What GAMSAT preparation needs to develop
The Graduate Medical School Admissions Test (GAMSAT) is a computer-based exam with three sections:
- Reasoning in humanities and social sciences
- Written communication, consisting of two essays
- Reasoning in biological and physical sciences
The common mistake is to treat GAMSAT preparation as a large content-recall exercise. Content knowledge matters, particularly in the sciences, but the exam is designed to test what you do with unfamiliar material. You need to extract meaning, identify relevant information, make a defensible inference and communicate it clearly under time pressure.
A useful preparation system therefore has four parts:
- build a compact science and reasoning reference from material you understand;
- practise interpreting unfamiliar passages, graphs, diagrams and data;
- write and review arguments rather than merely collecting essay topics;
- keep a record of errors so that repeated mistakes become targeted practice.
Before you choose resources or set a timetable, check the current information on the official GAMSAT website. This includes registration, dates, permitted materials and any current instructions about the computer-based exam.
Understand what each section is asking you to do
Section I: reasoning in humanities and social sciences
This section rewards close reading. A question may depend on the tone of a passage, the relationship between two claims, an implication in a poem or the evidence that best supports an interpretation. Reading quickly is not enough if you miss the author’s qualification or confuse an example with the central claim.
For each question, practise identifying:
- the text’s main point;
- the exact task in the question;
- what can be inferred, rather than what could be true in general;
- the option that is best supported by the material provided.
Do not import outside opinions into the question unless the material requires them. A familiar topic can still have an unfamiliar argument.
Section II: written communication
The two essays require more than fluent sentences. You need to address the prompt directly, choose a position, develop connected reasons and maintain control of tone and structure.
A reliable planning structure is:
- Position: what you are arguing;
- Definitions and assumptions: what key terms mean in your essay;
- Two or three claims: each supported by an example, consequence or explanation;
- Counterargument and response: where useful, show what your position does and does not claim;
- Conclusion: return to the question and state the implication.
This is not a requirement to use those exact headings in the essay. It is a way to stop paragraphs becoming a sequence of loosely related observations. Your examples do not need to be obscure. They do need to be accurate, relevant and explained.
Section III: reasoning in biological and physical sciences
Section III is best approached as applied science. You may need to combine information in a stem with principles from biology, chemistry or physics, then use estimation or calculation to select the most defensible answer.
When revising, connect each concept to a method:
- identify the variables and units;
- state the relevant relationship or principle;
- substitute only information that answers the question;
- estimate the direction and size of the result;
- check whether the answer makes physical or biological sense.
A formula sheet that you cannot apply to a new situation is less useful than a short set of worked examples showing why each step is taken.
Build one board from your own material
Start with your lecture notes, textbooks, laboratory material, practice-question errors and essay feedback. Divide them into small sections rather than making one enormous document. A section should answer one preparation need, such as interpreting experimental data, identifying tone, or using the ideal gas equation.
MySummaries can turn those materials into a single GAMSAT board before you begin drilling them.
A board for this exam ends up looking like this:
- Main claim — distinguish the author’s central position from an example or concession
- Tone — judge attitude from wording, qualification and emphasis
- Best-supported option — prefer what follows from the passage, not what is generally true
Identify the independent variable, dependent variable, control and direction of change before explaining a result.
- Thesis — answer the prompt in one sentence
- Development — claim, explanation, specific example, consequence
- Counterargument — acknowledge a limit, then explain why the position still stands
| Error type | Correction |
|---|---|
| Read a possibility as a conclusion | Match each answer to exact evidence |
| Used a formula without checking units | Write units beside every quantity |
| Essay example was broad | Name the event, policy or mechanism and explain its relevance |
- Ideal gas equation: PV = nRT; use kelvin for temperature
- Density: ρ = m/V; keep mass and volume units consistent
- Estimate before calculating so an implausible option is visible
Use the board as a working source, not as a second textbook. Every section should lead to an action: answer a question, explain a graph, plan an essay or correct a calculation.
Make a short core before using flashcards
Your core list should contain the ideas that are both easy to forget and useful across unfamiliar questions. It should not attempt to contain every fact from a science course.
For example:
Review this core regularly, but do not confuse recognition with recall. Close the notes and explain why a principle changes your answer. If you cannot do that, the item needs an example or a worked problem.
Practise in the order marks are lost
A good preparation cycle is:
- Attempt: answer a new question or write a timed plan.
- Classify: label the error as reading, reasoning, knowledge, calculation, structure or communication.
- Repair: write the smallest explanation that would prevent the error.
- Reattempt: use a new question with the same underlying skill.
- Schedule: return to the repair after a delay.
For Section I and Section III, review the reasoning path, not just the selected option. For Section II, mark whether the essay answered the prompt, progressed logically and used examples that actually supported the claim.
