CSIR NET study plan

Catalog the Chemical Sciences syllabus into physical, inorganic and organic clusters, then flag the 15 subtopics you rate lowest in confidence

Build a 40-entry equation and data sheet covering thermodynamics, kinetics, electrochemistry and spectroscopy selection rules

Map the Life Sciences syllabus into 8 units and score your confidence in each on a 1-5 scale

Solve 40 mixed chemistry MCQs untimed and tag every incorrect answer by failure cause (recall, concept, calculation, misread)

Solve 30 numerical problems in thermodynamics, kinetics and quantum chemistry under a 90-minute clock

Reproduce from blank paper the central dogma, Mendelian ratio derivations, Michaelis-Menten and inhibition kinetics

Diagram 10 core metabolic and signalling pathways with substrates, enzymes and regulation points

Convert the 25 highest-frequency recall items in both domains into spaced-repetition flashcards and run two review passes

Split life-sciences topics into memorise-versus-reason sets and build the memorise deck into 120 cards

Solve 30 genetics, immunology and ecology MCQs and justify each option in one written line

Assemble Earth's interior, plate tectonics, atmospheric layers and ocean circulation into a single labelled concept map

Compute 10 geoscience numericals covering geothermal gradient, isostasy, seismic travel time and seawater density

Complete two full chemistry sectional mocks and tabulate accuracy separately for physical, inorganic and organic clusters

Derive 10 standard mathematical results spanning real analysis, linear algebra and ordinary differential equations

Solve 25 mathematics MCQs on probability, matrices, complex analysis and sequences

Compress the mathematics syllabus into a 30-entry results-and-theorems sheet

Solve 40 physics MCQs across mechanics, electromagnetism, quantum mechanics and statistical physics

Derive 12 key physics results including the partition function, Bohr energy levels, Maxwell relations and relativity kinematics

Work 20 mathematics problems on group theory, numerical methods and calculus of variations

Rewrite full solutions for every item missed in the previous week's error log

Commit 60 Earth-science facts to memory via spaced recall, covering the geological time scale, mineral classes, seismic wave behaviour and atmospheric composition

Solve 30 earth, atmospheric and ocean science MCQs and 20 physics MCQs under mixed timing

Tabulate comparative data on planetary interiors, atmospheric layering and major ocean current systems

Audit the error log and reclassify every entry as fixed, partially fixed or still open

Re-attempt every still-open chemistry and life-sciences error from weeks 1 to 6 without notes

Drill 60 rapid-fire recall prompts across both domains in 45 minutes

Rebuild the chemistry equation sheet and the life-sciences pathway list from memory, then diff against the originals

Solve 40 mixed MCQs drawn from all five domains to test switching cost

Sit three full-length timed mocks under exam conditions and record section-wise timing

Review mock errors for the two heaviest domains line by line and patch only the highest-frequency gaps

Run a final pass over the five rapid-revision sheets and the consolidated error log

Rehearse logistics: question-order strategy, skip rules and time-per-question budget