GATE MN study plan
GATE MN · Give each week a clear focus.
8 weeks · About 8 hours per week
Mining Engineering (MN) - full paper syllabus as published by the organising institute
Map the full MN syllabus into a checklist of every listed topic and subtopic, and mark each as strong, shaky, or unknown
Derive and solve 15 problems on rock properties (strength, deformability, index tests) and ground control fundamentals
Draw from memory the strata control cycle and explain each stage in writing without notes
Build a formula sheet for rock mechanics and ground control with units and validity conditions
Your checkpoint
A dated syllabus checklist with confidence ratings plus a one-page rock mechanics formula sheet
Mining Engineering (MN) - full paper syllabus as published by the organising institute
Solve 20 numericals on slope stability, subsidence prediction, and pillar design, showing every step
Compare support systems (rock bolts, cable bolts, shotcrete, props) and justify selection for three given ground conditions
Explain the mechanics of rock bursts and bumps and list the monitoring and mitigation measures used in Indian mines
Tabulate the tests used for rock mass classification and compute RMR and Q for two sample descriptions
Your checkpoint
A 20-problem worked numerical set with a scored self-test (target 70% correct)
Mining Engineering (MN) - full paper syllabus as published by the organising institute
Work through drilling and blasting: explosive selection, blast design parameters, and fragmentation control, solving 15 numericals
Compare surface and underground mining methods and match method to orebody geometry in 10 case descriptions
Explain mine ventilation circuits, fan laws, and natural ventilation pressure with worked calculations
Summarise materials handling and transport systems with their selection criteria
Your checkpoint
A one-page method-selection decision chart plus 15 solved blasting and ventilation numericals
Mining Engineering (MN) - full paper syllabus as published by the organising institute
Solve 20 numericals on mine ventilation networks, air quantity estimation, and fan power
Explain mine drainage, pumping, and dewatering layouts and size a pump for a given inflow
Describe mine lighting, noise, and dust control requirements with the relevant standards
Rehearse the calculation of reserves, grade, and cut-off grade from given data
Your checkpoint
A timed 90-minute mock section on ventilation, drainage, and reserve estimation with a scored answer key
Mining Engineering (MN) - full paper syllabus as published by the organising institute
Explain mine surveying instruments and methods, including correlation, traversing, and setting out, with worked examples
Solve 12 numericals on leveling, theodolite work, and errors in surveying
Describe mineral processing unit operations from comminution to dewatering and explain their selection logic
Compute material balance and recovery in a simple concentrator flowsheet
Your checkpoint
A 12-problem surveying and mineral processing numerical set with fully worked solutions
Mining Engineering (MN) - full paper syllabus as published by the organising institute
Explain mine legislation and safety regulation topics: statutory appointments, inspections, and accident reporting
Summarise occupational health hazards, dust and noise limits, and the control measures required
Describe mine rescue, emergency preparedness, and disaster management procedures
Explain environmental management: mine closure, reclamation, and effluent treatment
Your checkpoint
A structured summary sheet of statutory and safety requirements with 30 recall questions and answers
Mining Engineering (MN) - full paper syllabus as published by the organising institute
Explain economics and management topics: cost estimation, mine valuation, depreciation, and project appraisal
Solve 15 numericals on cash flow, NPV, payback, and equipment replacement
Review instrumentation, automation, and mine communication systems and their applications
Revisit every weak topic flagged in week 1 and close at least 80% of them
Your checkpoint
A revised syllabus checklist showing at least 80% of topics marked strong, plus 15 solved economics numericals
Mining Engineering (MN) - full paper syllabus as published by the organising institute
Take three full-length timed mock papers under exam conditions and score each honestly
Analyse every error by topic and rewrite the correct reasoning for each mistake
Drill the formula sheet and recall sheets daily until each can be reproduced from memory
Rehearse time allocation per section and finalise an exam-day strategy
Your checkpoint
Three scored mock papers with an error log and a written exam-day strategy sheet
Milestones
Week 2: Rock mechanics and ground control numericals scored at 70% or better, with the formula sheet complete and usable without notes
Week 4: Timed 90-minute mock section completed with a score of at least 60% and every wrong answer traced to a specific topic gap
Week 6: Statutory and safety recall sheet reproduced from memory at 80% accuracy, and all week 1 'unknown' topics now at least 'shaky'
Week 8: All three full-length mocks scored, error log closed, and at least 80% of syllabus topics marked strong