Career direction of mechatronic engineering

Opto-electromechanical and hydraulic integration, advanced manufacturing technology, modern design theory and technology.

Regarding the employment direction and prospects of mechatronic engineering, 1 2 5 on-the-job graduate students will take you to understand!

1. What are the employment directions of mechanical and electronic engineering?

The major of mechanical and electronic engineering focuses on the cultivation of engineering practice ability and comprehensive ability, with a wide professional caliber and strong adaptability. After graduation, he is suitable for research, design, new product development and management of technical horns in related design departments, technology companies and industrial enterprises.

The mechatronic engineering major cultivates senior engineering and technical talents who combine mechanical and electrical engineering, master the technology of mechanical industrial automation, power electronics and computer application, and engage in mechanical equipment operation management, design and development of new mechanical and electrical products, computer-aided design, computer-aided management, and robot control.

2. Employment prospects for mechatronic engineering majors.

According to relevant statistics, in recent years, the employment rate of graduates of this major is about 70%, and the employment rate of key famous universities is about 90%. The salary of this major is not very high when you first join the work, if you develop well and take up management and leadership positions, the salary in all aspects will be improved a lot.

After graduation, he can not only go to the mechanical industry to be an engineer, but also to work as an engineer in the electronics industry. Personally, I think it's a jack-of-all-trades major, and the overall employment rate is quite high, which means that it is relatively easy to find a job after graduation. The salary of this major is also not bad, ranking above the middle, and the starting salary of newly graduated college students is generally about 5,000 yuan.

Employment direction of mechanical and electronic engineering: can be engaged in the research, design and development of mechanical and electrical equipment systems and components, the operation management of mechanical and electrical equipment and the operation and operation of grinding and selling. The outlook is still very good.

Mechatronics is a kind of mechanical engineering and automation. The major of mechanical and electronic engineering includes basic theoretical knowledge and mechanical design and manufacturing methods, computer software and hardware application capabilities, and can undertake the design, manufacturing, testing and development of various mechanical and electrical products and systems. Professional ability 1, with basic skills such as drawing, electromechanical signal acquisition, conversion and detection, electromechanical system microcomputer and PLC control, literature retrieval, etc.

2. Have strong practical skills in CNC machine tool operation, commissioning, repair, and maintenance. 3. Have the ability to use modern technical means to test mechanical and electrical parameters and rationally use mechanical and electrical equipment. 4. Have the ability to develop and apply mechanical and electrical products.

5. Have the ability to develop and design mechanical, electronic, digital and other product structures. 6. Have the management ability of mechanical and electronic related production enterprises and R&D institutions. The above content refers to Encyclopedia - Mechatronic Engineering.

The employment prospects in the direction of mechatronics are still quite clear, it is a blue ocean, the salary is twenty or thirty thousand after graduation, and it is not a problem to know the problem in a month, if it is an annual salary of more than 800,000 yuan in 985 colleges and universities, it is not a problem to tell Chang, of course, you must learn well, if it is three graduates, it is not easy to say.

After graduation, students of this major can be engaged in the research, design and development of electromechanical equipment systems and components, as well as the operation management and marketing of electromechanical equipment.

Industry: Round trillion lead.

After graduation, he mainly worked in electronic technology, new energy, machinery and other industries, roughly as follows:

1. Electronic technology, semiconductors, integrated circuits.

2. New energy.

3. Machinery and equipment heavy industry.

4. Instrumentation and industrial automation.

5. Automobiles and spare parts.

6. Computer software.

7. Professional services (consulting, human resources, accounting).

8. Mutual guessing and networking of e-commerce.

Mechatronic engineering majors can be engaged in some mechanical industries, and can also be engaged in some electronic manufacturing industries, with a very large direction and prospects, and many employment opportunities.

Mechatronic engineering is the direction and prospect of the mountain industry, the employment prospects of mechanical engineering are okay, not too good, Yan Shen but the employment direction of mechatronic engineering is better, and now they are all imitation jujube in the electronic operation, so the mechatronic engineer is very good.

You can go to the machinery factory, you can also do machinery maintenance, or you can manage machinery on the construction site.

The career direction and prospects of mechatronic engineering are very bright, so you just need to choose a good prospect now.

Mechatronic Engineering: A type of mechanical engineering and automation.

8. Internet e-commerce.

Mechatronics engineers are responsible for innovation, design, assembly, manufacturing, production and commissioning, as well as system planning, schematic design, preliminary work, quality control, sales, customer service, user training, consulting and after-sales service.

The employment directions of mechatronic engineering are as follows:

Graduates majoring in mechanical and electronic engineering can be engaged in processing and manufacturing, design, production, transformation, technical support, installation, commissioning, maintenance and testing of mechanical and electrical equipment, automation equipment and production lines, or engaged in marketing and technical services of mechanical and electrical products and other work related to the application of mechanical and electrical technology.

