Semester 1: Foundation in Basic Sciences (Focus: Building Engineering Basics)
Subject
Chapters/Topics
Brief Description
Engineering Mathematics I
1. Differential Calculus (Taylor’s series, maxima/minima).
2. Integral Calculus (multiple integrals, applications).
3. Vector Calculus (gradient, divergence, curl).
4. Ordinary Differential Equations (initial value problems).
Provides mathematical foundations for algorithm analysis, optimization, and modeling in computing.
Engineering Physics
1. Mechanics (laws of motion, friction).
2. Waves and Optics (wave propagation, acoustics).
3. Thermal Physics (thermodynamics laws).
4. Modern Physics (quantum basics).
Introduces physical principles for rock mechanics, seismic surveying, and heat transfer in mining.
Engineering Chemistry
1. Atomic Structure and Bonding.
2. Thermodynamics and Kinetics.
3. Organic Chemistry (explosives).
4. Electrochemistry (corrosion).
Covers chemical processes in mineral processing and corrosion prevention in mining equipment.
Basic Electrical Engineering
1. DC Circuits and Networks.
2. AC Circuits (phasors, power).
3. Electrical Machines (motors, generators).
4. Basic Electronics.
Fundamentals for electrical systems in mining machinery and ventilation systems.
Introduction to Programming
1. Orthographic Projections.
2. Isometric Views.
3. Sections and Development of Surfaces.
4. CAD Basics.
Technical drawing for designing mine layouts and equipment.
Labs
Physics Lab, Chemistry Lab, Workshop Practice.
Hands-on experiments in mechanics, material testing, and basic fabrication techniques.
Semester 2: Advanced Foundations (Focus: Mechanics and Geology)
Engineering Mathematics II
1. Partial Differential Equations (wave/heat equations).
2. Complex Variables (analytic functions).
3. Laplace Transforms.
4. Fourier Series/Analysis.
Advanced tools for solving stress distribution and seismic wave analysis in mining.
Engineering Mechanics
1. Statics (equilibrium, trusses).
2. Dynamics (kinematics, kinetics).
3. Friction and Centroids.
Applies to stability analysis of mine structures and equipment design.
Basic Mechanical Engineering
1. Thermodynamics (cycles, laws).
2. Fluid Mechanics (properties, flow).
3. Machine Elements (gears, bearings).
Fundamentals for pumps, compressors, and hydraulic systems in mining operations.
Geology
1. Mineralogy and Petrology.
2. Structural Geology.
3. Earth’s Crust and Plate Tectonics.
4. Geological Mapping.
Understanding of rock types, structures, and formations critical for mineral exploration.
Labs
Mechanics Lab, Geology Lab.
Experiments in force analysis and rock/mineral identification.
Semester 3: Introduction to Mining Basics (Focus: Mineral Exploration and Rock Mechanics)
Mining Geology
1. Ore Deposits and Formation.
2. Mineral Exploration Techniques.
3. Stratigraphy and Ore Genesis.
4. Geological Mapping and Sampling.
Explores geological formations for mineral deposits and site selection for mining.
Rock Mechanics
1. Stress and Strain in Rocks.
2. Rock Properties (strength, elasticity).
3. Rock Failure Mechanisms.
4. Rock Testing.
Analyzes rock behavior under mining-induced stresses for safe excavation.
Engineering Mathematics III
1. Numerical Methods (interpolation, integration).
2. Linear Algebra (matrices, eigenvalues).
3. Probability and Statistics.
Numerical solutions for stress analysis and resource estimation in mines.
Surveying
1. Chain and Compass Surveying.
2. Leveling and Contouring.
3. Theodolite and Tacheometry.
4. GPS in Surveying.
Techniques for mapping mine sites and underground workings.
Introduction to Mining Engineering
1. Overview of Mining Industry.
2. Surface and Underground Mining.
3. Mining Methods.
4. Mine Safety Basics.
Broad introduction to the mining industry, processes, and safety principles.
Labs
Rock Mechanics Lab, Surveying Lab.
Rock strength testing and field surveying for mine planning.
Semester 4: Core Mining Techniques (Focus: Excavation and Mineral Processing)
Mine Development
1. Mine Planning and Design.
2. Shaft Sinking and Tunneling.
3. Drilling and Blasting.
4. Mine Support Systems.
Techniques for developing mine infrastructure and safe excavation.
Mineral Processing
1. Crushing and Grinding.
2. Screening and Classification.
3. Froth Flotation.
4. Gravity and Magnetic Separation.
Processes to extract and concentrate minerals from ores.
Strength of Materials
1. Stress/Strain Analysis.
2. Torsion and Bending.
3. Columns and Beams.
4. Material Failure.
Material strength for designing mine supports and equipment under load.
