GATE ME study plan
GATE ME · Give each week a clear focus.
8 weeks · About 7 hours per week
Materials, Manufacturing and Industrial Engineering & Engineering Mathematics
Derive and tabulate the full engineering-metallurgy phase diagram set (Fe-Fe3C, TTT/CCT, lever rule) from memory on one A3 sheet
Solve 25 previous-year questions on casting and metal-forming, tagging each by failure mode (sign error, unit slip, concept gap)
Build a one-page formula card covering linear algebra, calculus, and differential equations with worked micro-examples
Classify the top 10 manufacturing defects (shrinkage, hot tearing, flash, undercut) by cause and remedy in a self-made table
Your checkpoint
A 2-page 'metallurgy + math toolkit' cheat sheet plus a scored log of 25 manufacturing and 15 math questions with error tags
Materials, Manufacturing and Industrial Engineering & Engineering Mathematics
Work through 20 machining questions (turning, milling, drilling) computing speed, feed, MRR, and tool life from Taylor's equation
Derive and apply Merchant's circle relations to solve 10 orthogonal-cutting force problems
Set up and solve 15 linear algebra and probability problems under a 3-minute-per-question timer
Compare additive, welding, and joining processes on a single comparison grid (energy input, defect types, tolerance)
Your checkpoint
A timed 30-question mixed set (20 manufacturing, 10 math) scored with per-topic accuracy percentages
Fluid Mechanics and Thermal Sciences
Solve 20 fluid-statics and manometry problems, converting between gauge, absolute, and vacuum pressures
Apply Bernoulli, continuity, and momentum equations to 15 pipe and nozzle problems, tracking head-loss terms explicitly
Compute friction factor and minor losses for 10 pipe-network cases using Moody chart logic and the Colebrook relation
Build a units-and-dimensions checklist covering viscosity, surface tension, and Reynolds number
Your checkpoint
A worked-problem portfolio of 45 fluid-mechanics problems with a one-line 'why this equation' note per problem
Fluid Mechanics and Thermal Sciences & Applied Mechanics and Design
Solve 15 conduction, convection, and radiation problems, selecting the correct correlation or shape factor each time
Analyze 8 heat-exchanger problems using LMTD and effectiveness-NTU methods and compare both answers
Compute 10 thermodynamic cycle efficiencies (Rankine, Brayton, Otto, Diesel) with property tables
Tabulate when to use property tables versus ideal-gas relations for air, steam, and refrigerants
Your checkpoint
A 40-question thermal-sciences mock section completed in 60 minutes with a written error analysis
Applied Mechanics and Design
Draw shear-force and bending-moment diagrams for 15 beam-loading combinations and verify each extremum analytically
Solve 12 combined-stress problems using Mohr's circle and principal-stress formulas
Compute deflection for 8 standard beam cases and check results against superposition
Analyze 10 free and forced vibration problems, extracting natural frequency and damping ratio
Your checkpoint
A one-page SFD/BMD and Mohr's-circle decision flow plus 45 solved mechanics-of-solids problems
Applied Mechanics and Design & Materials, Manufacturing and Industrial Engineering
Solve 12 theory-of-machines problems (instantaneous centers, gear trains, flywheel inertia, governor basics)
Work 10 mechanical-design problems on bearings, shafts, and welded/bolted joints with safety-factor checks
Apply work-study and forecasting methods (time study, EOQ, CPM/PERT) to 15 industrial-engineering questions
Recompute every missed question from weeks 1-5 without looking at the solution first
Your checkpoint
A consolidated error notebook of 30 recurring mistakes, each rewritten as a rule with a corrected worked example
General Aptitude & Engineering Mathematics
Complete 40 verbal-ability and reading-comprehension questions in 45 minutes, tracking accuracy by question type
Solve 30 quantitative-aptitude problems (ratios, data interpretation, series) with shortcut methods timed at 90 seconds each
Draft 4 structured answer outlines for likely numerical-aptitude traps (percentages, averages, permutations)
Re-derive the 10 most error-prone math formulas on blank paper as a recall drill
Your checkpoint
A timed aptitude test report showing section-wise accuracy and a list of 10 personal trap patterns to avoid
Materials, Manufacturing and Industrial Engineering & Fluid Mechanics and Thermal Sciences & Applied Mechanics and Design
Take three full-length simulated papers under exam timing and log raw scores per domain
Rank the 15 weakest sub-topics by weighted marks lost and revise only those
Recite the consolidated cheat sheets from weeks 1-6 from memory, flagging any gap for final review
Finalize an exam-day strategy covering section order, skip rules, and time allocation per domain
Your checkpoint
A final readiness report: three mock scores, a ranked weak-topic list, and a written exam-day time plan
Milestones
Week 2: Score at least 65% on the timed 30-question manufacturing-and-math set, with no unit-conversion errors in the manufacturing half
Week 4: Complete the 40-question thermal-sciences mock within 60 minutes and score at least 60%, with every wrong answer traced to a named concept
Week 6: Show a 15-point improvement over the week-2 score on a fresh mixed set drawn from domains 1-4, and have all week 1-5 errors rewritten in the error notebook
Week 8: Average at least 55% across three full-length mocks with rising trend, and finish the final readiness report with a ranked weak-topic list