MECEE-BL Nepal study plan

MECEE-BL Nepal · Give each week a clear focus.

8 weeks · About 6 hours per week

Week 1

Biology

Map the Biology syllabus into unit checklists and mark every topic you cannot explain aloud in one sentence
Re-learn cell structure, cell division, and biomolecules by drawing labeled diagrams from memory
Solve 40 single-answer Biology MCQs under a 1-minute-per-question timer and log every wrong answer with its cause

A one-page Biology error log listing at least 25 missed concepts, each tagged to a syllabus unit

Week 2

Explain genetics, Mendelian ratios, and pedigree problems by working 20 numerical crosses step by step
Compare plant and animal physiology systems in a two-column table you build yourself
Re-test every concept from the Week 1 error log and retire the ones you now answer correctly twice

A completed 20-question genetics problem set with worked solutions and a reduced error log

Week 3

Rebuild the periodic table trends (atomic radius, ionization energy, electronegativity) from first principles and predict trends for 15 given element pairs
Balance and classify 30 chemical equations, including redox, by assigning oxidation states
Compute mole, molarity, and stoichiometry problems with unit cancellation written out

A 30-reaction worksheet fully balanced and classified, with oxidation-state working shown

Week 4

Draw and name 20 organic structures using IUPAC rules, then identify functional groups and isomers
Summarize gas laws and thermodynamics formulas on a single reference card and apply each to one solved problem
Complete 40 Chemistry MCQs timed and convert each error into a flashcard

A one-page formula and reaction reference card plus a 40-item Chemistry error flashcard deck

Week 5

Derive and apply the core mechanics equations (kinematics, Newton's laws, work-energy, momentum) to 25 numerical problems
Solve circuit problems using Ohm's law and Kirchhoff's rules, drawing each circuit before calculating
Write out the key constants and SI units for mechanics, electricity, and optics on a memorization sheet

A 25-problem mechanics solution set with free-body diagrams for every force question

Week 6

Work 15 optics and modern-physics problems, stating the governing formula before each calculation
Drill 30 Mathematics items covering algebra, trigonometry identities, and calculus derivatives and integrals
Time yourself on a mixed 30-question Physics and Mathematics set and record per-question seconds

A timing log for a 30-question mixed set showing accuracy percentage and average seconds per question

Week 7

Solve 20 coordinate-geometry and sequence-series problems without a calculator
Practice MAT-style items (pattern series, analogies, spatial reasoning, coding-decoding) in three 10-minute sprints
Review the Mathematics error log and re-solve every missed problem cold

A 20-problem Mathematics set scored above 75 percent plus a MAT sprint accuracy baseline

Week 8

Take two full-length timed mock tests under exam conditions and score each by domain
Re-study only the top 20 error-log items across all domains and confirm each with a fresh correct solve
Memorize high-yield health and general knowledge facts (vital signs, common diseases, national health programs) and self-quiz 30 items

Two scored mock tests with a final consolidated revision sheet of 20 must-fix items

Week 2: Score at least 60 percent on a 40-question Biology-only timed set and show the Week 1 error log has shrunk by half

Week 4: Score at least 60 percent on a 40-question Chemistry-only timed set and recite the formula card from memory

Week 6: Average under 75 seconds per question on the mixed Physics and Mathematics set with at least 55 percent accuracy

Week 8: Score at least 65 percent overall on both full-length mocks with no single domain below 50 percent