1.Mechanical Design, Manufacturing and Automation
(1) Basic Information
This program belongs to the mechanical discipline, with a 4-year schooling system. Graduates will be awarded the Bachelor of Engineering degree. It is an application-oriented program oriented to the demands of intelligent manufacturing, with its 2025 talent training scheme jointly demonstrated by experts from Henan University of Technology, Henan Mechanical Engineering Society, Zhengzhou Research Institute of Mechanical Engineering Co., Ltd. and Yutong Bus, which fully affirms the scientificity and feasibility of the program.
(2) Educational Objectives
It aims to cultivate applied senior engineering and management talents with strong engineering application and innovation capabilities. Students will systematically master core competencies including computer-aided mechanical product design, mechanical system performance testing and analysis, advanced manufacturing technology, and mechatronics technology for process control, and receive systematic training in mechanical equipment/component design and mechatronic system development, to meet the social demand for mechanical engineering practitioners.
(3) Core Courses and Main Practical Training
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.
Practical Training: Large-scale cognitive internships to enterprises such as China Railway Engineering Equipment Group (for shield machine assembly and hydraulic transmission observation) and Zhengzhou Yueda Technology Equipment Co., Ltd., supplemented by laboratory training in Computer Aided Design Lab, Mechanical Engineering Lab, Hydraulic and Pneumatic Lab and Metallographic Lab. The program also encourages students to participate in national and provincial drawing contests, where students have won multiple individual and group first prizes.
2.Automation
(1) Basic Information
This program belongs to the automation discipline, with a 4-year schooling system and a Bachelor of Engineering degree upon graduation. The subject requirement for enrollment is Physics + Chemistry, with a tuition fee of 16,000 RMB/year. It is a program closely aligned with Industry 4.0 and intelligent manufacturing demands, and its talent training scheme has been jointly reviewed by experts from Zhengzhou University of Light Industry, Henan University of Technology and other institutions, which recognizes its application-oriented orientation.
(2) Educational Objectives
It aims to cultivate applied senior engineering and management talents who master the basic theories, knowledge and professional skills of automation, and are capable of undertaking automation engineering design for general, special and safety assurance equipment. Students will receive systematic training on automatic control methods and their application in solving practical engineering problems, to fit job requirements in multiple industrial scenarios.
(3) Core Courses and Main Practical Training
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.
Practical Training: On-campus training in Computer and Automatic Control Lab, Sensor and Detection Technology Lab, Process Control Lab and Motion Control Lab; regular cognitive internships in intelligent manufacturing enterprises; participation in competitions such as the Vichun Cup National Intelligent Automation Innovation Competition and the Gaoyue Cup Drawing Contest. Graduates can engage in motion control, process control, manufacturing system automation, robot control and other related work, or apply for academic/postgraduate programs in Control Science and Engineering.
3.Intelligent Vehicle Engineering
(1) Basic Information
As a characteristic undergraduate major under the mechanical discipline, this program follows a 4-year schooling system and confers the Bachelor of Engineering degree upon graduation. It focuses on cultivating interdisciplinary talents for the intelligent connected vehicle industry, integrating theories of artificial intelligence, electronic information and automatic control.
(2) Educational Objectives
It aims to cultivate compound senior engineering and management talents with innovation awareness and the ability to solve complex engineering problems in the field of intelligent vehicles. Students will master fundamental knowledge of land intelligent transport vehicles, and receive systematic training in intelligent connected vehicle testing, intelligent vehicle perception system design, autonomous driving decision algorithm development, vehicle wire-controlled chassis integration and vehicle-road coordination, to meet the needs of intelligent vehicle R&D, production and commissioning.
(3) Core Courses and Main Practical Training
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.
Practical Training: Laboratory training in Automobile Structure Lab and New Energy Vehicle Lab, as well as enterprise practice in complete vehicle and parts manufacturing enterprises and intelligent connected vehicle technology enterprises. Graduates can work in fields including intelligent vehicle perception system, autonomous driving control, vehicle-road coordination system, or apply for postgraduate programs in Vehicle Engineering, Transportation Engineering, Control Science and Engineering, etc.
4.Electrical Engineering and Automation
(1) Basic Information
This program belongs to the electrical discipline, with a 4-year schooling system. Graduates will be awarded the Bachelor of Engineering degree. It focuses on cultivating compound talents for the power system and electrical equipment industry, integrating power electronics, computer technology and information processing technology.
(2) Educational Objectives
It aims to cultivate compound senior engineering and management talents with innovation awareness and the ability to solve complex electrical engineering problems. Students will receive systematic training in power system relay protection, electrical drive control, new energy power generation grid connection, and smart grid operation monitoring, to meet the demands of high/low voltage electrical equipment development, power system analysis and power supply and distribution system configuration.
(3) Core Courses and Main Practical Training
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.
Practical Training: Laboratory training in electrical-related professional labs, and practical projects related to power system operation, electrical equipment design and new energy power generation. Graduates can engage in power system operation, motor control, industrial electrical automation and other fields, or apply for academic/postgraduate programs in Electrical Engineering, Energy Power, Electronic Information, etc.
5.New Energy Vehicle Technology
(1) Basic Information
This 3-year junior college program belongs to the automobile manufacturing category under the equipment manufacturing discipline. It is oriented to the whole industry chain of new energy vehicle manufacturing, maintenance and after-sales service, and targets the cultivation of technical and skilled practitioners.
(2) Educational Objectives
It aims to cultivate compound technical and skilled talents who master the structure and working principle of new energy vehicles, as well as inspection, fault diagnosis, troubleshooting and maintenance skills of new energy vehicles, to be competent for technical positions in new energy vehicle manufacturing, power battery system and drive motor system fields.
(3) Core Courses and Main Practical Training
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.
Practical Training: Systematic training in the New Energy Vehicle Lab, and internship positions in new energy vehicle enterprises covering whole vehicle/component assembly, testing, quality inspection and after-sales maintenance. Fresh graduates can apply for top-up undergraduate programs such as Vehicle Engineering and Automotive Service Engineering, and obtain a Bachelor of Engineering degree after 2 years of study.
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