Slogan: Based on engineering practice, empowered by innovative technology, cultivate interdisciplinary talents for intelligent manufacturing
College Overview
Mechanical & Electrical Engineering College is one of the three engineering colleges of Zhengzhou Shengda University of Economics, Business & Management. We mainly serve the equipment manufacturing industry (covering 8 major industrial categories: metal products, general-purpose equipment, special-purpose equipment, automobile manufacturing, railway, ship, aerospace and other transportation equipment, electrical machinery and equipment, computer, communication and other electronic equipment, instruments and meters). We cultivate applied engineering technical talents who are engaged in the design and manufacturing of general production equipment, basic production equipment, safety guarantee equipment and high-tech key equipment for all sectors of the national economy.
Majors Offered
Undergraduate Programs
Mechanical Design, Manufacturing and Automation
Automation
Intelligent Vehicle Engineering
Electrical Engineering and Automation
Automotive Service Engineering (Enrollment suspended since 2025)
Top-up Undergraduate Programs
Automation
Automotive Service Engineering
Junior College Programs
New Energy Vehicle Technology
Electrical Automation Technology
Major Introductions
Mechanical Design, Manufacturing and Automation (Undergraduate)
This major belongs to the mechanical discipline with a four-year schooling system, and graduates will be awarded the Bachelor of Engineering degree.
This major cultivates applied senior engineering and management talents with strong engineering application capabilities and innovative abilities. Students will systematically master computer-aided mechanical product design, mechanical system performance testing and analysis, advanced manufacturing technology for mechanical product production, and mechatronics technology for mechanical manufacturing process control. Systematic training is provided in mechanical equipment and component design as well as mechatronic system development to meet the demands of social development.
Core Courses
Advanced Mathematics, College English, College Physics, Mechanical Drawing, Theoretical Mechanics, Mechanics of Materials, Mechanical Engineering Materials, Theory of Machines, Machine Design, Electrical and Electronic Technology, Mechanical Manufacturing Technology, Mechatronic Transmission and Control, Mechatronic System Design, Principle and Application of Programmable Logic Controller, Fundamentals of Mechanical CAD/CAM/CAE Technology
Career Development
After graduation, students can engage in research, development, design, manufacturing and automatic control research and management work in scientific research institutions, research institutes and enterprises. They can also apply for postgraduate studies in academic degrees of four secondary disciplines under Mechanical Engineering, or professional degrees of Mechanical Engineering.
Intelligent Vehicle Engineering (Undergraduate)
As a special major under mechanical discipline, it adopts a four-year schooling system and confers the Bachelor of Engineering degree upon graduation.
This major cultivates compound senior engineering and management talents with innovative awareness and the ability to solve complex engineering problems. Students will master basic knowledge of land intelligent transport vehicles, as well as basic theories and professional technologies of artificial intelligence, electronic information and automatic control. They will receive systematic training in intelligent connected vehicle testing, intelligent vehicle perception system design, decision-making algorithm development, integration and commissioning of vehicle wire-controlled chassis, and vehicle-road coordination, so as to meet the work demands in intelligent vehicle engineering development, production commissioning and other fields.
Core Courses
Advanced Mathematics, College English, College Physics, Mechanical Drawing, Theoretical Mechanics, Mechanics of Materials, Mechanical Engineering Materials, Automobile Structure, Automobile Theory, Electrical Engineering, Intelligent Vehicle Design, Vehicle Dynamics and Control, Automobile Test Technology, Fundamentals of Control Engineering, Environment Perception Technology of Intelligent Connected Vehicles, Decision Planning and Control of Intelligent Vehicles, Multi-source Information Fusion
Career Development
After graduation, students can work in scientific research institutes, institutions of higher education, complete vehicle and parts manufacturing enterprises, intelligent connected vehicle technology enterprises and transportation operation and maintenance units. Their work covers engineering design, technical development, system commissioning and operation maintenance, production process management, project operation management, scientific research and teaching in intelligent vehicle perception system, autonomous driving decision and control, wire-controlled chassis integration of vehicles, intelligent connected vehicle testing, vehicle-road coordination system, vehicle-mounted intelligent electronic equipment and other fields. They can also apply for academic postgraduate programs such as Vehicle Engineering, Transportation Engineering, Control Science and Engineering, Mechanical and Electronic Engineering, or professional postgraduate programs such as Electronic Information and Mechanical Engineering.
Automation (Undergraduate)
This major falls under the automation discipline with a four-year schooling system, and graduates will obtain the Bachelor of Engineering degree.
It cultivates applied senior engineering and management talents who master basic theories, knowledge and professional skills of automation. Students will receive systematic training on basic automatic control methods and their application in solving practical engineering problems, so as to meet the job requirements of automation engineering design for general, special and safety guarantee equipment.
