1, weapon engineering.

Weapon engineering is a postgraduate discipline under the Excellent Engineer Program of the Ministry of Education, which studies artillery and automatic weapons, ammunition engineering, ballistic engineering, weapon system engineering, weapon measurement and control, gunpowder engineering, fuze technology, pyrotechnics technology and other engineering and technical fields. Its authorized unit has a master's degree in engineering, and trains senior engineering and technical personnel engaged in research, development, design, manufacturing, performance testing, quality control, efficiency analysis, use and maintenance, fault diagnosis and troubleshooting of weapons and weapon systems.

2, material forming and control engineering.

The training system of material forming and control engineering specialty grasps the basic theory and application knowledge of material forming and control engineering specialty, and can engage in scientific research, technology development, design and manufacturing, enterprise management and other work in material forming and quality control, mold technology, computer application, etc. It is a high-quality compound talent with international vision and innovative spirit to meet the needs of social and economic development.

3, measurement and control technology and instruments.

Based on the discipline of instrument science and technology, this major studies the theory, method and realization way of information acquisition, processing, transmission and utilization in the material world. By using physical, chemical or biological methods, it obtains the state, attributes and change information of objects, and transforms them into forms that are easy to express and use, involving metrology, physics, chemistry, biology, material science, mechanics, electricity, optics, computers, automatic control and communication.

4. Safety engineering.

It mainly studies the basic knowledge and skills of disaster prevention technology, safety principle, safety monitoring and safety system engineering in mines, underground buildings and above-ground buildings, and is mostly used for outdoor work, safety evaluation and risk assessment before construction, safety management and safety education in construction site, and treatment of industrial accidents after collapse, explosion and fire.

5. Metal material engineering.

Cultivate high-quality applied talents who meet the needs of regional social and economic development, face industries such as metal material preparation, machinery manufacturing, automobile manufacturing, process equipment manufacturing, have basic knowledge of metal material engineering, and can engage in metal material-related production process formulation, technology development (improvement), engineering (equipment) design and use, scientific research, production operation and management in the fields of metal material preparation and processing, corrosion and protection, material quality and performance testing, etc.