Programme Overview

Mining is the activity concerned with the extraction of minerals whereas mining engineering is the practice of applying engineering principles to planning, development, operation, closure and reclamation of mines. Mining industry is in the lime light today, because it provides most of the raw materials required for the ever-increasing demands of the society with regard to infrastructure, goods, services and energy. The Department of Mining Engineering at AISECT University specializes in Mining Technology, Geomechanics and Strata Control, Mine Environment and Safety Engineering, Clean Coal Technology, Mine Planning, Mie Surveying, Mining Geology and Hydrogeology. The Department regularly conducts continuing education programmes for the benefit of the professionals from industry and other academic, research and government regulatory organisations representing both national and international level. The current research focus of the Department includes coal mining technology, fly ash management, slope stability, spontaneous heating of coal and mine fires, modelling of coal bed methane, cumulative environmental impact assessment, and mine systems reliability.

  • 3 Years

    Duration of programme

  • Diploma

    Level of Study

Key Highlights

Highly experienced Faculty members
Practical & Field Training
Laboratory & Technical Training
Focus on Safety & Regulation
Software & Digital Skills

How will you benefit

Job-Ready Skills at an Early Stage.
Shorter Duration with High Value
Great Career Opportunities
Cost-Effective Education

What will you study

Primarily based on fundamental principles

The students will be able to understand the new development

More stress is placed on application in the Engineering field

Soft Skills & Career Readiness

  • PO-1-Basic Engineering Knowledge: Apply knowledge of mathematics, science, and engineering fundamentals to solve broadly-defined engineering problems,
  • PO-2-Problem Analysis: Identify and analyse well-defined engineering problems using logical reasoning based on core engineering principles. 
  • PO-3-Design/Development of Solutions: Design solutions for technical problems and assist with the design of systems, components, or processes that meet specified needs.
  • PO-4-Engineering Tools, Equipment, and Software: Apply appropriate techniques and tools (like AutoCAD, PLC, simulation tools) to analyse and solve engineering problems.
  • PO-5-Engineering Practices for Society, Sustainability, and Environment: Understand the impact of engineering practices on society, environment, and sustainability — and apply safety practices responsibly. 

  • PSO-1-Apply knowledge of mechanical systems, thermal engineering, and production to solve practical problems.
  • PSO-2-Use surveying tools, estimation techniques, and construction knowledge for building and infrastructure projects.
  • PSO-3-Apply knowledge of wiring, circuit design, and automation tools like PLC/SCADA in real-world applications.
  • PSO-4-Use modern computing tools, networking knowledge, and problem-solving approaches to address IT and software challenges.
  • PSO-5-Apply knowledge of geology, drilling, blasting, and mine safety in mining operations.
  • PSO-6-Operate and maintain mining equipment, ensuring compliance with safety and environmental regulations.

  • PEO-1-Career Readiness
  • PEO-2-Higher Education and Lifelong Learning
  • PEO-3-Technical Competence and Problem-Solving
  • PEO-4-Ethics and Social Responsibility
  • PEO-5-Teamwork and Communication

Curriculum

  • Mathematics-I
  • Applied Mechanics
  • Physics
  • Environment Engineering and Safety
  • Communication Skills-I

CAREERS AND EMPLOYABILITY

Private and Public sector
Higher Education Opportunities
Entrepreneurship and Freelancing
Junior Engineer,

ELIGIBILITY CRITERIA

10th Pass out

ITI/12th Pass out (LE)

Apply Now Enquiry Now WhatApp Now