Core Courses
Advanced Mathematics, College English, College Physics, Circuit and Electronic Basics, Theoretical Mechanics, Theory of Machines, Basic Automation Theory, Computer Technology (Hardware, Software, Network), Sensor and Detection Technology, Power Electronics Technology, Electric Drive and Motion Control, Computer Control Technology, Motion Control Technology, Process Control Technology
Career Development
After graduation, students can engage in engineering design, technical development, system operation management and maintenance, enterprise management and decision-making, scientific research and teaching related to motion control, process control, automated manufacturing systems, automation instruments and equipment, robot control, intelligent monitoring systems, intelligent transportation, intelligent buildings and the Internet of Things in scientific research departments, research institutes and enterprises. They can also apply for academic postgraduate programs of five secondary disciplines under Control Science and Engineering, or professional postgraduate programs of Electronic Information.
Electrical Engineering and Automation (Undergraduate)
This major belongs to the electrical discipline with a four-year schooling system, and graduates can be awarded the Bachelor of Engineering degree.
It cultivates compound senior engineering and management talents with innovative awareness and the ability to solve complex engineering problems. Students will master basic knowledge of electrical equipment, as well as basic theories and professional technologies such as power electronics technology, computer technology and information processing technology. Systematic training is provided in power system relay protection, electrical drive control, grid-connected technology of new energy power generation, operation monitoring and control of smart grids, enabling students to meet the job demands in development of high and low voltage electrical equipment, power system analysis, optimal configuration of power supply and distribution systems and other fields.
Core Courses
Advanced Mathematics, College English, College Physics, Circuit and Electronic Basics, Electromagnetic Field Theory, Electrical Machinery, Principles of Automatic Control, Computer Technology (Hardware, Software, Network), Sensor and Detection Technology, Power Electronics Technology, Power System Analysis, High Voltage Technology, Power Distribution Technology, Electrical Control and PLC, Power System Relay Protection
Career Development
After graduation, students can engage in engineering design, technical development, system operation management and maintenance, enterprise management and decision-making, scientific research and teaching related to power system operation, electrical equipment design, power supply and distribution engineering, motor and electrical control, power electronics technology, new energy power generation, electrical intelligent monitoring, industrial electrical automation and rail transit power supply in scientific research departments, research institutes and enterprises. They can also apply for academic postgraduate programs of five secondary disciplines under Electrical Engineering, or professional postgraduate programs of Energy Power and Electronic Information.
New Energy Vehicle Technology (Junior College)
This three-year junior college major belongs to the automobile manufacturing category under the equipment manufacturing discipline.
It cultivates compound technical and skilled talents for the whole new energy vehicle manufacturing, automobile repair and maintenance industries. Students will master basic knowledge of the structure and working principle of new energy vehicles, as well as basic theories and skills for inspection, fault diagnosis, troubleshooting, maintenance and servicing of new energy vehicles, so as to be competent for technical work in the fields of whole new energy vehicle manufacturing, power battery system and drive motor system.
Core Courses
Advanced Mathematics, Mechanical Drawing, College Physics, Automotive Electrical and Electronic Basics, Automotive Mechanical Basics, Mechanical Manufacturing Basics, New Energy Vehicle Technology, High-Voltage Safety and Protection of New Energy Vehicles, Whole-Vehicle Control Technology of New Energy Vehicles, Inspection and Maintenance of New Energy Vehicle Power Battery and Management System, Inspection and Maintenance of New Energy Vehicle Drive Motor and Control System, Electric Vehicle Assembly Technology, Electrical Technology of New Energy Vehicles
Career Development
After graduation, students can take jobs in enterprises covering assembly, inspection, commissioning and quality inspection of whole new energy vehicles and components, on-site production management of whole vehicles and components, vehicle and component testing, maintenance and service of new energy vehicles, and power battery inspection and maintenance. Fresh graduates can apply for top-up undergraduate majors such as Vehicle Engineering and Automotive Service Engineering. After two years of study, they can obtain a Bachelor of Engineering degree or professional bachelor's degree.
Faculty Resources
Dean: Professor Sanchuan Zhang
Founder of Vehicle Engineering discipline at Zhengzhou University
Founding Director of Vehicle & Transportation Engineering Research Institute, School of Mechanical & Power Engineering
Former member of the Academic Committee of Zhengzhou University
Vice Chairman of the 1st and 2nd Professor Committees, School of Mechanical Engineering
Published more than 80 academic papers in relevant fields
The college has 70 full-time teachers, including 6 professors and 21 associate professors/senior engineers. 94.29% of the faculty hold master’s or doctoral degrees, and there are 15 dual-qualified teachers with both academic and industrial experience.
Teaching and Training Environment
The college has built a full range of professional laboratories, including Computer Aided Design Laboratory, Mechanical Engineering Laboratory, Sensor and Detection Technology Laboratory, Hydraulic and Pneumatic Laboratory, New Energy Vehicle Laboratory, Metallographic Laboratory, Automobile Structure Laboratory, Process Control Laboratory, Motion Control Laboratory, Computer and Automatic Control Laboratory. These facilities provide reliable support for students to build a sound knowledge system and strengthen professional knowledge education and skill training, and offer high-quality practical training resources for students to improve comprehensive quality, ability empowerment, innovation and entrepreneurship.
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