Exam Strategy • Study Techniques
ABOHNS • FRCS (ORL-HNS) • EBEORL-HNS
Hook: If you only review, you’ll feel ready… and still miss questions.
The fix is simple: build your study around retrieval (testing yourself), not passive exposure.
One-liner: 10–20 Q → close notes → answer → review explanations → re-test misses.
Re-reading boosts familiarity and “recognition” — but exams demand retrieval under pressure.
When you re-read notes, your brain gets lots of cues: the headings, the layout, the context. It can create a convincing sense of “I know this.” But board-style exams remove those cues and ask you to generate the answer from memory. That mismatch is exactly why you can feel confident after review… and still underperform.
| Method | What it trains | What it feels like | What exams reward |
|---|---|---|---|
| Re-reading / highlighting | Familiarity + recognition | Comfortable, fast | Low transfer to exam performance |
| Retrieval practice (testing) | Recall under constraint + error detection | Harder, slower | High transfer to exam performance |
This is the simplest version that still works: 10–20 questions, closed notes, then targeted review.
Choose one topic (e.g., otology) or go mixed. Keep it small enough to review properly.
No peeking. This “desirable difficulty” is the whole point — you’re training retrieval.
Timed if possible. Commit to an option, then move on. Don’t “half-answer” in your head.
For every miss, write a one-line correction: the discriminator you forgot (e.g., “timing”, “red flag”, “best next step”).
Keep 10–25 lines total. If it grows, you’re not converting errors into rules.
Re-test wrong/guessed items at 48 hours and again at 7 days. That’s where retention is made.
Visual cue (structured progress)
Practice testing reliably improves long-term retention compared with additional studying — across decades of research.
In classic experiments, students who were tested on material remembered more later than students who spent the same time re-studying — even when the initial test felt harder. That’s the “testing effect” (test-enhanced learning). See Roediger & Karpicke’s foundational work (PubMed).
This isn’t a small lab-only phenomenon. Meta-analyses comparing testing vs restudy show a reliable, medium-sized benefit overall (Rowland 2014, PubMed), and classroom evidence across tens of thousands of students shows quizzing improves achievement to a similar extent (Yang 2021, PubMed).
Even better: testing can improve transfer — your ability to apply knowledge to new but related questions — not just repeat the same facts (Pan & Rickard 2018, PubMed).
You don’t need 6-hour days. You need repeatable blocks with re-testing built in.
| Time | What you do | Why it matters |
|---|---|---|
| 0–25 min | 10–20 questions, closed notes (timed if possible) | Trains retrieval + decision-making |
| 25–40 min | Review explanations; write 1-line rule for each miss | Turns errors into discriminators |
| 40–45 min | Schedule re-test (48h + 7d); flag weak theme | Builds spacing + reduces repeat mistakes |
If you want, build your next week around retrieval blocks and track your misses — that’s where the score jumps come from.
Tip: Pair this with spaced re-testing (48h + 7d). The combo is brutal — in the best way.
Start with 10–20. Bigger blocks often reduce review quality (and review is where learning consolidates). If you have less time, do 8–12 and keep the same structure.
If you’re early in prep, use topic blocks to build foundations. As you improve, shift to mixed blocks to mimic exam conditions and improve transfer.
That’s normal — and it’s exactly why retrieval works. Convert misses into one-line rules, then re-test at 48 hours and 7 days. The goal isn’t “no mistakes” — it’s “no repeated mistakes.”
Yes — but use it as a support, not the engine. Re-read briefly to clarify a concept you just missed, then return to retrieval. Evidence reviews consistently rate practice testing as higher utility than re-reading as a primary technique (PubMed).
Foundational experiments demonstrate improved long-term retention with testing compared with restudy (Roediger & Karpicke, PubMed), and meta-analyses show a robust overall advantage for testing vs restudy (Rowland 2014, PubMed), including in classroom outcomes (Yang 2021, PubMed).
