IOE Entrance Nepal study plan

Diagnose baseline by solving one timed 20-item set each in Mathematics and Physics and log error types (concept gap, algebra slip, misread, time-out).

Rebuild algebra and trigonometry fluency: solve 30 mixed simplification, identity, and equation problems without a calculator.

Derive and apply the core kinematics equations to 15 one- and two-dimensional motion problems.

Set up a two-column error log (mistake, root cause, fix rule) and record every wrong answer from this week onward.

Master calculus basics: compute limits, differentiate standard and composite functions, and apply derivatives to maxima-minima and rate problems across 25 items.

Solve 20 coordinate geometry problems on straight lines, circles, and conic sections, sketching each figure before computing.

Apply Newton's laws and friction to 15 free-body-diagram problems, drawing the diagram before writing any equation.

Reduce average solve time on Mathematics single-step items to under 90 seconds by drilling 40 rapid-fire problems.

Work through work-energy and momentum problems, including collisions and conservation laws, on 20 items.

Solve 15 electrostatics and current-electricity numericals using Ohm's law, series-parallel networks, and Coulomb's law.

Build a one-page formula sheet for Physics mechanics and electricity from memory, then correct it against notes.

Memorize and apply mole concept, stoichiometry, and concentration calculations to 20 Chemistry numericals.

Classify and predict products for 25 organic reactions covering alkanes, alkenes, alcohols, and carboxylic acids.

Balance 20 redox and ionic equations and identify oxidizing and reducing agents in each.

Apply periodic trends (atomic radius, ionization energy, electronegativity) to explain 15 comparison questions in writing.

Convert between moles, mass, volume at STP, and molarity across 15 mixed calculation items.

Complete 30 English grammar items on tense, subject-verb agreement, articles, and prepositions, stating the rule for each answer.

Practice 20 reading comprehension questions with a 90-second-per-passage skimming routine and record time per passage.

Learn and apply 40 high-frequency exam vocabulary words in original sentences.

Draft a one-page summary of engineering fields, core branches, and landmark Nepali infrastructure projects.

Solve 25 mixed Mathematics problems spanning algebra, calculus, geometry, and statistics under a 60-minute clock.

Review the error log and re-solve every Mathematics item missed in weeks 1-2 until each is correct without notes.

Explain in writing how basic engineering concepts (force, load, stress, efficiency) apply to three real structures or machines.

Practice 20 aptitude items on ratios, percentages, logical reasoning, and data interpretation.

Complete a 40-item mixed Physics and Chemistry set under exam timing and log every error with a root cause.

Re-derive the ten most-used Physics formulas from first principles to confirm understanding rather than recall.

Re-solve all Chemistry items missed in weeks 3-4 and write a one-line rule for each recurring error.

Reduce average time per Physics numerical to under two minutes through 20 timed drills.

Take two full-length timed mocks covering all five domains and record section-wise scores and timings.

Review every mock error and re-solve each missed item without notes until correct.

Consolidate all formula sheets and rule lists into a single final revision sheet of no more than four pages.

Rehearse exam-day pacing: allocate per-section time budgets and practice skipping and returning to hard items.