1, Huazhong University of Science and Technology 2, Northwestern Polytechnical University 3, Shandong University 4, Harbin Institute of Technology
Opening institutions:
Sichuan Institute of Technology Guizhou University Xi'an Polytechnic University Shaanxi University of Science and Technology Shaanxi Polytechnic University Gansu Polytechnic University Xinjiang University Hebei Polytechnic University Hebei University of Science and Technology Yanshan University Taiyuan University of Science and Technology Inner Mongolia University of Science and Technology Inner Mongolia University of Technology Shenyang University of Technology Liaoning University of Engineering and Technology Liaoning University of Technology Shenyang University Jilin University of Technology Jiamusi University Harbin Institute of Technology Shanghai University of Engineering and Technology Jiangsu University of Technology Yangzhou University Fuzhou University Nanchang University Shandong University Zhengzhou University of Technology Henan University of Science and Technology Central Plains Polytechnic Hubei University of Technology Hubei University of Automotive Technology Wuhan University of Science and Technology Xiangtan University Guangdong University of Technology Guangxi University Wuhan University of Water Conservancy and Electric Power Dalian Jiaotong University Wuhan University of Technology Chang'an University Jiangsu University of Science and Technology Liaoning University of Petroleum and Chemical Technology Petroleum University Xi'an Petroleum University North Central University Shenyang University of Science and Technology Nanjing University of Science and Technology Chongqing Institute of Industrial Management Beijing University of Aeronautics and Astronautics Nanchang Aviation Industry Institute Northwestern Polytechnical University Harbin Institute of Technology Tianjin University Dalian University of Technology Northeastern University Jilin University Southeast University Hefei University of Technology Huazhong University of Science and Technology Hunan University Chongqing University Sichuan University Henan University of Science and Technology Shanghai University of Science and Technology Tianjin University of Science and Technology Shandong University of Engineering Tianjin University of Science and Technology Hebei University of Architecture Science and Technology Changchun University of Engineering Jiangsu Institute of Petroleum and Chemical Technology Huaiyin Institute of Technology North China Institute of Water Conservancy and Hydroelectricity Yangtze River Delta University Zhuzhou Institute of Technology Qinghai University Beijing Institute of Technology North China University of Science and Technology Hefei College Jingdezhen ceramics school of Southwest Jiaotong University and so on. Ceramics School Southwest Jiaotong University and so on.
Materials forming and control engineering professional introduction:
Materials forming and control engineering professional research through thermal processing to change the microstructure of the material, macroscopic properties and surface shape, the study of the thermal processing process of the relevant process factors on the material to address the development of molding process, molding equipment, process optimization theory and method; research mold design theory and method, research mold materials, heat treatment, processing methods and other issues in the manufacture of molds and dies. This discipline is the pillar industry of national economic development.
Cultivation Objectives:
This specialty cultivates senior engineering and technical personnel and management personnel who have the theoretical foundation of material science and engineering, material forming and processing and its control engineering, mold design and manufacturing and other professional knowledge, and who are capable of engaging in the fields of machinery, molds and material forming and processing in the fields of scientific research, application and development, design of processes and equipments, production and operation management, and so on. This specialty is divided into two training modules:
(a) Welding forming and control:
Cultivate to meet the needs of society, master the basic theory of welding forming, welding of metal materials, welding inspection, welding methods and equipment, welding production management and other comprehensive knowledge of senior technical personnel.
(B) mold design and manufacturing:
Master the basic theory of plastic molding and processing of materials, mold design and manufacturing, mold computer-aided design, plastic processing of materials, production management and other comprehensive knowledge of senior technical personnel.
Curriculum:
In the study of higher mathematics, college physics, college English, basic computer technology and other basic courses on the basis of the major study of engineering mechanics, basic mechanical design, metallurgy and heat treatment principles, materials analysis and testing technology, materials performance, engineering materials, surface engineering, welding metallurgy, welding of metal materials, welding methods and welding equipment, welding inspection, welding structure. Welding equipment, welding inspection, welded structure failure analysis and quality control, plasticity molding theory, rubber and plastic material molding process, rubber and plastic mold, metal stamping process and mold design, mold CAD/CAM, mold manufacturing technology and other professional basic and professional course knowledge. This specialty in strengthening the professional basic courses at the same time, increase the proportion of professional elective courses and experimental courses, so that students have a solid and broad professional theoretical knowledge and strong professional skills.
