KEAM study plan

Map the full KEAM Physics, Chemistry, and Mathematics syllabus into a one-page checklist with every chapter marked as strong, weak, or untested

Solve 40 mixed Physics numericals under timed conditions and log every error by cause (concept gap, formula recall, calculation, misread)

Sketch and label the standard architectural drawing conventions set (line weights, dimensioning, plan-section-elevation symbols) from memory and verify against a textbook

Build a formula sheet for Mechanics and Properties of Matter limited to 30 entries, each with units and a one-line condition of validity

Work through 60 Chemistry problems spanning mole concept, stoichiometry, and chemical equilibrium, writing full working for each

Recite and apply the trigonometric identities and standard limits needed for KEAM Mathematics without referring to notes

Analyze three building types (residential, institutional, industrial) and list the structural and functional requirements that distinguish them

Self-test 25 Physics questions from Electricity and Magnetism and record the score with a same-day error review

Solve 50 Mathematics problems covering calculus (differentiation, integration, definite integrals) in two timed 45-minute blocks

Compare and contrast load-bearing and framed structures, listing at least six decision criteria

Complete 40 Organic Chemistry reaction-prediction problems and annotate each with the governing mechanism

Draw a freehand one-point perspective of a simple room and check proportions against measured dimensions

Take a 90-minute full-length mock covering Physics, Chemistry, and Mathematics and analyze it question by question

Explain the difference between architectural planning, structural design, and services coordination in writing, with one worked example of each

Begin Biology: build a labelled diagram set for cell structure, human digestive system, and human respiratory system

Rank your five weakest chapters across domains 1 and 2 and schedule them into weeks 5-8

Memorize and self-quiz the human physiology systems (circulation, excretion, neural control, endocrine) to at least 85% recall

Summarize the major plant families and their diagnostic features in a comparison table

Outline the scope of agricultural sciences: agronomy, horticulture, plant pathology, soil science, and animal husbandry, with one defining example each

Answer 30 Biology MCQs on genetics and reproduction and review every miss the same day

Build a disease-and-pathogen table linking at least 15 human diseases to causative agent, transmission route, and prevention

Explain the principles of crop improvement, hybridization, and pest management in your own words without notes

Describe veterinary and fisheries basics: major livestock diseases, aquaculture systems, and fish preservation methods

Complete 40 MCQs across Botany, Zoology, and Agriculture and log accuracy by subtopic

Master pharmacology fundamentals: drug classification, routes of administration, pharmacokinetics (absorption, distribution, metabolism, excretion), and adverse drug reactions

Solve 30 pharmaceutical chemistry problems on concentration, dilution, isotonicity, and dosage calculation

Review the Ayurveda, Homoeopathy, Siddha, and Unani systems at a conceptual level: their principles, dosage forms, and common materia medica examples

Re-test the two weakest chapters from week 6 and confirm improvement

Take two full-length timed mocks on separate days and compare scores to identify remaining gaps

Revise every formula sheet, comparison table, and error log created in weeks 1-7 in a single consolidated pass

Rehearse exam-day logistics: reporting time, permitted items, and a sectional time-allocation strategy

Write a final one-page summary of the 20 facts you are most likely to forget and drill them daily until the exam