What the GAMSAT study plan needs to cover
The GAMSAT is a computer-based exam with three sections:
- Section I: reasoning in humanities and social sciences
- Section II: written communication, consisting of two essays
- Section III: reasoning in biological and physical sciences
The exam tests applied reasoning, interpretation and communication under time pressure. It is not only a test of remembered content. Your preparation therefore needs two parallel tracks:
- Build enough knowledge to recognise and use scientific and general concepts.
- Practise extracting meaning, choosing a method and communicating a defensible answer.
A good study plan does not divide the available weeks equally between the three sections. It starts with a baseline, identifies where marks are being lost, and then gives more time to the skill that is currently limiting your performance.
Use the official GAMSAT and relevant university websites for current information about registration, dates, permitted equipment and application requirements. Those details can change and should not be copied from an old study plan.
Start with a baseline week
Before beginning a long programme, spend one week finding your starting point. Do not spend the week reading every science topic or collecting resources. You need evidence about how you currently perform.
Session 1: Section I reasoning — 90 minutes
Complete a set of unfamiliar humanities and social sciences questions in one sitting. For every error, record the cause rather than just the answer:
- misread the tone or purpose
- selected an option that was true but did not answer the question
- overlooked a qualifier such as “mainly” or “most strongly”
- made an unsupported assumption
- ran out of time
Session 2: Section II writing — 90 minutes
Write one response to a set of related prompts. Spend a short, fixed period planning before writing. Afterwards, label each paragraph by its job: position, reason, example, qualification, counterargument or conclusion.
Check whether the response directly answers the prompt and whether each example supports the claim it follows. A polished introduction cannot compensate for an argument that does not progress.
Session 3: Section III reasoning — two hours
Complete unfamiliar biological and physical sciences problems. For each missed question, classify the problem as one of these:
- did not understand the information provided
- knew the relevant principle but chose the wrong relationship
- made an algebra, unit or arithmetic error
- guessed without estimating the likely answer
- spent too long on an unproductive approach
Session 4: review and planning — 60 minutes
Calculate a percentage for each skill area, but do not treat the number as a prediction of your exam result. The useful output is a ranked list of actions. For example, “Section III knowledge” is too broad; “cannot rearrange concentration equations when units are mixed” gives you something to practise.
A useful dashboard, such as the one in MySummaries, turns that baseline into separate boards rather than one large pile of notes. A due queue should show which review tasks are waiting across the three sections.
A due queue for the first week might look like this:
The queue is useful only if you act on it. Begin each study session by clearing a small number of due items, then complete new work. If the queue grows every day, reduce the number of new cards or notes you add.
Build three working boards
Your notes should be organised around decisions you must make in questions, not around a textbook’s chapter order. Keep one board for each section, then add smaller boards when a recurring weakness deserves its own treatment.
For Section I, collect short passages and annotate the author’s purpose, tone, implied assumptions and the evidence that supports each interpretation. Do not merely record vocabulary definitions.
For Section II, store prompt families, planning frameworks, examples that can be used accurately, and paragraphs that you have rewritten after feedback. Keep the two essays separate during review if your approach to them differs.
For Section III, organise science by usable relationships: variables, units, graphs, experimental design, mechanisms and estimation. Include worked examples, but also write what would change if one variable doubled, halved or became limiting.
A board should be compact enough to review. This one separates the high-value ideas from the full source notes:
- Units first — convert before substituting into a formula
- Proportional reasoning — if y ∝ x², doubling x makes y four times larger
- Estimate — check order of magnitude before accepting a calculator result
Translate the passage into a chain: stimulus → process → measured outcome. Identify where the evidence supports or fails to support each link.
- Independent variable is manipulated; dependent variable is measured
- A control group gives a comparison, but randomisation and blinding reduce bias
- Confounding occurs when another variable changes with the treatment
| Relationship | Practical check |
|---|---|
| P = IV | Power rises if current or voltage rises, holding the other constant |
| F = ma | For fixed mass, force and acceleration change in the same ratio |
| pH = −log10[H⁺] | A tenfold increase in hydrogen-ion concentration lowers pH by one |
- Read axes, scale and units before comparing slopes
- Correlation does not establish causation without a plausible design
- A steeper line is not automatically a larger absolute effect
The figures and relationships on a board should come from material you have checked. If a source uses an unfamiliar convention, write down the convention and its units rather than memorising a bare formula.