Cultivation characteristics:
The mechanical and material disciplines of our university are both national key disciplines, and this major involves a wide range of knowledge and a large amount of information, focusing on the cultivation of English ability, computer ability and practical hands-on ability, so that the students have a strong adaptability, innovation, analysis and problem-solving ability. In addition, it also focuses on the quality education of students, and cultivates high-quality composite talents with innovative spirit.
Career:
This program has the right to grant bachelor's degree, master's degree and doctor's degree in engineering, and students can choose to further their studies. After graduation, students can go to the machinery manufacturing industry, automobile and shipbuilding industry, metal and rubber and plastic materials processing industry and other fields engaged in welding materials forming, mold design and manufacturing and other related production process control, technology development, scientific research, business management, trade and marketing work. This specialty has a wide range of career choices, market demand, employment situation is good.
Specialized content
Main subjects: mechanical engineering, materials science and engineering?
Main Courses: Engineering Mechanics, Mechanical Principles and Mechanical Parts, Electrical and Electronic Technology, Principles and Applications of Microcomputer, Fundamentals of Thermal Processing Technology, Thermal Processing Technology Equipment and Design, Testing Technology and Control Engineering, Fundamentals of CAD/CAM?
The main practical teaching links: including military training, metalwork, electrical and electronic internship, cognitive internship, production internship, social practice, course design, graduation design (thesis), etc., generally should be arranged more than 40 weeks.
The main professional experiments: plastic molding process comprehensive experiments, casting process comprehensive experiments, welding process comprehensive experiments, material properties and verification, CAD on-line experiments?
Cultivation goal: This specialty cultivates senior engineering talents with basic knowledge and application ability of mechanical thermal processing, who can engage in designing and manufacturing, testing and researching, operation management and sales in the field of thermal processing in the first line of industrial production.
Cultivation requirements: This professional students mainly study materials science and various types of thermal processing process of basic theories and technologies and related equipment design methods, by the basic training of modern mechanical engineers, with various types of thermal processing process equipment design, production organization and management of the basic ability.
Graduates should obtain the following aspects of knowledge and ability:?
1. A solid foundation in natural sciences, a good foundation in humanities, arts and social sciences and the ability to express themselves through the correct use of national language and writing;?
2. A more systematic mastery of the broad technical and theoretical basics of the field of specialization, including mechanics, mechanics, electrical and electronic technology, thermal processing technology, automation basics, market economy and business management and other basic knowledge;
3. a solid foundation in natural sciences, a good foundation in humanities, arts and social sciences, and the ability to express themselves correctly in their own language and writing.
3. Have the necessary basic skills of drawing, calculation, testing, literature search and basic process operation and strong computer and foreign language skills;?
4. Have the professional knowledge necessary for a specialized direction in the field of this specialty, and understand the scientific frontier and development trend;?
5. have strong self-learning ability, innovative consciousness and high comprehensive quality;?
The duration of study: four years.
Degree conferred: Bachelor of Engineering?
Similar majors: Mechanical Design and Manufacturing and Automation?
Institutions: Lanzhou Jiaotong University, Sichuan Institute of Technology, Guizhou Polytechnic University, Xi'an Polytechnic University, Shaanxi University of Science and Technology, Shaanxi Institute of Technology, Lanzhou Polytechnic University, Xinjiang University, Hebei Polytechnic University, Hebei University of Science and Technology, Yanshan University, Taiyuan Institute of Heavy Machinery, Inner Mongolia University of Science and Technology, Inner Mongolia Polytechnic University, Shenyang Polytechnic University, Liaoning University of Engineering and Technology, Liaoning Polytechnic University, Shenyang University, Jilin Polytechnic University, Jiamusi University. Harbin Institute of Technology Shanghai University of Engineering and Technology Jiangsu University of Science and Technology Yangzhou University Fuzhou University Nanchang University Shandong University Zhengzhou University of Technology Henan University of Science and Technology Cental Industrial College Hubei Institute of Technology Hubei Institute of Automobile Industry Wuhan University of Science and Technology Xiangtan University Guangdong University of Technology Guangxi University Wuhan University of Water Conservancy and Electric Power Dalian Institute of Railway Wuhan Institute of Technology Chang'an University East China Shipbuilding Institute of Technology Fushun Institute of Petroleum Petroleum University Xi'an Petroleum University North China Institute of Technology Shenyang Institute of Technology Nanjing Institute of Technology Chongqing Institute of Industrial Management Beijing University of Aeronautics and Astronautics Nanchang Aviation Industry Institute Northwestern Polytechnical University Harbin Institute of Technology Tianjin University Dalian University of Technology Northeastern University Jilin University Southeast University Hefei University of Technology Huazhong University of Science and Technology Hunan University Chongqing University Sichuan University Jiaozuo Polytechnic Institute Shanghai University of Science and Technology Tianjin University of Science and Technology Shandong University of Engineering Tianjin Polytechnic University Hebei Institute of Architecture Science and Technology Changchun Institute of Engineering Jiangsu Institute of Petrochemical Technology Huaiyin Institute of Technology North China Institute of Water Conservancy and Hydroelectricity Yangtze River Delta University Zhuzhou Institute of Technology Qinghai University Beijing Institute of Technology North China University East China University of Science and Technology Hefei College Jingdezhen Ceramics School Southwest Jiaotong University and so on
Classification
Material Forming and Control Engineering, including the two major directions: mold and welding.
