and reviewed them as a scrollable deck daily in the 3 months before the exam. When an examiner opened with a topic, I could mentally project my slide and speak from it rather than searching.
Teach a topic to a non-ortho colleague: the best retrieval practice I found
Once a week I'd pick a subspecialty topic and explain it in plain language to my GP partner over coffee — no jargon, no shortcuts. Explaining compartment syndrome pathophysiology or the Scoliosis Research Society classification to someone outside orthopaedics forced me to actually understand it rather than pattern-match from memory. I was shocked at how many gaps this exposed. It's essentially the Feynman technique applied to exam preparation.
How to use operative videos strategically for the clinical exam
Watching full operative videos on YouTube is passive and time-consuming. Instead, I'd search for a specific procedure, watch only the surgical exposure and key steps, then pause and narrate aloud what comes next before resuming. For the FRCS clinical, being able to describe the surgical approach and steps for common procedures — ORIF of an ankle fracture, volar locking plate for distal radius, carpal tunnel release — is expected. This active narration method turned 2 hours of passive watching into genuinely high-yield revision.
Build your own radiology atlas from interesting cases you've actually seen
I kept a folder on my phone of anonymised X-rays and CTs from cases I'd been involved in, organised by subspecialty. Over 18 months of training this grew into a personal radiology atlas of ~400 images with my own annotations. Come exam time, I had actual clinical images I recognised rather than textbook ideal examples. For the clinical exam, where you're interpreting real films under time pressure, practising with 'messy' clinical radiographs rather than pristine examples is a huge advantage.
A structured approach to learning bone tumour histopathology for the exam
Bone tumours are the subspecialty most trainees dread because cases are rare and the classification feels arbitrary. I found it much more learnable by grouping tumours by their matrix product first (osteoid, chondroid, giant cell, etc.), then learning the age peaks and typical locations within each group. Building a table with columns for tumour name, age, location, matrix, and imaging hallmarks made the whole thing stick. For the exam you need to recognise patterns, not memorise a list.
Practise clinical examinations with a timer from week one, not week ten
I left timed practice until the last month and was genuinely caught off guard by how short 6 minutes feels when you're examining a real patient. My advice: from 6 months out, do at least one timed clinical examination per week on a colleague or consenting patient. Use your phone stopwatch. The goal isn't speed — it's learning what you can realistically accomplish in the allotted time so you can prioritise. You'll naturally develop a tight, focused examination style that examiners prefer over an unfocused comprehensive one.
Anki for ortho: how to avoid the trap of memorising without understanding
I used Anki extensively but initially fell into the trap of creating cards that tested recall of a fact in isolation — 'What are the Schatzker classification types?' — which helped in MCQs but left me unable to discuss the topic in a viva. The fix was to pair every classification card with a scenario card: 'A 45-year-old falls on a flexed knee and has a medial plateau split-depression fracture with lateral cortex involvement — what Schatzker type and what surgical approach?' Contextual cards transfer to clinical reasoning; bare fact cards don't.