Main courses:
The main courses of this major are: English, advanced mathematics, college physics, descriptive geometry and mechanical drawing, tolerance and measurement technology, mechanical principle, mechanical design, computer application foundation, software technology foundation, engineering mechanics, fluid mechanics and hydraulic transmission, electrician and electronics, microcomputer principle and interface technology, control engineering foundation, mechanical engineering testing technology, numerical control technology and application, CAD/CAM technology, mechanical manufacturing equipment and mechanical manufacturing technology. Mechanical manufacturing equipment design, mechanical manufacturing technology application, machine tool electricity and PLC, mechatronics technology, sensor technology and application, intelligent control technology and other related courses, elective professional courses in mechanical design, mechanical manufacturing, electromechanical control three professional directions moderately focused.
Material forming and control engineering (undergraduate course, duration: four years)
Main courses:
English, advanced mathematics, descriptive geometry and mechanical drawing, theoretical mechanics, metal materials and heat treatment, tolerance and technical measurement, mechanical principle, mechanical design, electrician and industrial electronics, computer application foundation, mechanical engineering testing technology, hydraulic transmission, computer drawing, numerical control technology and application, material forming principle, CAD/CAM/CAE technology, mechanical engineering materials, liquid forming technology and die design, forging technology and die design, Stamping technology and die design, plastic forming technology and die design, die manufacturing technology, material forming technology and equipment, welding technology and other courses, as well as practical teaching links such as production practice, graduation practice, course design and graduation design.
Thermal energy and power engineering (undergraduate, four years)
(1) Direction of refrigeration and air conditioning
Main courses:
English, advanced mathematics, college physics, computer application foundation, C language programming, engineering mathematics, descriptive geometry and mechanical drawing, engineering mechanics, electrotechnics and electronics, mechanical manufacturing foundation, mechanical principle, mechanical design, engineering thermodynamics, fluid mechanics, heat transfer, engineering economics, control engineering foundation, microcomputer principle and interface technology, refrigeration principle and equipment, air conditioning, heating engineering, fluid distribution network, etc.
(2) Engine direction
Main courses:
English, advanced mathematics, college physics, computer application foundation, C language programming, engineering mathematics, engineering drawing, engineering mechanics, electrician and electronics, machinery manufacturing foundation, engineering thermodynamics, fluid mechanics, heat transfer, engineering economics, control engineering foundation,
Microcomputer principle and interface technology, automobile construction, engine principle, internal combustion engine design, internal combustion engine manufacturing technology, thermal test technology, internal combustion engine pressurization technology, internal combustion engine exhaust purification, internal combustion engine working process calculation, automobile electronic control technology and other related courses.
(3) energy engineering direction
Main courses:
English, advanced mathematics, college physics, computer application foundation, C language programming, engineering mathematics, engineering drawing, engineering mechanics, electrician and electronics, mechanical manufacturing foundation, engineering thermodynamics, fluid mechanics, heat transfer, engineering economics, control engineering foundation, microcomputer principle and interface technology, thermal test technology, boiler principle, steam turbine principle, heating engineering, energy introduction, energy and environmental technology progress and other related courses.
Vehicle engineering (undergraduate, four years)
Main courses:
The main professional basic courses offered in the learning stage are: engineering mechanics, engineering drawing, electrical and electronic technology, mechanical design foundation, computer application foundation, microcomputer principle and interface technology, thermal energy engineering, engineering economics, control engineering foundation, quality engineering, etc. The main professional courses offered are: automobile engine principle, automobile structure, automobile theory, automobile design, automobile electronic control technology, automobile emission purification, automobile body structure and design, automobile modeling, automobile experiment, finite element analysis method, automobile optimization design, automobile marketing, automobile materials and so on. The main practical design links include: production practice, graduation practice, curriculum design and graduation design.