1, measurement and control technology and instruments
Based on the discipline of instrument science and technology, this major studies the theories, methods and ways of information acquisition, processing, transmission and utilization in the material world, and obtains multidisciplinary knowledge such as object state, attribute and change information by physical, chemical or biological methods.
After graduation, students can engage in scientific research, engineering design, technology development, system operation and technical management of measurement and control technology and instruments and related fields in petroleum and petrochemical, aerospace, shipbuilding, automobile, machinery, smart home and other industries.
2, vehicle engineering
Vehicle engineering majors train senior professionals with strong practical ability and innovative spirit, master the basic theory of engineering technology in machinery, electronics and computers, and the professional knowledge and skills in automobile design, manufacturing and testing, and understand and attach importance to the humanistic and social knowledge related to the development of automobile technology.
Graduates majoring in vehicle engineering can engage in research, design, manufacture, testing, experiment, operation management and sales of vehicles and their parts in vehicle enterprises.
3. Energy and Power Engineering
The major of energy and power engineering mainly studies how to effectively convert various energy sources existing in nature, such as solar energy, wind energy, fossil fuel, hydro energy and biomass energy, into electric energy and mechanical energy needed by industrial and social life, and how to reduce environmental pollution.
Graduates majoring in energy and power engineering face industries such as electric power, new energy vehicles, machinery manufacturing, heating and ventilation, construction and ship power. Can be engaged in energy and electric power research and design work in relevant scientific research institutes, schools, design institutes, large and medium-sized state-owned enterprises and government agencies.
4, metal material engineering
The major of metal material engineering trains high-quality applied talents who meet the needs of regional social and economic development, face the industries of metal material preparation, machinery manufacturing and automobile manufacturing, have basic knowledge of metal material engineering, and can be engaged in the production process formulation related to metal materials in the fields of metal material preparation and processing, corrosion and protection, material quality and performance testing, etc.
Graduates majoring in metal materials engineering are mainly engaged in basic research and applied research and development of engineering materials, new materials and their processing technologies, and can engage in material research and development in machinery, metallurgy, chemical industry, energy, electronics, transportation, textile, military industry and other enterprises.
5, electrical engineering and automation
This major is a combination of strong electricity and weak electricity, which requires mastering the core contents of knowledge fields such as electrical engineering, power electronics technology, power system foundation, high voltage technology, power supply and distribution technology, power consumption technology, etc. It is a senior engineering and technical talent with the basic ability to solve technical analysis and control problems of electrical engineering.
After graduation, students can engage in engineering design, manufacturing, system operation, system analysis, technology development, education and scientific research, economic management and other aspects related to electrical engineering and automation in the power and electrical equipment manufacturing industry.