What should go in your ESAT timetable?

Start with the modules you will actually sit

Mathematics 1 is compulsory. Most candidates take two further modules, but requirements depend on the courses you apply to. Use the module chooser and confirm the result against your university course pages before planning.

The existing syllabus checklist lists the official headings. Use it to separate topics you can apply unaided from topics you recognise but cannot yet use. The short descriptions below explain what a revision session should work on; use the full UAT-UK specification for the exact scope.

Mathematics 1: reliable foundations

Keep units, number, ratio, algebra, geometry, statistics and probability in rotation. Practise changing representations: words to an equation, a diagram to a relationship, or a proportion to a calculation. If arithmetic derails a longer solution, repair that step before repeating the whole problem.

Mathematics 2: connect methods

Work across algebra and functions, sequences, coordinate geometry, trigonometry, exponentials and logarithms, differentiation, integration and function graphs. Pair a calculation with an interpretation of its result. A derivative needs a meaning on the graph; an integral needs the correct limits and signs. Keep Maths 1 skills in your plan too.

Biology: explain mechanisms and interpret evidence

Move from cells, membranes and division to inheritance, DNA, gene technologies and variation. Connect enzymes with animal and plant physiology, and organisms with ecosystems. After recalling a process, explain how changing one condition would affect it. Use unfamiliar data to check that your understanding transfers.

Chemistry: move between particles and quantities

Connect atomic structure, periodicity and bonding with the substances and reactions they explain. Give quantitative work its own space alongside redox, acids, electrolysis, rates and energetics. Keep organic chemistry, metals, particles, separation, chemical tests, air and water visible in your coverage. For each calculation, identify the chemical relationship before choosing arithmetic.

Physics: choose the model before the equation

Rotate electricity, magnetism, mechanics, thermal physics, matter, waves and radioactivity. Begin by naming the system, relevant quantities and assumptions. Then check units, signs and whether your result changes sensibly when an input changes. Include graph interpretation alongside numerical work.

Give the next session a concrete outcome

“Revise chemistry” is too broad to tell you when to stop. “Balance a reaction, use its mole ratio, then check two fresh applications” gives you a task and a check. Pick a small part of a syllabus heading that fits your time.

1. Repair the method. Attempt a problem without help. If you get stuck, locate the first step you cannot justify. Read the relevant explanation or use your notes, then close them and rebuild the reasoning.
2. Try something fresh. Use a different problem that needs the same idea. An answer you remember is useful for explanation practice, but it cannot tell you whether you can solve an unseen problem.
3. Record the next action. Write a specific note such as “convert area units before substituting” or “check the sign of the gradient”. Bring that action into a later session.

If you have three hours a week

For three selected modules, start with three one-hour study days. Use two 30-minute blocks per day and rotate modules, so each gets two blocks across the week. Put a weak topic first within each module. As a starting split for each block, use about 20 minutes for method work and 10 minutes for fresh application.

This split is an estimate, not an official recommendation or a required course length. If a method needs longer, carry it forward and keep the other modules on the timetable. The free revision planner makes the dated version and shows when your available time leaves headings unscheduled.

If your test is close

Choose repair targets that your attempts show you need. Keep brief checks across your other modules so a familiar subject does not disappear from the plan. Do not mark the syllabus complete just because you have read the headings. If coverage is incomplete, make the choice explicit in your session notes.

Leave time after a mock to use what it reveals

A standard ESAT module has 27 multiple-choice questions in 40 minutes, without a calculator. Reserve an uninterrupted block for an unused paper, followed by a separate review block. Use your approved timing if you have access arrangements. Confirm the format in the current UAT-UK guidance.

Start with the official specimen and sample paper guide. The UAT-UK preparation materials also include module guides and older ENGAA and NSAA papers. Follow their scope annotations; an older paper is not automatically a current-format ESAT mock.

During review, separate missing knowledge, a method error and running out of time. Return a knowledge or method gap to a learning session. For a time problem, first check that you can solve it untimed, then practise choosing when to move on.

The planner reserves space near the end for individual module papers when your budget allows. For a complete test rehearsal, deliberately set aside consecutive modules in your booked combination. Reusing a familiar paper can help you explain solutions, but its result is not fresh evidence.

When reviewing results, use the existing ESAT score converter with its stated source and limits. The timetable itself does not predict a score.