AEEE study plan

AEEE · Give each week a clear focus.

8 weeks · About 6 hours per week

Week 1

Mathematics

Rebuild the Mathematics formula sheet for algebra, trigonometry, and coordinate geometry from memory, then correct it against a textbook
Solve 40 mixed algebra and quadratic-equation problems under a 60-minute timer and log every error by cause
Derive the standard results for straight lines, circles, and conic sections without referring to notes
Set up an error log with columns for topic, cause, and re-test date

A corrected one-page Mathematics formula sheet plus an error log containing at least 40 logged problems

Week 2

Compute limits, derivatives, and standard integrals for polynomial, trigonometric, and exponential functions in 30 timed drills
Solve 25 definite-integral and area-under-curve problems, showing each substitution step
Classify every week-1 and week-2 error as conceptual, algebraic, or time-pressure
Re-solve all conceptual errors from week 1 without notes

A 25-problem calculus set fully worked with visible steps, scoring at least 80 percent

Week 3

Solve 30 vectors, 3D-geometry, and matrices-and-determinants problems, checking each determinant by expansion along two rows
State and apply Newton's three laws to 20 free-body-diagram problems
Draw and label 15 free-body diagrams for blocks on inclines, pulleys, and connected bodies
Re-derive the equations of motion for uniformly accelerated motion from the definitions

A portfolio of 15 labeled free-body diagrams with the resulting equations of motion for each

Week 4

Solve 30 work-energy and conservation-of-momentum problems, stating the conserved quantity before calculating
Compute rotational motion quantities (torque, moment of inertia, angular momentum) for 20 standard configurations
Apply the gas laws and the first law of thermodynamics to 20 numerical problems
Re-test every Physics error logged so far and record the improvement

A 30-question Physics section completed in 45 minutes with a written error analysis of every miss

Week 5

Solve 25 problems on electrostatics, current electricity, and magnetic effects of current, drawing the circuit or field diagram first
Compute ray-optics image positions and magnifications for mirrors and lenses in 15 problems
Balance 25 chemical equations including redox half-reactions in acidic and basic media
Memorize and self-quiz the first 30 elements with symbols, atomic numbers, and electronic configurations

A 25-equation balancing set, at least 20 correct, with redox work shown for each half-reaction

Week 6

Solve 30 stoichiometry and mole-concept problems, including limiting-reagent and percentage-yield cases
Predict products and write mechanisms for 20 organic reactions covering alkanes, alkenes, alcohols, and carbonyls
Apply periodic trends (atomic radius, ionization energy, electronegativity) to 20 comparison questions with justification
Build a one-page reaction-map summary linking functional-group interconversions

A one-page organic reaction map with at least 15 named conversions, each annotated with reagents and conditions

Week 7

Complete two full-length Mathematics sections under exam timing and score each against the answer key
Drill 40 quantitative-aptitude items covering ratios, percentages, averages, time-speed-distance, and permutations
Learn and apply shortcut methods for percentage change, successive discounts, and work-rate problems
Rank the top ten recurring error patterns across all domains by frequency

A ranked list of the ten most frequent error patterns with a named corrective drill for each

Week 8

Take two full mock exams under strict timing and review every incorrect answer the same day
Complete 30 English items on grammar, sentence correction, synonyms, and antonyms
Re-solve the 20 highest-frequency error items from the week-7 ranked list
Finalize a one-page exam-day strategy covering section order, time per question, and skip rules

Two completed mock exams with scores recorded and a one-page exam-day strategy sheet

Week 2: Mathematics formula sheet is complete and error-free on self-test, and the error log holds at least 65 logged problems

Week 4: Physics section score reaches at least 60 percent under 45-minute timing, with all conceptual errors re-solved

Week 6: Chemistry equation-balancing accuracy reaches at least 80 percent and the organic reaction map is finished

Week 8: Mock-exam scores improve over the week-7 baseline in at least three of the five domains, and the exam-day strategy sheet is finalized