| Topic | GATE Weight | Difficulty Level | Resource Link |
|---|---|---|---|
| Linear Algebra Matrices, Determinants, Systems of linear equations, Eigenvalues | High | Medium | View Topic |
| Calculus Limits, Derivatives, Integration, Mean value theorems | High | High | View Topic |
| Vector Calculus Gradient, Divergence, Curl, Line and surface integrals | Medium | Medium | View Topic |
| Differential Equations First-order and higher-order ODEs, Cauchy's and Euler's equations | Medium | Medium | View Topic |
| Probability & Statistics Distributions, Hypothesis testing, Correlation, Regression | Medium | Medium | View Topic |
| Numerical Methods Interpolation, Numerical integration, Differential equation solutions | Low | Medium | View Topic |
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GATE Mining Engineering (MN) 2026 – Complete Preparation Portal
Your ultimate GATE MN resource: Topic-wise PYQs with detailed solutions, interactive mock tests, formula sheets, video lessons, personalized revision plans, and strategies from toppers.
Feature Highlights
2000+ Topic-Wise PYQs
Solved step-by-step with alternate methods and detailed explanations for comprehensive understanding.
20+ Full Mock Tests
Real GATE experience with detailed analytics, performance tracking, and improvement recommendations.
3-Level Revision System
Level 1: Basics | Level 2: PYQs | Level 3: Final Revision. Structured approach for optimal retention.
Formula Sheets & Quick Notes
Printable and exam-ready reference materials for last-minute revisions and quick concept recall.
Interactive Practice Quizzes
Instant feedback to improve accuracy and identify weak areas with topic-wise performance analysis.
Personalized Study Plans
Customized learning paths based on your strengths, weaknesses, and target GATE score.
Complete GATE Mining Engineering (MN) 2026 Syllabus Navigator
Quickly jump to any section or topic with our interactive syllabus navigator. Access topic-wise resources, PYQs, video lessons, and mock tests in one click.
Section 1: Engineering Mathematics
Linear Algebra
- Matrices and Determinants
- Inverse and Rank of Matrix
- Systems of linear equations
- Eigenvalues and Eigenvectors
- Cayley-Hamilton Theorem
Calculus
- Limit, continuity and differentiability
- Partial Derivatives
- Mean value theorems
- Indeterminate forms and L'Hospital's rule
- Maxima and minima
- Taylor's theorem
- Sequences and series
- Test for convergence
- Fourier series
Vector Calculus
- Gradient; Divergence and Curl
- Line, surface and volume integrals
- Stokes, Gauss and Green's theorems
Differential Equations
- Linear and non-linear first-order ODEs
- Higher-order linear ODEs with constant coefficients
- Cauchy's and Euler's equations
Probability & Statistics
- Measures of central tendency and dispersion
- Hypothesis testing
- Binomial, Poisson, exponential, and normal distributions
- Correlation and regression analysis
Numerical Methods
- Solutions of linear algebraic equations
- Interpolation
- Integration using Trapezoidal and Simpson's rules
- Single and multi-step methods for differential equations
Section 2: Mining Geology, Mine Development & Surveying
Mining Geology
- Minerals, rocks and their origin
- Classification
- Ore genesis
- Structural geology
Mine Development
- Methods of access to deposits
- Underground drivages
- Drilling methods and machines
- Explosives and energetics
- Blasting devices
- Blast design practices
- Rock-tool interaction for mechanical cutting systems
Mine Surveying
- Levels and levelling
- Theodolite
- Tacheometry
- Triangulation
- Contouring
- Errors and adjustments
- Underground surveying
- Curves
- Photogrammetry
- EDM
- Total Station
- GPS
- Basics of GIS and remote sensing
Section 3: Geomechanics & Ground Control
Engineering Mechanics
- Equivalent force systems
- Equations of equilibrium
- Two-dimensional frames and trusses
- Free body diagrams
- Friction forces
- Particle kinematics and dynamics
- Beam analysis
Geomechanics
- Geo-technical properties of rocks
- Rock mass classification
- Instrumentation and in-situ stress measurement techniques
- Theories of rock failure
- Ground vibrations
- Stress distribution around mine openings
- Subsidence
- Slope stability
Ground Control
- Design of pillars
- Roof supporting systems
- Mine filling
- Strata control and monitoring plan
Section 4: Mining Methods & Machinery
Mining Methods
- Surface mining (layout, development, loading, transportation, mechanization, continuous systems)
- Highwall mining
- Underground coal mining (bord & pillar, room & pillar, longwall, thick seam mining)
- Underground metal mining (open, supported, caved stoping, stope mechanization, ore handling systems)
Mining Machinery
- Generation & transmission of mechanical, hydraulic and pneumatic power
- Materials handling (wire ropes, haulages, conveyors, face & development machinery, hoisting systems, pumps)
- Comminution methods & machinery
Section 5: Surface Environment, Mine Ventilation & Underground Hazards
