M.TECH IN MINERAL ENGINEERING
Master
Online
Description
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Type
Master
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Methodology
Online
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Duration
2 Years
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Start date
Different dates available
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Online campus
Yes
Mining brings hidden natural earth minerals to the surface in a safe, efficient, and responsible way without causing undue disturbance to the environment, to satisfy societal and industrial needs, and to promote significant contributions to the economy. To make mine operations more productive, safe, and economical using modern technology and highly sophisticated equipment methodologies, the industry needs intelligent, responsible, creative, and skillful practitioners. The job responsibilities of Mining Engineers include designing layouts for both surface and underground mines, preparation of short- and long-range mine plans and production sequences, selection and scheduling of equipment, designing blast patterns for rock fragmentation and excavation, designing ventilation plans for underground mines, monitoring safety of personnel and equipment, optimizing processes, etc.
Mining engineers not only plan, design and supervise the exploitation of both the surface and underground mining operations for safe and profitable extraction, but also to bring innovative decisions for making the mining operation sustainable in challenging environmental and difficult market conditions. To become a good decision maker, mining engineers require sound fundamental technical and scientific multi-disciplinary knowledge as well as practical skills for communicating and working in multidisciplinary teams.
Facilities
Location
Start date
Start date
About this course
The Mining Engineering undergraduate curriculum at Michigan Tech prepares students for careers in Mining and related industries. It is expected that within few years of graduation, our students will:
(i) Have a career in mining or an allied industry, or be enrolled for higher study with due consideration of sustainable and societal issues
(ii) Be effective in the design and evaluation of solutions to challenging mining engineering problems and communicate and function effectively in multidisciplinary teams
(iii) Be expected to continue their professional development by obtaining licensure as a Professional Engineer and participating in short courses and conferences
(iv) Be expected to understand and engage in a safe, professional and ethical work practice and industrial hygiene.
BACHELORS IN TECHNOLOGY STUDENTS ELIGIBLE
EDUCATIONAL DOCUMENTS
PASSPORT SIZE PHOTO
ID PROOF
BACHELORS IN TECHNOLOGY STUDENTS ELIGIBLE
ON LINE, SELF LEARNING
ON LINE APPLICATION FORM REGISTRATION CHARGES
Reviews
Subjects
- Mathematics
- Mineralology
- Engineering
- Communication Training
- GCSE Mathematics
- Production
- Minerals
- Mine transport
- Mineralogy
- Mine safety
Teachers and trainers (1)
SNEHA SHARMA
ENGINEERING JOBS
Course programme
- Physics I
- Chemistry I
- Mathematics I
- Sciences Of Mineral Deposit Formation
- Computer Science
- Communication Workshop 1.1
- Mine Site Pollution and Environment
- Physics II
- Chemistry II
- Mathematics II
- Global Mineral Deposits and Occurrences
- EngineeringGraphics
- Communication Workshop 1.2
- Mining Database and Informatics
- Mathematics III
- Mineral Deposits of Complex Formations
- Fluid Mechanics
- Thermodynamics & Heat Engines
- Mine Surveying and Planning
- Basic Electronics Engineering
- Basic Electrical Engineering
- Methods of Surface Mining
- Mine Surveying & Planning
- Geo Statistics for Ore Bodies Estimation
- Programming Language and DBMS
- Mineral Economics and Exploitation Risk
- Communication Workshop 2.0
M.TECH IN MINERAL ENGINEERING