Your Weekly EDAIC Study Plan: Learn, Test and Review
Build a weekly EDAIC study plan with an eight-hour example, Paper A and B priorities, question review and spaced recall. Adapt it to your available time.


An effective weekly EDAIC study plan gives time to three jobs: learning new material, testing recall and repairing errors. Choose one priority from each paper, protect a review session and leave a spare block for work that takes longer than expected. At the end of the week, use what you could retrieve—not just what you read—to choose the next priorities.
This guide turns a longer preparation schedule into a week you can actually use. For the overall method, start with how to study for EDAIC Part 1. For a subject-by-subject timetable, use the 3- and 6-month study schedules. The template here works within either route.
Start with the work that needs doing
Before assigning hours, look at three short lists:
- Coverage: which Paper A and Paper B areas have not received a meaningful first pass?
- Recall: which older concepts become difficult when the notes are closed?
- Errors: which mistakes recur on unfamiliar questions?
Choose two priorities from those lists, normally one from each paper. A third can be a small maintenance task, such as revisiting a calculation or a previously difficult topic. If one paper needs more attention, give it more time while keeping some contact with the other.
Make the outcome specific. “Study respiratory physiology” does not tell you when to stop. “Explain one weak relationship from memory, check the explanation and answer related statements” does.
Build your EDAIC Part 1 study plan
See how AnesCORE maps the whole Part 1 syllabus into a day-by-day plan and practises you on it with spaced repetition.
A worked eight-hour weekly template
The following is an illustrative allocation, not a minimum study requirement or a promise of readiness. Eight hours may be too little or too much for your stage of preparation. The purpose of the table is to show where review fits instead of leaving it to whatever time remains.
| Block | Time | Task | Evidence to keep |
|---|---|---|---|
| Plan the week | 20 min | Select priorities and check available sessions | Two outcomes and their study slots |
| Paper A learning | 90 min | Bounded reading, closed-book explanation, related questions | One corrected explanation and a retrieval prompt |
| Paper B learning | 90 min | Repeat the cycle for a clinical domain | One concept applied to a question |
| Mixed question practice | 60 min | New questions from previously studied areas | Wrong and uncertain statements flagged for review |
| Question review | 60 min | Resolve those errors and verify explanations | Short corrections with source references |
| Spaced retrieval | 45 min | Revisit older prompts without looking first | Secure versus fragile concepts |
| Flex block | 90 min | Finish an incomplete task, repair a gap or use a second mixed set | One completed priority, not extra resources collected |
| Weekly review | 25 min | Compare the plan with what you learned | Decisions for next week |
| Total | 480 min / 8 hours |
Move the blocks to suit your week. A long session can be split if you retain the same outcome. If you cannot review the questions within the time available, answer fewer questions. An unfinished explanation is not solved by increasing next week's target.
For shifts and nights, the on-call study plan explains where to place demanding sessions and how to handle post-call days. This allocation should fit around recovery, not displace it.
Adjust the balance to your stage
Early preparation: make coverage visible
Keep substantial time for understanding new material, but introduce questions from the beginning. They show whether you can use what you have just read. Include a short return to older topics so the first weeks do not disappear from memory while you move through the syllabus.
Use the syllabus breakdown alongside the official ESAIC Diploma Guide. Tick “read”, “retrieved” and “tested” separately; those are different stages of work.
Middle preparation: repair recurring errors
Let your question review influence the next learning block. If a repeated mistake comes from a missing mechanism, return to the source and reconstruct it. If you know the mechanism but miss a condition in the wording, practise explaining why changing that condition changes the answer.
Keep using fresh mixed questions. Repeating a familiar set can be useful for learning, but a higher score on it does not establish readiness on unfamiliar material.
Later preparation: rehearse and debrief
Replace some learning blocks with controlled timed practice and mock debriefs. Keep targeted reading for gaps that the debrief actually identifies. Check current ESAIC instructions for your sitting when setting up an exam simulation.
A mock needs room in the plan for review as well as completion. If it reveals several weak domains, select the most actionable repairs and test them again later. Avoid solving that problem by booking another mock immediately. The mock-exam guide provides a debrief structure.