Surface Environment
- Air, water, and soil pollution (standards, causes, control)
- Noise pollution & control
- Land reclamation
- Environmental Impact Assessment (EIA)
Mine Ventilation
- Underground atmosphere
- Heat load sources
- Air cooling
- Airflow mechanics
- Natural & mechanical ventilation
- Mine fans
- Auxiliary ventilation
- Ventilation survey & planning
- Ventilation networks
Underground Hazards
- Mine gases
- Methane drainage
- Hazards from fires, explosions, dust, inundation
- Rescue apparatus & practices
- Safety management
- Accident analysis
- Mine lighting
- Mine legislation
- Occupational health & safety
Section 6: Mineral Economics, Mine Planning & Systems Engineering
Mineral Economics
- Mineral resource classification
- Discounted cash flow analysis
- Mine valuation
- Mineral taxation
Mine Planning
- Sampling methods
- Reserve estimation
- Geostatistics & quality control
- Facility location optimization
- Determination of mine size & life
- Ultimate pit configuration
- Optimum mill cut-off grade
- Stope planning
- Haul road design
- Mining system selection
Systems Engineering
- Concepts of reliability
- Reliability of simple systems
- Maintainability & availability
- Linear programming
- Transportation & assignment problems
- Network analysis
- Inventory models
- Queuing theory
- Decision trees
Additional Resources & Downloads
Complete Syllabus PDFs
- GATE MN 2026 Complete Syllabus
- Topic-wise Weightage Analysis
- Important Formulas Handbook
Practice Resources
- 10+ Full Mock Tests
- 2000+ Topic-wise Practice Questions
- 5 Years Previous Question Papers
- Quick Revision Notes
Video Learning
- Complete Course Video Lectures
- Problem Solving Sessions
- Topper Strategy Videos
- Revision Webinars
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GATE Mining Engineering (MN) 2026 – Topic Index with Difficulty & Weightage
Prioritize your preparation with our comprehensive topic index. Each topic is marked with estimated GATE weight, difficulty level, and links to detailed resources, PYQs, and practice tests.
This index helps you focus on high-weightage or high-difficulty topics first, allocate your study time efficiently, and maximize your GATE score. All data is based on analysis of previous year papers and feedback from successful candidates.
Exam Date
February 7, 2026
Duration
3 Hours (180 minutes)
Total Questions
65 Questions
Total Marks
100 Marks
High
Medium
Low
Engineering Mathematics
Mining Geology, Mine Development & Surveying
| Topic | GATE Weight | Difficulty Level | Resource Link |
|---|---|---|---|
| Mining Geology Minerals, Rocks, Ore genesis, Structural geology | High | High | View Topic |
| Mine Development Access methods, Drilling, Blasting, Rock-tool interaction | Medium | High | View Topic |
| Mine Surveying Leveling, Theodolite, GPS, GIS, Remote sensing | Medium | Medium | View Topic |
Geomechanics & Ground Control
| Topic | GATE Weight | Difficulty Level | Resource Link |
|---|---|---|---|
| Engineering Mechanics Force systems, Equilibrium, Friction, Beam analysis | Medium | Medium | View Topic |
| Geomechanics Rock properties, Rock mass classification, Stress measurement | High | High | View Topic |
| Ground Control Pillar design, Roof support, Mine filling, Strata control | High | High | View Topic |
Mining Methods & Machinery
| Topic | GATE Weight | Difficulty Level | Resource Link |
|---|---|---|---|
| Mining Methods Surface & underground mining, Longwall, Stoping methods | High | Medium | View Topic |
| Mining Machinery Power transmission, Materials handling, Comminution | Medium | High | View Topic |
Surface Environment, Ventilation & Hazards
| Topic | GATE Weight | Difficulty Level | Resource Link |
|---|---|---|---|
| Surface Environment Pollution control, Land reclamation, EIA | Medium | Medium | View Topic |
| Mine Ventilation Airflow mechanics, Ventilation systems, Mine fans | High | High | View Topic |
| Underground Hazards Mine gases, Fires, Explosions, Safety management | Medium | High | View Topic |
Mineral Economics, Mine Planning & Systems Engineering
| Topic | GATE Weight | Difficulty Level | Resource Link |
|---|---|---|---|
| Mineral Economics Resource classification, Mine valuation, Mineral taxation | Medium | Medium | View Topic |
| Mine Planning Reserve estimation, Mine size determination, Haul road design | High | High | View Topic |
| Systems Engineering Reliability, Linear programming, Network analysis, Queuing theory | Medium | Medium | View Topic |
Concept Summary
Calculus Overview
Calculus in GATE MN covers limits, continuity, differentiability, partial derivatives, mean value theorems, maxima & minima, Taylor series, sequences & series, and Fourier series. Focus on problem-solving techniques and derivation shortcuts.
SEO Tip: Use keywords like "GATE MN Calculus 2026," "important Calculus concepts for GATE MN."
Formula Sheet
Essential Calculus Formulas
Downloadable PDF / Inline Table with all essential formulas. Highlight must-remember formulas.