A 10-week GAMSAT study plan
This plan assumes roughly 10–12 hours per week. If you have less time, keep the same sequence but shorten each session. If you have more time, add reviewed questions and a second writing session rather than extending passive reading.
Week 1 — baseline and setup
- 90 minutes: Section I baseline and error log
- 90 minutes: Section II essay and paragraph audit
- 2 hours: Section III baseline
- 2 hours: check scientific fundamentals revealed by the baseline
- 2 hours: create the three boards and convert errors into review items
- 1–2 hours: review and plan the next week
Do not try to fix every weakness at once. Choose the two errors that appeared most often and one error with the greatest consequence, such as failing to interpret a graph or failing to answer the exact writing prompt.
Weeks 2–3 — establish methods
Study for five sessions of about two hours:
- one Section I passage-analysis session
- two Section III sessions, each centred on a method such as units, graphs, ratios or experimental design
- one Section II planning and writing session
- one mixed review session
Use the final 15–20 minutes of each session for retrieval. Close the source and explain the method from memory, then test it on a new example. For writing, rewrite one weak paragraph rather than producing an additional essay without review.
Weeks 4–6 — increase unfamiliar practice
Use six sessions of 90–120 minutes:
- two Section I sets with detailed error classification
- two Section III sets with full working and estimation checks
- one Section II session producing an essay under a fixed time limit
- one mixed review and remediation session
At this stage, reduce the amount of new theory. Every new concept should be followed by an application question. If you cannot explain why a method works or identify its limits, it is not ready to be treated as learned.
Weeks 7–8 — practise switching and stamina
Complete four focused sessions and one longer mixed session each week. The focused sessions should target the weakest section from your error log. The mixed session should require you to move between interpretation, writing decisions and scientific reasoning without relying on the same mental routine throughout.
For Section II, alternate between planning only and writing a complete response. Planning is a separate skill: practise producing a clear position, two or three supported claims, a qualification or counterargument, and a conclusion with implications.
Weeks 9–10 — consolidate and reduce avoidable losses
Complete two mixed papers or equivalent timed sets each week, provided you can review them properly. The review should take at least as long as the attempt for difficult work. Categorise every lost mark or wrong answer, then select a small number of corrections for the next session.
In the final week, avoid replacing your method with a new resource. Review your error log, practise short sets, write at least one planned response, and keep sleep and logistics stable. Check official sources for current exam instructions rather than relying on advice from a past sitting.
Let weak areas determine the next week
A plan should change when the evidence changes. After each week, rank weaknesses by both accuracy and recurrence. A topic with a moderate score but frequent errors may deserve more attention than a rarely tested topic with one difficult mistake.
Your tracker should distinguish between knowledge gaps and performance errors. The remedy for a missing relationship is different from the remedy for rushing, misreading a qualifier or failing to check units.
A useful weak-area report might look like this:
The report suggests a practical change: begin next week with quantitative reasoning, but do not abandon Section I because its error count is higher. Give the first section a shorter maintenance session while assigning the largest block to the lowest-scoring skill.
How to run every study session
Use the same five-part structure so that study time produces evidence:
- Retrieve — 10 minutes: answer a few old cards or explain a method without notes.
- Learn — 25–35 minutes: read or watch only the material needed for the selected weakness.
- Apply — 35–50 minutes: solve unfamiliar questions, interpret a passage or write a response.
- Review — 15–25 minutes: identify the exact decision that caused each error.
- Schedule — 5 minutes: create a short review item and choose the next action.
For Section I, your review item might ask which phrase reveals the author’s attitude and what evidence supports that reading. For Section II, it might ask you to turn a general claim into a qualified claim with a precise example. For Section III, it might require a unit conversion, estimate or explanation of a graph.
Do not count hours spent highlighting, rearranging folders or reading explanations without attempting the underlying task. Count time that ends with a decision you can later test.
How MySummaries helps
MySummaries can turn your own GAMSAT notes, practice explanations and photographed working into revision boards. From those boards, it can schedule flashcard review, generate written practice and mark responses against criteria such as addressing the prompt, logical reasoning, organisation, evidence, clarity and scientific accuracy. Its audio lectures can recap a weak method, while recorded oral practice can make you explain a Section I interpretation or Section III calculation aloud and review the gaps in your reasoning.