Mining Engineering Syllabus & Subjects 2023: Semester-wise List, Top Colleges Syllabus PDF

Subject title

Subject details

Mine Development

The design and construction of a mine is a complex process that must be carried out in accordance with the requirements of the applicable laws and regulations, including environmental regulations. The design process begins with an exploration program that identifies ore bodies and evaluates their economic potential. From this, an appropriate mining method is selected based on the geologic conditions and the costs associated with different methods.

Some parts of the syllabus include:

1. Project Planning & Control

2. Mine Design & Layout

3. Mine Ventilation & Dust Control

4. Mine Geology & Mineralogy

5. Mine Production Engineering & Equipment Selection

Geomechanics

This area involves understanding how rock deforms when subjected to stress or strain by analysing geologic processes like folding, faulting, and fracturing using computer modelling techniques such as Finite Element Analysis (FEA).

Some parts of the syllabus are:

?       Exploration and Mining Methods

?       Mining Machinery and Equipment

?       Production Processes (Stope Mining)

?       Mineral Processing Technology

?       Instrumentation and Control Systems in Mining Industry

Surface Mining Technology

Surface mining is the process of extracting rock or minerals from the surface of the earth. The strata which are being extracted from may be near the surface or deep underground, and are referred to as overburden and valuable ore respectively. Surface mining begins with the removal of surface debris, overburden, and other materials that lie above the mineral deposit, to expose the ore body.

Some parts of the syllabus are:

?       Geology and geochemistry of mineral deposits

?       Surface mining methods and equipment

?       Mining processing technology (extraction, beneficiation, concentration and milling)

?       Environmental and social issues in mining (environmental management, occupational health and safety)

Mine Legislation and Safety Engineering

The coursework includes Mining laws, rules and regulations including the Mine Act 1995, Mines Regulations 1999, Explosives Act 1957 and subsidiary legislation. Along with this, design of underground mine ventilation systems for safety considerations such as gas explosion prevention, mine fire prevention, ventilation control schemes for mine fires, gaseous hazards and carbon monoxide poisoning etc., is also included.

Some parts of the syllabus are:

?       Mining Law and its implications.

?       Mine safety and health act.

?       Mine safety and health regulations.

?       Underground mining regulations.

?       Safety Plans for underground mines.

Mine Planning

This course covers the theory and practice of mine planning, including a broad range of topics such as mine design and production scheduling, cost estimation and risk analysis. Students will learn how to evaluate various mining methods using economic and financial criteria, such as the decision on whether or not to invest in new mines, or whether or not to develop existing mines.

The syllabus includes the following topics:

?       Resource Estimation

?       Mine Site Evaluation

?       Mine Design, Equipment Selection and Layout Planning

?       Production Scheduling and Control Systems

?       Mine Management Systems (MMS)

?       Mine Safety and Health Administration (MSHA) Regulations

Subject title

Subject details

Tunnelling

Tunnelling covers a wide variety of methods for moving below ground. In engineering, tunnelling may be classified by type of material excavated (e.g., rock mass tunnelling), type of construction (e.g., shield vs. earth pressure balance), type of excavation equipment used (e.g., tunnel boring machine or hand excavation), or type of work performed by the tunnelling machine (e.g., muck removal).

Ecology and Environmental Management

This module aims at enhancing the knowledge of students with respect to the various aspects of ecology and the environment. The course aims at providing a comprehensive understanding of the fundamentals of ecology, its application in various areas of life, and its importance for human well being.

Deep Sea Mining

Mining in deep sea areas involves extracting minerals from seabeds at depths of 2-5 km. This mineral extraction involves various technological challenges such as water pressure and temperature, limited space for equipment, limited time for extraction and rising costs due to lack of infrastructure.

Semester

Subject

Subject Details

3

Strength of Materials

Strength of Materials is one of the most important topics in Mining Engineering. It deals with the behaviour of materials under load and also its strength. This subject covers the study of stress, strain, stress-strain relationships, elasticity and plasticity. The key concepts covered in this subject are Stress, Strain, Stress-Strain relationship, Hooke’s law, Elastic Limit, Plastic Limit and Equivalent uniform load(Friction force) on a plane surface.

3

Introduction to Geology

This coursework is designed to give students an introduction to geology and geostatistics. The relationship between the two disciplines is explained, along with the importance of earth's history in understanding present-day processes. The module will include an overview of the geological time scale and how it is used to understand Earth's history; how scientists work with data (and why it is important) through a study of statistics; and finally an introduction to some common rocks and minerals (e.g., quartz, feldspar).

3

Mine Exploration

The process of gathering and analysing information about potential mineral deposits, including surface and subsurface data, to determine if a prospect is likely to contain economically viable quantities of minerals.

4

Applied Thermodynamics

 It involves finding out how to apply principles from physics to design energy systems, including internal combustion engines, heat engines, refrigeration systems, and solar power plants. Applied thermodynamics also deals with industrial processes and transportation systems such as steam turbines and internal combustion engines.