Limits & Continuity Formulas
- lim(x→a) f(x) = L
- lim(x→0) sin(x)/x = 1
- lim(x→∞) (1+1/x)^x = e
- Continuity: lim(x→c) f(x) = f(c)
Differentiation Rules
- d/dx (u±v) = du/dx ± dv/dx
- d/dx (uv) = u dv/dx + v du/dx
- d/dx (u/v) = (v du/dx - u dv/dx)/v²
- Chain Rule: d/dx f(g(x)) = f'(g(x)) g'(x)
Maxima & Minima Conditions
- First derivative test: f'(x) = 0
- Second derivative test: f''(x) > 0 (min), f''(x) < 0 (max)
- Global extrema on [a,b]
Series & Fourier Coefficients
- Taylor series: f(x) = Σ fⁿ(a)(x-a)ⁿ/n!
- Maclaurin series (a=0)
- Fourier coefficients formulas
Solved PYQs
10 Past Year Questions from GATE MN
Show step-by-step solutions and alternative methods if possible.
Question 1
GATE MN 2022
Find the limit: lim(x→0) (sin(3x)/x)
Solution:
Step 1: Recognize the standard limit lim(x→0) sin(x)/x = 1
Step 2: Multiply numerator and denominator by 3: lim(x→0) (3 sin(3x))/(3x)
Step 3: Apply the standard limit: 3 × lim(x→0) sin(3x)/(3x) = 3 × 1 = 3
Answer: 3
Shortcut tip: For lim(x→0) sin(ax)/x, the answer is always a.
Question 2
GATE MN 2021
Find the derivative of f(x) = x²e^x
Solution:
Step 1: Apply product rule: d/dx (uv) = u'v + uv'
Step 2: Let u = x², v = e^x → u' = 2x, v' = e^x
Step 3: f'(x) = (2x)(e^x) + (x²)(e^x) = e^x(2x + x²)
Answer: e^x(x² + 2x)
Shortcut tip: For products of polynomials and exponentials, factor out the exponential after differentiation.
Practice MCQs
5 Topic-Specific Multiple Choice Questions
Immediate feedback: Correct / Incorrect + explanation. Can use interactive quiz widget to boost engagement.
UX Tip: Randomize options to prevent memorization.
Question 1: What is the derivative of f(x) = ln(x² + 1)?
Question 2: The function f(x) = |x| at x=0 is:
Recommended Book Links
Curated Reference Books for Deeper Study
Higher Engineering Mathematics
View Details
GATE Mathematics
View Details
Advanced Engineering Mathematics
View Details
Related Topics / Internal Linking
Key Features & UX Benefits
| Feature | User Benefit |
|---|---|
| Concept summary | Quick revision of topic in 5–10 min |
| Formula sheet | Fast recall during exam prep |
| Short video | Visual explanation for faster understanding |
| Solved PYQs | Practice previous exam trends |
| Practice MCQs | Test knowledge instantly |
| Recommended books | Deep learning & reference material |
| Related topics | Seamless internal navigation |
GATE MN Past Year Questions (PYQs) – Searchable & Downloadable
Access all GATE Mining Engineering past year questions with step-by-step solutions, filters by year, topic, difficulty, marks, and question type. Practice smart and prepare strategically.
Our comprehensive PYQ database helps you target weak areas, focus on high-weightage topics, and master the exam pattern through systematic practice.
One-Stop PYQ Hub
Find any question from past years instantly. Each question is linked to topic pages for conceptual clarity and comprehensive learning.
Searchable & Filterable
Filter by year, topic, difficulty, marks, and question type (MCQ/NAT). Target weak areas and focus on high-weightage topics efficiently.
SEO & Organic Traffic
Each PYQ has a unique URL optimized for search engines. Drive organic traffic with long-tail queries and structured data implementation.
Filter PYQs
Showing 8 of 1200+ PYQs
GATE MN 2022 – Calculus – Question 1
Evaluate the definite integral:
∫01 (x² + 2x + 1) dx
Step-by-Step Solution
1
Expand the integral: ∫01 (x² + 2x + 1) dx
2
Apply the power rule for integration: ∫x² dx = x³/3, ∫2x dx = x², ∫1 dx = x
3
Evaluate the definite integral: [x³/3 + x² + x]01
4
Substitute the limits: (1/3 + 1 + 1) - (0) = 1/3 + 2 = 7/3
Final Answer: 7/3
GATE MN 2021 – Geomechanics – Question 5
Which of the following rock mass classification systems is primarily used for coal mines?
A) RMR (Rock Mass Rating)
B) Q-system
C) MRMR (Mining Rock Mass Rating)
D) CMRI (Central Mining Research Institute) classification
Step-by-Step Solution
1
Analyze each option:
2
RMR is a general rock mass classification system applicable to various rock types.
3
Q-system is primarily used for tunneling projects.
4
MRMR is a modification of RMR specifically for mining applications.
5
CMRI classification was developed specifically for Indian coal mines.
Correct Answer: D) CMRI (Central Mining Research Institute) classification
GATE MN 2020 – Mine Ventilation – Question 3
Calculate the quantity of air (in m³/s) required to dilute methane gas emission of 5 m³/min in a coal mine to a safe level of 1% concentration. Assume normal atmospheric methane concentration is 0.1%.