Mold also includes several directions, there are plastic molds, stamping molds, casting, forging and so on.
Plastic molds include: injection molding, blow molding, extrusion, plastic, etc., injection mold school opened the most, the most widely used.
Stamping molds include: punching, drop, stretching, bending, flanging, composite and so on.
Material forming and control engineering (molding processing and mold CAD/CAM direction)
Cultivation objectives: to cultivate with metal, plastic and other materials, products, processes and molds, knowledge, the use of computer technology for product, process and mold design, the use of numerical control machining technology for the manufacture of molds and molds, can engage in experimental research on products and molds, production management, sales and other aspects of senior management. The senior engineering talents who can be engaged in the experimental research, production management, operation and sales of products and molds.
Main courses: metal forming process and mold, plastic molding process and mold, plastic products decoration and design, mold materials and heat treatment, mold manufacturing technology, CNC machining, product design, mold computer-aided design (CAD), mold computer-aided manufacturing (CAM), computer-aided analysis of the molding process (CAE), molding equipment and computer control, innovative design, mold marketing, mold production and sales. design, mold marketing, mold production management.
Career direction: can be engaged in various industries and materials processing engineering related to metal and plastic products, processes, molds, computer-aided design, computer-aided manufacturing, CNC machining, test and development, quality inspection and analysis, management and marketing, education and scientific research work.
Material forming and control engineering (material processing control and information direction)
Cultivation goal: to cultivate the basic principles of material processing, computer control and information disciplines of knowledge and skills, to master the material processing and forming process of automation and artificial intelligence, expert information system set up and development, computer-aided design and manufacturing of mechanical parts and molds, the new material preparation and processing, advanced forming and processing technology and The course is designed to provide students with professional knowledge and skills in automation and artificial intelligence in material processing and forming, establishment and development of expert information system, computer-aided design and manufacturing of mechanical parts and moulds, preparation and processing of new materials, advanced forming and processing technology and equipment, analysis and control of material organization and properties, and to enable them to engage in product and technology development, design and manufacturing, quality control, management and other aspects of material processing, computer and information technology applications.
Main Courses: Fundamentals of Materials Science, Principles of Materials Forming, Principles of Materials Organization and Performance Control, Advanced Materials Processing Technology, Modern Materials Surface Engineering, Computer Aided Design and Manufacturing, CAD/CAM for Molds and Dies, Computer Numerical Simulation, Fundamentals of Control Engineering, Principles of Numerical Control and Programming, Fundamentals of Detection Technology and Control Engineering, Application of Computer Networks and Expert Information Systems to Materials Processing, and Application of Materials Processing Enterprises. Application in material processing, material processing enterprise management and computer information system, material processing quality analysis and control, material micro-analysis and computer image processing.
Direction of employment: can be engaged in the electronic information products manufacturing industry, machinery manufacturing industry, automobile manufacturing industry and other fields in a variety of materials processing and preparation, computer and information technology applications in materials processing technology and control, mold computer-aided design and manufacturing, technology and product development, quality control, business management, commodity inspection and technical supervision, etc., can also be in the education and scientific research, It can also be widely used in education, research, business, trade and professional consulting and other sectors.