Program Overview

Introduction to the Smart Mining Engineering Program

The Smart Mining Engineering program is designed to meet the demands of the modern mining industry, which is transitioning from mechanical to intelligent and unmanned operations. This program is based on the National Energy Technology Revolution and the Ministry of Education's New Engineering Construction.

Program Overview

The Smart Mining Engineering program is a four-year undergraduate program that aims to cultivate comprehensive and innovative talents with a solid foundation in theory, strong engineering practice capabilities, and high comprehensive quality. The program combines basic science, artificial intelligence, and engineering technology to train students in the field of smart mining engineering.

Training Objectives

The program's training objectives are to cultivate students who possess a solid foundation in mining engineering, software engineering, information engineering, and artificial intelligence. Graduates will be able to work in design and research units, government departments, and mining enterprises, engaging in design, construction, production technology management, safety monitoring, and scientific research.

Main Courses

The program's main courses include:

• Mining geology
• Engineering surveying
• Mechanical design foundation
• Electrical and electronic technology
• Fluid mechanics and fluid machinery
• Computer programming foundation (C language)
• Python programming foundation
• Mining engineering
• Rock mechanics
• Mine ventilation
• Shaft engineering
• Mining damage and environmental protection
• Mine pressure and rock control
• Mining engineering drawing
• Intelligent mining equipment
• Mine intelligent transportation and lifting

Program Advantages

The program has several advantages, including:

• A prominent position in the university, with a long history of development and a strong faculty team
• A strong faculty team with a high proportion of overseas background teachers and enterprise part-time teachers
• Advanced teaching and research platforms, including national and provincial-level laboratories and research centers
• Strong international influence, with cooperation with over 30 world-renowned universities and research institutions
• High-quality talent cultivation, with a high employment rate and a strong reputation among employers

Employment and Further Education

Graduates of the program have a high employment rate, with over 90% of graduates finding employment in their field. Many graduates go on to pursue further education at top universities in China and abroad. The program also has a strong reputation among employers, with many graduates being recruited by top mining companies and research institutions.

Talent Demand

The demand for smart mining engineering talents is high, driven by the rapid development of industrial automation and intelligent manufacturing technology in China. The program is designed to meet this demand, with a focus on cultivating comprehensive and innovative talents with a solid foundation in theory, strong engineering practice capabilities, and high comprehensive quality.