Step-by-Step Solution
1
Convert methane emission to m³/s: 5 m³/min = 5/60 = 0.0833 m³/s
2
Use the dilution formula: Q = (Emission rate) / (Safe concentration - Background concentration)
3
Substitute values: Q = 0.0833 / (0.01 - 0.001)
4
Calculate: Q = 0.0833 / 0.009 = 9.26 m³/s
Final Answer: 9.26 m³/s
GATE MN Formula Sheets & Revision Cards – Printable Cheatsheets
Quickly revise all essential formulas with our downloadable PDF cheatsheets. Perfect for last-minute preparation, covering Engineering Mathematics, Rock Mechanics, Ventilation, Sampling & Statistics.
Our comprehensive formula sheets summarize all high-yield formulas and key concepts for GATE MN. Download A4-sized PDFs for offline study and quick revision before exams.
Quick Revision Tool
Summarizes all high-yield formulas and key concepts for GATE MN. Ideal for last-minute preparation or before exams.
Printable & Portable
Students can download A4-sized PDFs, print, and carry them for offline study. Perfect for on-the-go revision.
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Optimized PDFs can appear in Google search for queries like "GATE MN formula sheet PDF", driving organic traffic.
Download Formula Sheets
Engineering Mathematics
- Linear Algebra formulas
- Calculus & Vector Calculus
- Differential Equations
- Probability & Statistics
- Numerical Methods
Rock Mechanics & Geomechanics
- Rock mass classification
- Stress-strain relationships
- Subsidence equations
- Slope stability formulas
- Pillar design formulae
Mine Ventilation
- Airflow & pressure drop
- Fan laws & equations
- Heat load & cooling
- Natural vs. mechanical ventilation
- Ventilation network analysis
Sampling & Statistics
- Mean, median, mode, variance
- Hypothesis testing formulas
- Sampling methods
- Error calculations
- Correlation & regression
Engineering Mathematics Formula Preview
Table of Contents
Linear Algebra
Matrix Determinant
det(A) = Σ(-1)i+j aij Mij
Determinant of a square matrix using cofactor expansion
Matrix Inverse
A-1 = (1/det(A)) adj(A)
Inverse of a non-singular square matrix
Eigenvalues
det(A - λI) = 0
Characteristic equation for finding eigenvalues
Rank of Matrix
rank(A) = number of non-zero rows in REF
Maximum number of linearly independent rows/columns
Calculus
Fundamental Theorem
∫ab f(x) dx = F(b) - F(a)
Relationship between differentiation and integration
Integration by Parts
∫ u dv = uv - ∫ v du
Method for integrating products of functions
Taylor Series
f(x) = Σ f(n)(a)/n! (x-a)n
Infinite series representation of a function
L'Hôpital's Rule
lim f(x)/g(x) = lim f'(x)/g'(x)
For evaluating limits of indeterminate forms
Vector Calculus
Gradient
∇f = (∂f/∂x, ∂f/∂y, ∂f/∂z)
Vector of partial derivatives of a scalar field
Divergence
∇·F = ∂Fx/∂x + ∂Fy/∂y + ∂Fz/∂z
Measure of vector field's source at a point
Curl
∇×F = (∂Fz/∂y - ∂Fy/∂z, ...)
Measure of rotation in a vector field
Green's Theorem
∮C F·dr = ∬D (∂Q/∂x - ∂P/∂y) dA
Relationship between line and double integrals
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Keywords: "GATE MN 2026 formula sheet PDF", "Mining Engineering revision card"
GATE MN Full-Length Mock Tests – Real Exam Simulation
Experience the real GATE Mining Engineering exam interface with timed full-length tests, negative marking, section-wise splits, and instant analytics. Get your rank estimate and practice smartly.
Our realistic exam simulator helps you familiarize with the GATE MN environment, reduce anxiety, and benchmark your performance against thousands of aspirants.
Real Exam Simulation
Mimics GATE MN exam interface with section-wise split, negative marking, and timer management. Helps reduce exam anxiety through familiarity.
Performance Analytics
Get instant feedback with section-wise scores, accuracy percentages, speed analysis, and personalized revision suggestions.
Rank Estimation
Provides approximate rank based on current performance and historical cut-offs. Benchmark yourself against peers nationwide.
Available Mock Tests
Free Mock Test
- Full-length GATE MN simulation
- Section-wise split
- Negative marking
- Detailed analytics
- Rank estimation
Mock Test 1
- Based on 2025 pattern
- Advanced analytics
- Comparison with toppers
- Topic-wise breakdown
- Detailed solutions
Mock Test 2
- Higher difficulty level
- Time management analysis
- Performance trends
- Weakness identification
- Retry with shuffled questions
Exam Interface Preview
GATE MN 2026 - Full-Length Mock Test 1
02:58:45
Question 1
Calculate the definite integral:
∫01 (x² + 2x + 1) dx
Performance Analytics
72%
Overall Score
48/65
Questions Attempted
85%
Accuracy
~450
Estimated Rank
Section-wise Performance
Engineering Mathematics
Score: 12/15
80%
Mining Geology
Score: 8/10
80%
Geomechanics
Score: 14/15
93%
Mine Ventilation
Score: 7/10
70%
SEO & Lead Generation Strategy
Free Sample Mock
Offer 1-2 free full-length mock tests that require email sign-up, converting visitors into potential paying students.
