NUST NET study plan

NUST NET · Give each week a clear focus.

8 weeks · About 7 hours per week

Week 1

Engineering & Natural Sciences

Build a one-page formula sheet covering kinematics, Newton's laws, work-energy, momentum, and circular motion, then solve 30 mixed mechanics MCQs under a 45-minute timer.
Derive and memorize the kinematic equations and projectile-motion relations from first principles, writing each derivation out once without notes.
Solve 20 electricity and magnetism MCQs covering Coulomb's law, Ohm's law, series/parallel circuits, and magnetic force on a moving charge.
Review atomic structure, mole concept, and stoichiometry by working 25 numerical problems on limiting reagents and percentage yield.
Log every wrong answer in an error notebook with the concept name and the reason for the mistake.

A completed formula sheet plus a 50-item error log with concept tags for domains 1 and 7.

Week 2

Work through 40 mathematics MCQs on functions, quadratics, sequences/series, and trigonometry, timing each block at 90 seconds per question.
Solve 25 calculus questions on limits, differentiation rules, and definite integrals, redoing every missed item the next day from scratch.
Practice 20 chemistry questions on chemical equilibrium, acids/bases, and pH calculations, writing the full working for each.
Complete 15 biology questions on cell structure, enzymes, and bioenergetics, then summarize each topic in five bullet points from memory.
Re-test the week-1 error log and confirm at least 80 percent of previously missed items are now correct.

A scored 100-question mixed mock for domains 1 and 7 with a topic-wise accuracy table.

Week 3

Write and trace by hand 15 short programs covering loops, conditionals, arrays, and functions, predicting the output before running them.
Solve 20 MCQs on number systems, binary/hex conversion, Boolean algebra, and logic gates without a calculator.
Explain in writing the difference between stack and heap memory, compiled versus interpreted languages, and process versus thread.
Build a one-page map of core AI concepts: supervised versus unsupervised learning, training versus testing data, overfitting, and the confusion matrix.
Compute precision, recall, and accuracy by hand for three small confusion matrices.

A 40-question computing and AI mock with a written explanation of every wrong answer.

Week 4

Implement a 30-line program that reads numbers into a list and returns the mean, maximum, and sorted order, then hand-trace it on paper.
Solve 15 MCQs on data structures: arrays, linked lists, stacks, queues, and basic searching and sorting complexity.
Revise the AI concept map and answer 15 scenario questions on classification, regression, and robotics sensors and actuators.
Review applied-science fundamentals in measurement, units, significant figures, and error propagation with 20 numerical items.
Complete a full timed section of 50 questions mixing domains 2, 3, and 4.

A timed 50-question sectional test with a target of 70 percent or higher accuracy.

Week 5

Summarize food science essentials in one page: food preservation methods, microbial spoilage, pasteurization, and cold-chain handling.
Solve 20 MCQs on macronutrients, micronutrients, food additives, and food-borne illnesses, citing the reason for each answer.
Review business studies fundamentals: demand and supply, elasticity, market structures, and the role of central banks, with 20 MCQs.
Practice 15 social-science items on Pakistan's constitution, governance structure, and basic economic indicators.
Draft ten short-answer responses of three sentences each on food safety and business concepts to test recall.

A 60-question mock for domains 5 and 8 plus a one-page summary sheet for each domain.

Week 6

Build a one-page reference on architectural design basics: scale, proportion, structural systems, and building materials, then answer 20 MCQs.
Practice 15 industrial-design and visualization questions covering orthographic projection, isometric views, and design-process stages.
Sketch three simple orthographic-to-isometric conversions by hand and label dimensions correctly.
Review LLB fundamentals: sources of law, court hierarchy, legal reasoning, and key constitutional articles, with 25 MCQs.
Write five short legal-reasoning paragraphs applying a rule to a given fact pattern.

A 60-question mock for domains 6 and 9 plus three hand-drawn isometric sketches.

Week 7

Re-solve every item from the weeks 1 to 6 error logs, marking each as mastered or still weak.
Complete two full-length timed mocks of 100 questions each, weighted to match the exam's domain percentages.
Analyze both mocks by domain and rank the three weakest topics for targeted revision.
Spend two sessions purely on the weakest topics, solving 20 fresh questions per topic.
Rehearse time allocation per section and record actual versus planned minutes for each mock.

Two scored full-length mocks with a domain-wise accuracy report and a ranked weakness list.

Week 8

Complete one final full-length mock under strict exam conditions, including breaks and no notes.
Review only the formula sheets, summary pages, and error logs; add no new material.
Re-drill the top ten recurring error patterns with 5 questions each.
Confirm logistics: admit card, identification, reporting time, and allowed calculator rules.
Write a one-page exam-day strategy covering section order, skip rules, and guessing thresholds.

A final mock score report plus a one-page exam-day strategy sheet.

Week 2: Score at least 60 percent on the domain 1 and 7 mixed mock and show that 80 percent of week-1 errors are corrected.

Week 4: Score at least 70 percent on the mixed computing, AI, and applied-science sectional test.

Week 6: Complete summary sheets for all nine domains and score at least 65 percent on the domain 5, 6, 8, and 9 mocks combined.

Week 7: Score at least 70 percent on both full-length mocks with no domain below 55 percent accuracy.

Week 8: Achieve a final mock score at or above the personal target and confirm all exam-day logistics are complete.