Biology
12 topics · 97 mapped subtopics
Build from biomolecules and cells through genetics, physiology, evolution, and ecology.
Preparation emphasis
Processes, systems, experimental interpretation
IMAT preparation
How to prepare for the IMAT with a plan that adapts.
Strong IMAT preparation is not a race through notes. It is a repeatable cycle: diagnose what matters, learn it precisely, retrieve it from memory, practise applying it, and use the results to choose the next step.
The preparation cycle
Five actions that make study measurable.
Run this loop at topic level during early preparation and across mixed subjects later. The scale changes; the logic stays the same.
- 01
Diagnose
Sample every subject under light time pressure. Record weak knowledge, slow methods, and uncertain answers separately.
- 02
Learn
Study one defined topic at a time. Connect definitions, mechanisms, equations, and examples instead of collecting isolated facts.
- 03
Retrieve
Close the notes and rebuild the idea from memory. Explain it, sketch it, or solve a representative problem before moving on.
- 04
Practise
Use focused questions first, then mix subjects and add realistic time constraints as accuracy becomes stable.
- 05
Review
Classify each error by cause and schedule the smallest useful next action: relearn, drill, or improve pacing.
Preparation phases
Progress by evidence, not by an arbitrary calendar.
Your available time may differ from another student's. Move between phases when your work shows readiness, while continuing spaced review of earlier material.
| Phase | Objective | Typical work | Ready to progress when |
|---|---|---|---|
| Foundation | Map the curriculum and repair essential gaps. | Diagnostic questions, focused lessons, active recall, basic calculations. | You can explain core ideas and solve standard examples without prompts. |
| Application | Turn subject knowledge into reliable question solving. | Topic sets, worked-error review, method comparison, gradual timing. | Accuracy remains stable when wording or context changes. |
| Integration | Switch efficiently between subjects and question styles. | Mixed sets, confidence tracking, cumulative review, pacing decisions. | You can identify, attempt, skip, and return without losing control of time. |
| Simulation | Rehearse the official format under full timed conditions. | Full conditions, deliberate breaks, complete post-test analysis. | Performance is repeatable and the final review list is specific. |
Subject-by-subject strategy
Prepare each IMAT track for the way it is tested.
The same study loop applies across subjects, but the emphasis should change with the kind of thinking each one requires.
View Biology topics
Chemistry
13 topics · 111 mapped subtopics
Connect atomic structure, bonding, reactions, equilibrium, organic chemistry, and calculations.
Preparation emphasis
Concepts, equations, quantitative reasoning
Physics
6 topics · 83 mapped subtopics
Review mechanics, fluids, thermodynamics, electricity, magnetism, waves, and measurement.
Preparation emphasis
Models, units, graphs, problem solving
Mathematics
9 topics · 76 mapped subtopics
Strengthen algebra, functions, geometry, probability, statistics, and numerical reasoning.
Preparation emphasis
Fluency, relationships, efficient calculation
Logical Reasoning & Problem Solving
2 topics · 10 mapped subtopics
Practise evaluating arguments, drawing valid conclusions, and solving structured problems.
Preparation emphasis
Evidence, assumptions, deductions
Reading Skills & Knowledge Acquired During Studies
2 topics · 22 mapped subtopics
Develop precise comprehension, inference, author-purpose, and contextual knowledge skills.
Preparation emphasis
Meaning, evidence, interpretation
A practical weekly rhythm
Give every study block a job.
A useful week mixes learning, retrieval, practice, and review. Adjust the number and length of sessions to your own timetable.
Plan
Choose a small set of topics from your diagnostic and define what success will look like.
Build
Use focused lessons and immediate retrieval to create accurate mental models.
Apply
Alternate untimed accuracy work with timed topic or mixed sets.
Revisit
Return to older material before it feels completely forgotten.
Audit
End the week by reviewing errors, confidence, and pacing, then update the next plan.
Common preparation traps
Avoid work that feels productive but teaches little.
- Reading for hours without testing what you can retrieve.
- Waiting to finish the entire syllabus before answering timed questions.
- Treating every wrong answer as a knowledge gap when the cause may be reading, calculation, or pacing.
- Repeating comfortable subjects while postponing weak but important foundations.
- Copying an old test format into the current year without checking the new MUR decree.
Your next step: map the work.
Review the complete MEDichondria curriculum map, then choose one subject and one measurable goal for your next session.
MEDichondria workspace
Put the IMAT preparation loop into practice.
Use MEDichondria to organise the syllabus, track review status, build focused question sets, and turn each result into a clearer next action.