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GATE MN Performance Dashboard – Track Your Progress & Improve
Visualize your strengths and weaknesses, monitor your time management, and receive personalized study recommendations based on your practice tests and quizzes.
Your Performance Overview
24
Total Tests Attempted
72%
Average Score
68%
Accuracy Percentage
7.2/10
Time Management Score
Strength / Weakness Heatmap
Linear Algebra
92%
Calculus
78%
Probability
65%
Vector Calculus
42%
Differential Equations
75%
Complex Analysis
58%
Performance Analytics
Personalized Study Plan
Topics to Revise
Vector Calculus Fundamentals
Focus on gradient, divergence, curl and their applications
Complex Integration
Master contour integration and residue theorem
Practice Recommendations
Probability PYQs 2020-2023
15 questions focusing on distributions and hypothesis testing
Vector Calculus Timed Drill
10 questions to improve speed and accuracy
Formula Sheets to Review
Vector Calculus Formulas
All essential formulas with examples
Probability Distributions
Key distributions and their properties
Download Your Performance Report
Get a detailed PDF report of your performance analytics to track your progress offline.
Download Performance ReportGATE MN Live Classes & On-Demand Recordings – Master Every Topic
Access upcoming live classes, watch recordings anytime, and enroll in focused crash courses to revise effectively before GATE MN 2026.
Our comprehensive learning platform combines real-time interactive sessions with flexible on-demand content to help you master every topic at your own pace.
Real-Time Learning
Students can attend live interactive sessions for each topic. Questions can be clarified immediately, improving concept clarity.
On-Demand Flexibility
Recordings available for offline study, accommodating different schedules. Students who miss a live class can catch up instantly.
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Upcoming Live Classes
Class Schedule
Linear Algebra - Complete Revision
2 days left
15 Nov 2024, 6:00 PM IST
90 minutes
Prof. Rajesh Kumar
PYQ-Focused
Rock Mechanics & Pillar Design
5 days left
18 Nov 2024, 7:30 PM IST
120 minutes
Dr. Priya Sharma
Prerequisites: Basic Mechanics
Mine Ventilation Systems
1 day left
14 Nov 2024, 5:00 PM IST
60 minutes
Prof. Anil Verma
Concept Building
Mini / Crash Courses
15-Day Rock Mechanics Crash Course
- Daily live classes & recordings
- Topic-wise PYQs & practice drills
- PDF formula sheets & cheat sheets
- Progress tracker & performance analytics
Course Schedule
- Day 1-3: Rock mass classification & properties
- Day 4-6: Pillar design & roof support
- Day 7-10: Slope stability & subsidence
- Day 11-15: PYQs + timed drills
30-Day Mathematics Mastery
- Complete Engineering Mathematics syllabus
- Weekly tests & performance analysis
- Formula sheets & quick revision notes
- Doubt clearing sessions
Course Highlights
- Week 1: Linear Algebra & Calculus
- Week 2: Vector Calculus & Differential Equations
- Week 3: Probability & Statistics
- Week 4: Numerical Methods & Revision
7-Day Ventilation Intensive
- Focused on high-weightage topics
- Daily practice problems & solutions
- Last-minute revision strategies
- Common mistakes & how to avoid them
Daily Focus
- Day 1: Airflow mechanics & pressure drop
- Day 2: Fan laws & ventilation systems
- Day 3: Heat load & cooling calculations
- Day 4-7: PYQs & mock tests
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All Courses
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Maths Revision Crash
30 Days • Engineering Mathematics
BESTSELLER
Master Linear Algebra, Calculus, Differential Equations, and Probability & Statistics with this intensive revision course.
- Daily structured study plan
- 50+ micro-video lessons
- 300+ practice questions
- Weekly live doubt sessions
94%
Success Rate
4.8
Rating
2,340
Students
Rock Mechanics Crash
15 Days • Geomechanics Focus
NEW
Comprehensive coverage of Geomechanics, Ground Control, Strata Analysis, Stress Distribution, and Slope Stability.
- 15-day intensive schedule
- Real-world case studies
- 200+ practice problems
- Formula cheat sheets
89%
Success Rate
4.7
Rating
1,560
Students
Ventilation Masterclass
7 Days • Intensive Focus
POPULAR
Master Mine Ventilation, Heat Load, Airflow Mechanics, Fans, Auxiliary Ventilation, and Safety Hazards in one week.
- 7-day sprint plan
- Interactive simulations
- 150+ targeted questions
- Expert instructor support
92%
Success Rate
4.9
Rating
2,890
Students
Mining Machinery Intensive
15 Days • Equipment Focus
NEW
Deep dive into drilling, blasting, loading, hauling equipment and their applications in modern mining operations.
