GATE XH study plan

Build a one-page formula and concept sheet covering core Engineering fundamentals (mechanics, materials, thermodynamics, circuits) and mark every entry you cannot derive from first principles

Solve 30 mixed numerical problems from Engineering topics at exam pace, logging time per problem and error type

Classify each error as concept gap, calculation slip, or misread question, and rank the top five recurring gaps

Set up a spaced-repetition deck with 60 Engineering fact and formula cards

Close the top three Engineering gaps identified in week 1 by re-deriving the underlying relations and re-solving 10 problems per gap

Map the Technology syllabus into subtopics and rate your confidence on each from 1 to 5

Read one primary reference section per low-confidence Technology subtopic and write a 5-line summary each

Attempt 20 Technology multiple-choice questions untimed to calibrate baseline accuracy

Drill the highest-weight Technology subtopics with 40 timed questions, targeting under 90 seconds per question

Convert every missed Technology question into a one-sentence rule you can apply next time

Practice interpreting data, graphs, and instrument readings by working 10 applied Technology scenarios

Review the week 1 Engineering deck for 15 minutes daily to prevent decay

Take a 90-minute mixed mock covering only Engineering and Technology under strict timing

Analyze the mock by domain, subtopic, and time sink, and recompute your accuracy per subtopic

Re-teach the three weakest subtopics aloud or in writing as if explaining to a peer

Adjust your remaining six-week schedule based on measured accuracy rather than assumed difficulty

Build a concept map linking Architecture fundamentals (structures, materials, systems, planning principles) to Engineering topics you already know

Solve 30 Architecture numerical and reasoning questions, annotating the governing principle for each

Create 20 comparison flashcards for frequently confused Architecture terms and standards

Identify five Architecture subtopics where your accuracy is below 60 percent and schedule targeted review

Summarize core Science areas (physics, chemistry, mathematics, life/earth science as applicable) into 40 spaced-repetition cards

Solve 40 Science questions mixing conceptual and numerical types, recording reasoning steps for each

Practice unit conversion and dimensional analysis on 15 deliberately tricky items

Cross-check Science formulas against your Engineering sheet and merge duplicates into one master reference

Run a 90-minute mock restricted to Architecture and Science under exam timing

Review every incorrect answer to root cause and rewrite the question in your own words with the correct reasoning

Drill 30 rapid-fire recall items across Architecture and Science to build automaticity

Audit all four domains for untouched subtopics and fill the largest remaining hole

Take two full-length timed mocks on separate days and compare scores to identify trend, not just level

Rehearse a time-allocation strategy per section and test it in both mocks

Review only your error log and rules sheets in the final three days, avoiding new material

Simulate exam-day logistics once, including sleep timing, break routine, and materials check