4

Mine Surveying

The primary purpose of mine surveying is to provide information on the layout of underground workings, structural geology, ore reserves, mineralogy, and subsidence. It can also be used to evaluate the effects of mining on water supplies and drainage systems.

5

Rock Mechanics and Ground Control

The coursework will include rock mass classifications based on joint properties and discontinuities - foliation joints, corner joints/joint sets, shear zones/shearing joints/joint sets (including open fractures), bedding planes/joint sets/unconformities (including open fractures).

5

Mineral Processing Technology

Mineral processing includes the extraction of minerals from their ores and the preparation of these for use in products. The extraction process may involve physical or chemical methods, or both.

6

Underground Coal and Metal Mining Technology

The syllabus of Underground Coal and Metal Mining Technology includes all the important aspects of underground mining. This course is a combination of theoretical and practical knowledge. It includes different topics like coal mining, mineral processing, underground hazards, geology, mineral resources and other related topics.

6

Mine Ventilation

The subject includes the study of methods of detecting explosive concentrations in air by flame ionisation detectors. Flame ionisation detectors are used to measure explosive concentrations in mines where firedamp is present. They are also used in conjunction with other equipment which detects gases such as methane or carbon monoxide.

7

Mine Legislation and Safety Engineering

The syllabus of Mine Legislation and Safety Engineering includes Occupational health & safety system in mining industry, occupational exposure limits, risk assessment methodologies in mining industry, pre-startup review of mine plans and procedures, pre-startup program implementation etc.

Specialisation

Subjects

Details

Underground Mining Engineering

?       Geology

?       Surface and underground mapping

?       Underground rock mechanics

?       Underground drilling and blasting technologies

?       Working conditions in underground mines

?       Instrumentation and monitoring in mining

?       Mine planning and scheduling

?       Production optimization

This area focuses on the design and operation of underground mines for extraction of valuable minerals such as coal or gold from subterranean mines by means of deep shafts or tunnels driven into the earth's crust below ground level.

Exploration Engineering

?       Mineralogy and metallurgy.

?       Rock mechanics.

?       Geology and geochemistry.

?       Engineering geology.

?       Structural geology.

?       Stratigraphy and sedimentation.

?       Sediment transport processes and coastal processes.

This area deals with the exploration, design and development of mineral deposits. Exploration engineers work in both public and private sectors on projects that range from resource assessment to mine development to mine closure.

Mineral Processing

?       Introduction to Mineral Processing

?       Types of Mineral Processing

?       Classification of Minerals for Mining Purposes

?       Mineral Separation Processes

?       Flotation

?       Gravity Concentration Methods

?       Cyanidation Processes

?       Roasting and Leaching Processes

Mineral processing refers to the methods used to separate valuable minerals from less valuable materials to make them usable by humans. These materials are usually mined from the earth's crust, but they can also be extracted from seawater or even outer space!

Subject

Book title

Author

Description

Strength of Materials

A Textbook of Strength of Materials

R.K. Bansal

 This book provides excellent coverage on topics like bending moment diagrams, shear force & bending moment diagrams, torsion of prismatic bars under axial load, plane frames under uniform load & their reactions at supports; introduction to stress analysis; Mohr’s circle method; plasticity & yield line theory; elastic limit; calculations from bending moments & shear forces to bending moments & deflection due to applied loads etc.

Introduction to Geology

An Introduction to Geology

V. S. Joji

It was written to provide a general introduction to geology for those who had little or no knowledge of the subject, and its aim was to supply an outline which would be helpful to students preparing for examinations in geology.

Mine Exploration

Mineral Exploration: Principles and Applications

S. K. Haldar

 It covers the most relevant aspects of mineral exploration from the geologic perspective. The book covers the techniques used to find ore deposits, including geophysical surveys, drilling, sampling, mapping and the interpretation of data obtained from these techniques. It also discusses economic geology and how to evaluate ore deposits for their economic potential.

Applied Thermodynamics

Applied Thermodynamics

R. K. Rajput

The book explains how to use the laws of thermodynamics to solve problems related to heat engines, refrigerators, air conditioners and spacecrafts. It also covers topics such as combustion, chemical reactions and nuclear reactors.

Mine Surveying

A Study of Mine Surveying Methods and Their Applications to Mining Engineering

Lewis Emanuel Young

The author discusses several different types of instruments used by mining engineers to survey a mine site. These include inclinometers that measure how steep a surface is, levels that indicate whether an object is above or below ground level, and stadia rods that provide precise measurements of distances between objects at different locations.

1

IIT Delhi

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2

IIT Kharagpur

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3

IIT Roorkee

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4

IIT Hyderabad

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5

IIT Varanasi

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6

Anna University

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7

VIT Vellore

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8

NIT Rourkela

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