- Equipment specifications
- Maintenance protocols
- Efficiency calculations
- Safety guidelines
87%
Success Rate
4.6
Rating
1,230
Students
Mine Planning Accelerator
30 Days • Comprehensive
ADVANCED
Complete coverage of mine design, planning, scheduling, optimization techniques and economic evaluation.
- Design principles
- Scheduling methods
- Optimization algorithms
- Economic analysis
91%
Success Rate
4.8
Rating
980
Students
Environmental Management
7 Days • Sustainability Focus
TRENDING
Learn about environmental regulations, impact assessment, waste management and sustainable mining practices.
- Regulatory frameworks
- Impact assessment methods
- Waste management techniques
- Sustainability practices
88%
Success Rate
4.7
Rating
1,450
Students
15-Day Maths Crash Course Schedule
Structured daily plan with pre-assigned topics, videos, PYQs, and practice drills for progressive mastery.
| Day | Topic | Resources | Activity | Duration |
|---|---|---|---|---|
| Day 1 | Matrices & Determinants | Video + Formula Sheet | Solve 10 PYQs | 1.5 hr |
| Day 2 | Eigenvalues & Cayley-Hamilton | Video + Examples | Quiz 5 Qs | 1 hr |
| Day 3 | Limits & Continuity | Video + Cheat Sheet | Practice 15 Problems | 1.5 hr |
| Day 4 | Differentiation & Applications | Video + Examples | Timed Drill (10 Qs) | 1 hr |
| Day 5 | Integration Techniques | Video + Formula Sheet | Solve 12 PYQs | 1.5 hr |
| Day 15 | Revision & Full-Length Practice | Mock Test | Analyze Performance | 2 hr |
Included Resources
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Enroll in a Crash Course TodayGuided Study Path
Provides structured guidance on which resources to study first, second, and last. Reduces overwhelm from too many books or resources.
Multi-Format Learning
Includes books, research papers, and solved past-year question PDFs for comprehensive topic coverage.
Downloadable Notes
Consolidated PDFs, cheat sheets, and formula sheets per topic enable offline study and last-minute revision.
Resource Categories
Books
- Primary & secondary references
- Author, edition & publisher details
- Page references for key topics
- Buy links or PDF links (if available)
Research Papers
- Journal articles for advanced topics
- Journal name, year & DOI links
- Key points relevant to GATE MN
- Summaries of important findings
Solved Papers
- Topic-wise past-year questions
- Step-by-step solutions
- Downloadable PDF format
- 2010-2025 question coverage
Topic-Wise Reading Flow
Linear Algebra
Mining Geology
Downloadable Notes & Resources
Rock Mechanics Notes Bundle
- Stress Distribution formulas
- Pillar Design calculations
- Slope Stability analysis
- Rock mass classification systems
Engineering Mathematics Formula Sheets
- Linear Algebra formulas
- Calculus shortcuts
- Probability distributions
- Numerical methods
Mine Ventilation & Safety Notes
- Ventilation system design
- Airflow calculations
- Mine safety protocols
- Hazard management
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Connect resources to relevant topic pages, PYQs, and formula sheets to increase engagement and crawl depth.
Download Optimization
Use descriptive file names like "GATE-MN-Rock-Mechanics-Notes-2026.pdf" for better search indexing.
GATE Score to Options Tool
Input your GATE MN score to discover likely PSU opportunities and M.Tech admission possibilities based on historical data.
Your Potential Opportunities
Top PSU Opportunities
- Coal India Limited (CIL)
- NTPC Limited
- ONGC
- SAIL
- Hindustan Zinc
M.Tech Institutes
- IIT Kharagpur
- IIT ISM Dhanbad
- NIT Rourkela
- IIT BHU
- NIT Surathkal
Recommended Actions
- Focus on technical interview preparation
- Prepare for group discussions
- Update your resume with projects
- Practice HR interview questions
- Prepare document verification folder
Quick Overview — What This Section Gives You
This section provides a clear roadmap showing how your GATE score becomes a PSU job offer or an M.Tech admission. We cover historical context, what recruiters look for (score + discipline + projects + internships + soft skills), and practical deliverables including resume templates, interview question banks, mock interview bookings, documents checklists, and salary expectations.
Typical PSU Recruitment Flow
Notification & Application
PSU posts recruitment notification (eligibility, discipline, vacancy). Students apply through official portals within the specified timeframe.
Shortlisting using GATE
PSUs shortlist based on GATE subject and minimum GATE score/percentile. Shortlist is published on official websites.
Tests / Interviews / GD
Shortlisted candidates undergo technical interviews, group discussions, or written tests depending on the PSU's selection process.
Document Verification & Medical
Identity, degree mark sheets, caste category (if applicable), category certificates, and medical fitness verification.
Offer & Onboarding
Appointment letter, acceptance, and joining formalities. Initial posting location and training schedule provided.
