Mechatronic Engineering, which aims to cultivate advanced engineering and technical talents in the field of computer measurement and control and instrumentation that can meet the needs of society. Graduates have basic knowledge and application ability in instrument design and manufacturing, measurement and control, and can be engaged in design and manufacturing, scientific and technological development, application research, operation management, etc. in measurement and control technology, electronic information technology, automation instruments, intelligent equipment, computer applications, etc. Can also serve as teaching and research work in institutions of higher learning and research institutions.
Employment Flow Direction of Employment Prospects of Mechanical and Electronic Specialty
At present, graduates of this major are mainly employed in the machinery manufacturing industry in Jiangsu, Zhejiang, Guangdong and other economically developed coastal areas. Among them, 5% are foreign-funded enterprises; 36% of Hong Kong, Macao and Taiwan enterprises; 21% for joint ventures; 22% of large and medium-sized state-owned enterprises; 13% for small and medium-sized enterprises; 3% for civil servants, public institutions and others.
Mechatronics engineers can hold positions in important fields such as machinery and equipment manufacturing, electronic engineering and electronic industry, and work in enterprises that need to use automobile and aviation manufacturing technology, automation technology, robotics technology, micro and precision instrument technology, printing and media technology, audio and video technology, and medical technology. Mechatronics are widely used in such fields as induction robots, automatic control machine tools, medical micro devices and transmission mechanisms of modern cars.
Mechanical and electronic engineers can undertake the work of innovation, design, assembly, manufacturing, production and commissioning, as well as the responsibilities of system planning, scheme design, preliminary work, quality control, sales, customer service, use training, consultation and after-sales service.
According to the analysis of 688 cases of employment of mechanical and electronic engineering, the average salary level of mechanical and electronic engineering is 6090 yuan.
According to work experience and length of service, the salary of new graduates of mechanical and electronic engineering is 4210, 5770 for 0-2 years, 7270 for 3-5 years, 11000 for 6-7 years, and 12130 for 8-10 years.
What are the employment directions of mechanical and electronic engineering specialty? Which region has a large demand? Based on 39321 employment data, it is analyzed that:
Shanghai has the largest demand for mechanical and electronic engineering majors, accounting for 20%;
Computer software is the most required major in mechanical and electronic engineering, accounting for 18%.
1、 Employment Direction Distribution of Mechanical and Electronic Engineering
1 Computer software 18%
2 Electronic technology/semiconductor/integrated circuit 18%
3 Computer service (system, data service, maintenance) 11%
4 Instruments/industrial automation 9%
5 Machinery/equipment/heavy industry 9%
6 Internet/e-commerce 8%
7 New energy 8%
8 Automobile and spare parts 6%
9 Communication/telecommunications/network equipment 5%
10 Professional services (consulting, human resources, accounting)
Professional use of mechanical and electronic engineering
Mechatronic engineering involves many fields such as machinery, electronics, information, computer, artificial intelligence, etc. It mainly studies the automation, power electronics, computer application and other technologies of the mechanical industry, including basic theoretical knowledge, mechanical design and manufacturing methods, computer software and hardware application capabilities, etc., so as to design, manufacture, test and develop various electromechanical products and systems. For example, the research and development of intelligent robots, the functional design of electronic products such as electronic dictionaries, and the manufacturing of ticket vending machines. Keywords: artificial intelligence, robot, electronic product, mechatronics
Mechanical and Electronic Engineering Course
Some colleges and universities of Numerical Control Programming, Electromechanical Integration System Design, Metal Cutting Machine Tool, Electromechanical System Design, Descriptive Geometry and Drawing Basis, Sensing and Detection Technology, MEMS, PLC Control System, Robot Technology and Application, and Circuit Principle Basis are trained according to the following professional directions: robot technology Advanced manufacturing and industrial robots.
Employment Direction of Mechanical and Electronic Engineering
Mechanical and electronic enterprises: mechanical manufacturing, electronic engineering, mechanical commissioning, scheme design, quality control, technology development, mechanical maintenance, electromechanical engineering.
Professional explanation of mechanical and electronic engineering
Training objectives: This major aims to train high-quality composite engineering and technical talents with basic theories and knowledge of machinery, electronics, control and other disciplines, who can be engaged in the design, manufacturing, research and development, engineering application, operation management and other aspects of electromechanical products and systems in the electromechanical industry and related fields.
Training requirements: The students of this major mainly study the basic theories and basic knowledge of mechanical engineering, electronic technology, control theory and technology, accept the basic training of mechanical and electronic engineers, and develop the basic abilities in the design, manufacturing, service, performance testing and simulation, operation control and management of electromechanical products and systems.
Graduates should acquire the following knowledge and abilities:
1. Master the basic theories and basic knowledge of relevant mathematics and mechatronics required by the specialty, and understand the development status and trend of the specialty;
2. Master the basic methods of literature retrieval, data query and using modern information technology to obtain information, and have the ability to comprehensively use the theory, knowledge and technology learned to design electromechanical integration systems, components and processes;
3. Master scientific thinking methods, and have the ability to formulate experimental plans, complete experiments, process and analyze data;
4. Have the preliminary ability to systematically express, model, analyze and solve, demonstrate and optimize mechanical and electrical engineering problems and process management;
5. Have a strong sense of innovation and preliminary ability to carry out the development and design of electromechanical products and systems, technical transformation and innovation;
6. Have good humanities and science literacy, strong sense of social responsibility and good engineering professional ethics, be familiar with the laws and regulations related to the specialty, and be able to correctly understand the impact of the specialty on the objective world and society;
7. Have certain organizational management ability, strong expression ability, interpersonal communication ability and the ability to play a role in the team;
8. Have a certain international vision and the initial ability of cross-cultural communication, competition and cooperation, and have the awareness of lifelong education and the ability to continue learning.
Main disciplines: mechanical engineering, control science and engineering.
Core knowledge fields: engineering graphics, engineering mechanics, circuit principles, engineering electronic technology, control engineering foundation, sensing and detection technology, mechanical design foundation, mechanical manufacturing technology foundation, microcomputer principle and application, electromechanical system design, electromechanical transmission and control, etc.
Main practical teaching links: cognition practice, metalworking practice, production practice, comprehensive practice of electromechanical system, curriculum design, scientific research innovation and social practice, graduation design (thesis), etc.
Major professional experiments: engineering mechanics experiment, circuit and electronic technology series experiment, electromechanical system measurement and control experiment, mechanical basic experiment, microcomputer principle and application series experiment, electromechanical control basic experiment, transmission and control technology series experiment, electronic and mechanical comprehensive practice, etc.
Length of study: four years. Degree awarded: Bachelor of Engineering.
Suggestion on Subject Selection of Mechatronic Engineering
3+3 provinces: physics 3+1+2 provinces: physics first, chemistry second
Courses for Mechanical and Electronic Engineering
Engineering mechanics, mechanical principles and mechanical parts, electrical and electronic technology, microcomputer principles and applications, hot processing technology foundation, hot processing technology equipment and design, detection technology and control engineering, CAD/CAM foundation, etc.
Social celebrities in mechanical and electronic engineering
Zhang Hua, Li Kejie, Huang Yuancan, etc.