Make spaced review manageable
Spaced review means returning to material after a delay and trying to retrieve it before checking. ESAIC's study guidance discusses this alongside active recall and interleaving. You do not need to turn every paragraph into a flashcard.
Create prompts for facts, comparisons, mechanisms and calculations that are important or repeatedly missed. A useful prompt has a clear answer and a source you can return to. Large questions such as “Explain all cardiovascular physiology” are difficult to schedule or judge.
An example review sequence is later that week, the following week and again after a longer interval. Adjust it to the result: a fragile concept may need earlier repair; a secure one can wait longer. Those intervals are practical starting points, not a validated schedule for every EDAIC topic.
If the review queue becomes unmanageable, remove duplicate or vague prompts and focus on recurring errors. The spaced-repetition guide explains this in more detail.
Answer an EDAIC-style question
This is one exam-format Part 1 multiple-true-false question from our bank. Mark each statement true or false, then see the worked answer.
Regarding the pathophysiology of oxygen delivery and consumption in circulatory shock:
Mark each statement true or false:
In healthy adults at rest, systemic oxygen delivery is approximately 1000 mL/min while oxygen consumption is about 250 mL/min, creating a physiological oxygen reserve.
When systemic oxygen delivery decreases, oxygen consumption immediately falls in direct proportion, indicating supply dependency at all levels of DO₂.
Cardiac output is determined by the product of heart rate and stroke volume, with stroke volume being influenced by preload, afterload, and myocardial contractility.
The unifying feature of all forms of shock, regardless of aetiology, is acute circulatory failure associated with inadequate cellular oxygen utilisation.
In septic shock, early goal-directed therapy targeting supranormal oxygen delivery values has been shown to consistently reduce mortality across all patient populations.
Turn your error log into next week's tasks
Use a short record rather than copying an entire explanation:
| Error type | Next useful task |
|---|---|
| I did not know the principle | Read the relevant section, then explain it with the source closed |
| I confused two related ideas | Build a side-by-side comparison and test the distinction |
| I missed a qualifier | Rewrite the statement with the qualifier changed and explain the consequence |
| I made a calculation error | Rework from a blank page, including units and a plausibility check |
| I guessed correctly | Review the deciding fact; do not count the guess as secure knowledge |
Carry forward a small number of tasks you can finish. Keep the wider list as a reference, not a demand to resolve every weakness next week. Our question-bank workflow shows how to review all five MTF statements.
A 25-minute end-of-week review
Use the final block to make decisions, not to admire a dashboard. Answer:
- Which planned outcomes did I complete?
- What could I recall after a delay?
- Did both papers receive attention?
- Which error returned on a new question?
- Which session needs a different task, length or time next week?
Keep fresh and repeated question results separate. Record the conditions of a timed set if fatigue, interruptions or looking at notes affected it. One unusually high or low score should not determine the entire plan.
There is no universal commercial question-bank percentage that establishes an EDAIC pass. Use coverage, retrieval, fresh-question performance and pacing together to decide what needs work.
When the week falls apart
Do not double every target to repay missed hours. Identify what prevented the sessions, keep the most useful unfinished task and rebuild the next week around the time you actually have.
A minimum week might contain one targeted learning session, one short mixed set with review and one revisit to an older topic. This preserves a process during disruption; it does not mean that the smaller workload is sufficient for every candidate or every deadline.
If reduced capacity lasts for several weeks, revise the larger schedule. Reduce optional resources, split oversized topics and check whether your timetable remains realistic. Preserve syllabus breadth instead of silently dropping an entire domain.
Connect the week to your exam date
For the confirmed 11 September 2027 sitting, the dated preparation roadmap shows how the phases fit on the calendar. Check registration and candidate instructions on ESAIC's Part I page; a study calendar does not replace registration.
Choose next week's two priorities now. Then put learning, question review and a later return into specific slots. You can try 10 EDAIC questions free to start identifying gaps and use the results to choose your first task.
AnesCORE is an independent preparation platform, not affiliated with or endorsed by ESAIC. The schedules above are editorial examples to adapt to your baseline, clinical work and available time.
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