Fluid Mechanics
1. Fluid Properties and Statics.
2. Kinematics and Dynamics of Flow.
3. Flow in Pipes.
4. Pumps and Hydraulics.
Models fluid behavior in mine drainage and slurry transport systems.
Mine Surveying
1. Underground Surveying.
2. Mine Mapping and GIS.
3. Volume and Reserve Estimation.
4. Surveying Software.
Advanced surveying for underground mines and resource estimation.
Labs
Mineral Processing Lab, Mine Surveying Lab.
Experiments in ore processing and underground surveying simulations.
Semester 5: Advanced Mining Operations (Focus: Mine Ventilation and Safety)
Mine Ventilation
1. Airflow in Mines.
2. Ventilation Systems Design.
3. Gas and Dust Control.
4. Fan Performance.
Design of ventilation systems to ensure air quality and safety in mines.
Surface Mining
1. Open-Pit Mining.
2. Strip Mining Techniques.
3. Equipment Selection.
4. Slope Stability.
Methods and equipment for efficient surface mining operations.
Underground Mining
1. Room and Pillar Mining.
2. Longwall Mining.
3. Sublevel Caving.
4. Ground Control.
Techniques for safe and efficient underground mineral extraction.
1. Mine Hazards (fires, explosions).
2. Safety Regulations and Standards.
3. Risk Assessment.
4. Emergency Response.
Mine Safety and Legislation
Safety protocols and legal frameworks for mining operations.
Elective I (e.g., Mine Automation)
1. Automation Technologies.
2. Remote Sensing in Mining.
3. IoT in Mines.
4. Robotics in Mining.
Introduction to automated systems for efficient and safe mining.
Labs
Ventilation Lab, Mining Methods Lab.
Airflow testing and simulation of mining techniques.
Semester 6: Mineral Economics and Processing (Focus: Economics and Advanced Processing)
Mineral Economics
1. Cost Estimation.
2. Cash Flow Analysis (NPV, IRR).
3. Mineral Market Analysis.
4. Resource Valuation.
Economic evaluation of mining projects and mineral reserves.
Advanced Mineral Processing
1. Hydrometallurgy.
2. Pyrometallurgy.
3. Leaching and Extraction.
4. Tailings Management.
Advanced techniques for refining and processing complex ores.
Mine Machinery
1. Excavators and Loaders.
2. Haulage Systems.
3. Crushers and Conveyors.
4. Maintenance Practices.
Design and operation of heavy machinery used in mining.
Geotechnical Engineering
1. Soil and Rock Mechanics.
2. Slope Stability Analysis.
3. Ground Support Design.
4. Subsidence Prediction.
Analysis of ground stability for safe mining operations.
Elective II (e.g., Environmental Management in Mining)
1. Mine Reclamation.
2. Waste Management.
3. Water Treatment.
4. Environmental Impact Assessment.
Strategies for sustainable mining and environmental restoration.
Labs
Mineral Processing Lab, Geotechnical Lab.
Ore refining experiments and soil/rock stability testing.
Semester 7: Advanced Topics and Projects (Focus: Integration and Specialization)
Mine Planning and Optimization
1. Mine Design Software.
2. Production Scheduling.
3. Optimization Techniques.
4. Resource Modeling.
Advanced tools for optimizing mine design and production efficiency.
Explosives Engineering
1. Types of Explosives.
2. Blast Design and Patterns.
3. Vibration Control.
4. Safety in Blasting.
Safe and efficient use of explosives in mining operations.
Health, Safety, and Environment (HSE)
1. Risk Assessment and Mitigation.
2. Hazard Identification.
3. Environmental Regulations.
4. Emergency Preparedness.
Compliance with safety and environmental standards in mining.
Elective III (e.g., Deep Mining)
1. High-Stress Rock Mechanics.
2. Deep Mine Ventilation.
3. Thermal Management.
4. Deep Mining Challenges.
Techniques for mining at extreme depths with complex conditions.
Industrial Training/Project
N/A
6-8 week internship in mining industry; mini-project on real-world problems.
Labs
Mine Planning Lab.
Simulation of mine design and optimization using software tools.
Semester 8: Capstone and Emerging Technologies (Focus: Innovation and Professional Practice)
Major Project
N/A
Industry-sponsored research on topics like automated mining, sustainable practices, or AI in mine planning.
Seminar
Literature Review and Presentation.
Students present on trends like digital twins, autonomous mining equipment, or green mining technologies.
Elective IV (e.g., Mining Data Analytics)
1. Data Mining Techniques.
2. Predictive Maintenance.
3. Machine Learning in Mining.
4. Big Data Applications.
Use of data analytics for optimizing mining operations and maintenance.
Professional Practice
1. Ethics in Mining Engineering.
2. Contracts and Mining Laws.
3. Project Management.
4. Leadership Skills.
Career skills, industry ethics, and regulatory compliance in mining.
Comprehensive Viva
N/A
Oral exam covering the entire mining engineering curriculum.