Typical Roles & Job Profiles
Junior/Graduate Engineer Trainee
₹8-15 LPA (CTC)
- Site/field engineering operations
- Maintenance planning & execution
- Production monitoring & reporting
- Safety compliance monitoring
Mine Planning
Safety Management
Operations
Management Trainee (Technical)
₹10-18 LPA (CTC)
- Rotational training across departments
- Project planning & coordination
- Team management preparation
- Strategic operations planning
Leadership
Project Management
Strategic Planning
Assistant Manager (E-1 Grade)
₹12-20 LPA (CTC)
- Team supervision & management
- Budget planning & control
- Vendor & contractor coordination
- Performance monitoring
Team Management
Budgeting
Vendor Management
Salary Ranges & Perks
Realistic Salary Bands (Approximate)
₹5-9 LPA
Entry-level PSUs (Coal, Regional Mining Companies)
₹8-18 LPA
Large Navratna / Maharatna PSUs (ONGC, NTPC, IOCL, SAIL, NALCO)
₹10-20 LPA
Management Trainee / Specialist roles in top PSUs
Note: Figures are approximate and change with recruitment cycle, allowances, posting, and negotiation. Always verify with official PSU notifications.
Document Checklist
Required Documents for Interviews / DV / M.Tech Admission
Photo ID (Aadhaar/Passport/Driving license)
Degree certificate or provisional certificate
Class 10 & 12 mark sheets
GATE scorecard (print & digital)
Category certificate (SC/ST/OBC/EWS) if applicable
No objection / experience certificates
Passport-sized photos
Medical fitness certificates
Interview Preparation — Technical & HR
Sample Question Bank + Strategy
Technical Questions
-
Explain the difference between intact rock strength and rock mass strength. How do you use RMR or Q in pillar design?Focus on rock mechanics fundamentals and practical applications in mining design.
-
How would you calculate required airflow for a working face given methane emission rate?Discuss ventilation calculations and safety considerations in gassy mines.
-
Describe steps to determine ultimate pit slope for an opencast mine.Cover geotechnical considerations, slope stability analysis, and design parameters.
HR & Behavioral Questions
-
Tell us about yourself & your final year project.Prepare a concise 2-minute summary highlighting your background and key project achievements.
-
Why mining engineering? Why this PSU / institute?Research the organization and connect your career goals with their mission and values.
-
If you find a risky unsupported area at the face, what immediate steps will you take?Demonstrate safety-first approach, communication protocols, and emergency procedures knowledge.
Frequently Asked Questions
Which PSUs recruit through GATE Mining?
Major PSUs that recruit through GATE Mining include Coal India Limited (CIL), NTPC, ONGC, SAIL, NALCO, Hindustan Zinc, HCL, and many others. The list updates annually with new recruitments.
How does GATE score relate to PSU shortlisting?
PSUs typically set minimum GATE score/percentile thresholds for shortlisting. Higher scores generally increase chances of shortlisting, but the exact cutoff varies by PSU, discipline, and number of vacancies each year.
What documents are required for PSU Document Verification?
Essential documents include photo ID, degree certificates, mark sheets (10th, 12th, graduation), GATE scorecard, category certificate (if applicable), experience certificates, passport photos, and medical fitness certificate.
How to apply for M.Tech using GATE score?
After GATE results, check individual institute websites (IITs/NITs) or centralized portals like CCMT for application notifications. Submit applications before deadlines, and participate in counselling rounds based on your GATE score and rank.
What is a competitive GATE MN score for IIT/NIT admission?
For top IITs, scores above 700+ (or 90+ percentile) are generally competitive. For NITs, scores above 600+ (or 80+ percentile) are typically required. Cutoffs vary annually based on difficulty level and number of applicants.
Download Complete PSU & M.Tech Action Kit
Get our comprehensive guide including resume templates, interview question banks, document checklists, and preparation strategies — everything you need to convert your GATE score into a PSU job or M.Tech admission.
Download Action KitContent Strategy & Goals
Build Topical Authority
Establish our platform as the definitive resource for GATE Mining Engineering through comprehensive, authoritative content that covers every aspect of the syllabus.
Attract High-Intent Traffic
Target specific study queries, problem walkthroughs, and PYQ solutions that students actively search for during their preparation journey.
Convert Readers into Leads
Use valuable content as entry points to convert visitors into mock test takers, course enrollees, and engaged community members.
Content Types (Weekly Rotation)
Problem Walkthroughs
- Step-by-step solutions to hard PYQs
- Time-saving tricks & shortcuts
- Common mistakes analysis
- Related practice questions
How-tos & Tutorials
- "How to approach ventilation problems"
- "Pillar design step-by-step"
- Concept foundation & theory
- Worked examples & practice plan
Case Studies
- Real mine problem analysis
- Data & assumptions with diagrams
- Calculation steps & methodology
- Lessons learned & exam linkage
SEO Framework (Must-Follow)
Primary Tactic: Topic Clusters (Pillar + Satellites)
Pillar Pages
Comprehensive overview pages for major syllabus sections
GATE MN Syllabus / Section page
(e.g., Geomechanics Pillar)
(e.g., Geomechanics Pillar)
Cluster Posts
Individual long posts that deep-dive into subtopics
All linking to & from the pillar
(Anchor text = topic keyword)
(Anchor text = topic keyword)
Internal Linking
Heavy and contextual linking between related content
Minimum 4-6 contextual links
per blog post to topic hubs
per blog post to topic hubs
On-Page SEO Checklist (Every Post)
URL Structure
Short, keyword-rich slugs
/how-i-solved-longwall-question
Title Tag
< 60 chars, primary keyword early
GATE MN Longwall Question Solution - Step-by-Step
Meta Description
120-155 chars, CTA + hook
Learn how to solve GATE MN longwall mining problems with our step-by-step walkthrough. Download practice questions and improve your score.