A useful practice block might contain one passage set, one data interpretation problem and one essay plan. On another day, write one full essay and review it more slowly than you wrote it. The review is where you identify unsupported leaps, repeated wording, vague examples and conclusions that do not follow from the body.
Use timed practice without making speed the only goal
Time pressure changes the task. You need enough practice to make basic operations automatic, but speed should follow accuracy. Begin by giving yourself enough time to identify the question type and explain your reasoning. Then reduce the available time in small steps.
For every timed set, record:
- questions left unanswered or guessed;
- errors caused by misreading versus errors caused by missing knowledge;
- calculations where the estimate disagreed with the final answer;
- passages or question types that consumed disproportionate time;
- whether your answer was supported by the provided material.
Do not use a single percentage as your whole progress measure. A higher score can conceal the same recurring weakness if the questions happened to suit you.
Review a written response as an examiner would
For Section II, complete a full response periodically, then mark it against a consistent checklist. The following screen is a practice review, not an official GAMSAT mark or marking scheme.
A marked Section II response looks like this:
The best way to change society is to change the way people think. Discuss.
3/4Changing how people think is important because beliefs influence behaviour, but ideas alone rarely change society. They become socially significant when institutions, incentives and collective action give them practical force. Public understanding of smoking risk, for example, mattered, but reductions in smoking also depended on regulation, taxation and restrictions on where smoking was permitted. This suggests that changing minds and changing systems are complementary rather than competing strategies.
The position is direct and the example is relevant. The paragraph progresses from claim to mechanism to example. The response would be stronger if it explained one concrete limitation of public education and linked the conclusion more explicitly to the wording ‘best way’.
Missed
−Define what counts as changing the way people think
−Give a counterargument with a specific rebuttal
−State why this approach is preferable in the conditions described by the prompt
Model answerA strong response would distinguish private belief from public behaviour, then argue that durable social change usually requires both changed attitudes and changed structures. It would use one or two precise examples, explain the mechanism in each, and acknowledge that institutional change without public acceptance may be unstable. The conclusion would answer the comparative word ‘best’ rather than merely repeating that both factors matter.
That is a MySummaries paper, filled with GAMSAT material. Yours is written from your own notes. Start free
When reviewing your own essay, highlight every paragraph’s main claim. If two paragraphs make the same claim, combine them or give them different functions. Underline evidence and ask whether it proves, illustrates or merely accompanies the point. Finally, read the prompt again: many otherwise fluent essays lose force because they answer a nearby question.
Listen to explanations that connect concepts
Audio review is useful when it follows your own board. A lecture should explain relationships and decisions, not simply read a glossary. For instance, a science lecture can connect concentration, dilution and unit checking to the kinds of unfamiliar data interpretation that appear in reasoning questions.
A targeted lecture on this topic might look like this:
Transcript · tap any word to jump there
Start by separating observation from interpretation. If a graph shows that the measured response rises as concentration rises, the observation is the trend; it is not yet proof of the mechanism causing it.
Next, identify what the question actually asks. A question may ask for the best explanation, the value that follows from a relationship, or the conclusion supported by the control. Those are different tasks, even when they use the same graph.
For a calculation, write the relationship and estimate first. If density is mass divided by volume, doubling the mass at constant volume should double the density. If your arithmetic gives the opposite direction, stop and check the units and substitution before choosing an answer.
Use audio during a low-intensity review session, then return to the board and answer a new question without the recording. The test is whether the explanation changes what you do, not whether it sounded familiar.
A practical weekly structure
Adjust the hours to your work, study and other commitments, but keep the functions of the sessions distinct. A workable week could be:
- Session 1 — 90 minutes: Section I passage practice, with an error log.
- Session 2 — 90 minutes: science concepts from your board, followed by unfamiliar data questions.
- Session 3 — 75 minutes: plan two Section II essays and write one introduction plus one developed paragraph for each.
- Session 4 — 90 minutes: quantitative practice, including units, estimation and interpretation.
- Session 5 — 120 minutes: one mixed timed set, followed by detailed review.
- Session 6 — 90 minutes: write one complete Section II essay and mark it the next day.
- Session 7 — 30 minutes: spaced review of the core and remediation cards.
Early in preparation, spend more time diagnosing than simulating. In the middle period, increase mixed and timed work. Near the exam, practise switching between passage interpretation, writing decisions and science reasoning without needing a long warm-up. Check the official GAMSAT website for current exam instructions before finalising your schedule.
How MySummaries helps
MySummaries lets you build a GAMSAT revision board from your own notes, slides, PDFs and photographed handwritten material. From that board, it can generate spaced-repetition cards, written practice papers marked against the board, and audio lectures in an examiner voice. Use the platform to keep Section I interpretation, Section II argument structure and Section III quantitative reasoning in one error-led revision system: open MySummaries.