Schema Markup
Article schema; HowTo or QAPage for solutions
Implement structured data for
better search visibility
better search visibility
Post Structure & Templates
Problem Walkthrough
- Precise title with year/topic
- Quick TL;DR with final answer
- Clean problem statement
- Concepts tested list
Template Structure
- Title: "Solved: GATE MN 2018 Longwall Question — Step-by-Step"
- Quick TL;DR (1-2 lines)
- Problem Statement (clean typeset)
- What the question tests (concepts)
- Step-by-step solution (numbered)
- Alternate methods & time-saving tricks
- Common mistakes students make
- Related PYQs / practice questions
- Download: printable solution PDF
- CTA to timed drills
How-to Deep Guide
- Title: "How to Solve [Topic] for GATE MN"
- Intro with what, why, who
- Concept foundation & theory
- Important formulas & derivations
Template Structure
- Title: "How to Solve Ventilation for GATE MN — Complete Guide"
- Intro (what, why; who this is for)
- Concept foundation (theory succinctly)
- Important formulas & derivations
- Worked examples (3-5, increasing difficulty)
- PYQ integration with solutions
- Practice plan (week/day schedule)
- Common pitfalls + quick checks
- Resources: books, NPTEL, videos
- CTA to download formula sheet
Case Study
- Real mine / hypothetical problem
- Data & assumptions with diagrams
- Analysis steps with calculations
- Lessons learned & exam linkage
Template Structure
- Problem background (real mine)
- Data & assumptions (clear diagrams)
- Analysis steps with calculations
- Result & decisions (method choices)
- Lessons learned & exam linkage
- Appendix: spreadsheets / formulas
- Downloadable resources
Visuals & Media Strategy
High-Quality Diagrams
Mine layouts, cross-sections, stress charts, and annotated screenshots of PYQs to enhance understanding and visual appeal.
Math Typesetting
LaTeX/MathJax implementation for clear presentation of complex equations, formulas, and mathematical solutions.
Video Walkthroughs
Embed 3-8 minute explanation videos that repurpose blog content into micro-video format for different learning styles.
Downloadable Assets
Solution PDFs, worksheets, editable spreadsheets, and cheat sheets that provide additional value and encourage downloads.
Internal Linking Strategy
Each Blog Must Link To:
Relevant Topic Hub
1-2 links to the main pillar page for the topic being discussed (e.g., Geomechanics hub page).
Related PYQ Pages
2-4 links to specific past year question pages that relate to the content being discussed.
Formula Sheets
1 link to relevant formula sheets or cheat sheets that support the topic being covered.
Mock Tests
1 link to any related mock tests or practice sections that allow application of the concepts.
Anchor Text Best Practices
Use natural, descriptive anchor text that clearly indicates what the linked page contains. Examples: "see the calculus formula sheet", "practice similar PYQs", "learn more about ventilation systems".
Ready to Implement This Content Strategy?
Start creating authoritative content that drives traffic, builds topical authority, and converts readers into engaged students.
FAQ
20 essential GATE MN questions (unchanged)
Q: Which topics are covered under the GATE MN syllabus?
Q: Are calculators allowed in GATE?
Q: What is the difference between MCQ and NAT questions?
Q: How should I attempt NAT questions effectively?
Q: How is the GATE score calculated and normalized?
Q: What is negative marking in GATE?
Q: What is the eligibility criteria for GATE?
Q: How many attempts are allowed for GATE?
Q: Where can I download previous year question papers and official answer keys?
Q: How to prepare the Engineering Mathematics section effectively?
Q: What is the best way to attempt the paper on exam day?
Q: How can I challenge the provisional answer key?
Q: What cutoffs should I expect for PSU shortlisting or M.Tech admissions?
Q: How important are PYQs for GATE MN preparation?
Q: How do I tackle long numerical calculations without physical calculators?
Q: What is the syllabus overlap between Mining and other engineering streams?
Q: How many mock tests should I attempt before the exam?
Q: Can I change my GATE exam paper after application?
Q: What are common mistakes to avoid in GATE MN preparation?
Related Resources
• Syllabus Navigator & Topic Hubs
• Searchable PYQ Database
• Full-length Mock Tests (Sample free mock)
Quick Actions
• Print this FAQ (top-left)
• Download structured FAQ JSON (button)
• Subscribe for updates & cutoff tracker
Note to Students
Always verify official exam policies on the organizing institute website. The content above is preserved as provided. Use the resources for study and exam planning.