Employment field: aerospace industry, automotive enterprises, manufacturing, instrumentation, industrial automation, new energy, electronic technology, semiconductors, integrated circuits and other fields. You can continue your studies in mechanical, control and other related majors, such as robotics, control science and engineering, instrument science and engineering, big data and artificial intelligence, etc.

The major of mechatronic engineering focuses on mechanics, mechanical engineering, electronic science and technology, and control science and engineering, focusing on the basic theories and professional knowledge required for mechanical and electrical system design, control system design and other disciplines. Students are required to have the basic theories and knowledge of mechanical, electronic, control and other disciplines.

Basic skills in mechanical design and manufacturing, automatic control and testing of automation equipment and production systems, computer application technology, etc.; Able to engage in the design and manufacturing, research and development, engineering application, operation management and other aspects of mechatronics products and systems in the electromechanical industry and related fields.

Mechatronics is an interdisciplinary major in engineering science, which is established on the basis of mechanical engineering, electronic engineering and computer science, so students and teachers must continue to combine the methods and tools of these traditional disciplines in order to continue to develop mechatronic products, systems and manufacturing methods.

The mechatronic engineering major cultivates high-quality professionals with all-round development of morality, intellect, physique and aesthetics, a certain cultural literacy and a good sense of social responsibility, mastering the necessary basic theories and professional knowledge of natural sciences, good learning ability, practical ability, professional ability and innovation consciousness, and being able to engage in design and manufacturing, technology development, engineering application, production management, technical services and other work in professional fields and related interdisciplinary fields after graduation.

Mr. Zeng, the human resources director of a well-known enterprise, said that the mechanical and electronic engineering major emphasizes the combination of mechanical hands-on ability and electromechanical control ability, focusing on electromechanical control and CNC maintenance. With the various abilities required by CNC as the main line, highlighting the professional core position of mechanical and electrical control, and cultivating technical engineers and vocational teachers who can design, program, and have strong practical skills such as operation, commissioning, repair and maintenance of CNC machine tools.

The college entrance examination is imminent, so what are the employment directions of mechanical and electronic engineering majors? Let me synthesize the suggestions of express education and introduce the analysis of the employment direction of mechanical and electronic engineering for you, for reference only!

After graduation, students majoring in mechanical and electronic engineering can be engaged in the research, design and development of electromechanical equipment systems and components, as well as the operation management and marketing of electromechanical equipment. The corresponding employment positions are: sales engineer, structural engineer, mechanical engineer, sales manager, process engineer, sales representative, after-sales engineer, electrical engineer, electronic engineer, reserve cadre, maintenance engineer, mechanical and electrical engineer, etc.

The employment directions of mechatronic engineering are as follows:

After graduating from the mechanical and electronic engineering major, you can go to enterprises and institutions to engage in processing and manufacturing, design, production, transformation, technical support of mechanical and electrical products, installation, commissioning, maintenance and testing of mechanical and electrical equipment, automation equipment and production lines, or engage in marketing of mechanical and electrical products and technical services and other work related to the application of mechanical and electrical technology; They can also engage in teaching, scientific research and administrative management in institutions of higher learning, scientific research institutions and state organs.

Employment field: aerospace industry, automotive enterprises, manufacturing, instrumentation, industrial automation, new energy, electronic technology, semiconductors, integrated circuits and other fields.

The major of mechatronic engineering cultivates application-oriented senior professionals who have the basic knowledge and professional skills of mechatronic engineering training and can be engaged in the design and manufacturing, control and development, applied research and production management of mechatronic engineering professional products in the production line.

Intended to major in mechanical and electronic engineering, students need to study systematically in order to master professional knowledge and skills, so as to have the ability to work in the industry.

Expand your knowledge Introduction to Mechatronic Engineering

1. Training objectives.

This major mainly learns the basic knowledge of mechanics, mechanics, microelectronic technology, power electronics technology, signal processing technology, computer application technology, information processing technology and modern design methods, receives the basic training of modern engineers, and has the basic ability of design, development, manufacturing, operation in the cavity, test and production organization and management of mechanical and electrical products.

2. Main courses.

Engineering Mechanics, Mechanical Principles and Mechanical Parts, Electrical and Electronic Technology, Microcomputer Principles and Applications, Thermal Processing Technology Basics, Thermal Processing Process Equipment and Design, Testing Technology and Control Engineering, CAD CAM Basics.

3. Similar majors.

Similar majors include: mechanical design and manufacturing and automation, mechanical engineering and automation, automation, mechanical design and manufacturing, material forming and control engineering, material physics, chemical manufacturing, industrial design, process equipment and control engineering, vehicle engineering, agricultural mechanization engineering, electrical engineering and automation, automotive service engineering, agricultural machinery and equipment, advanced equipment manufacturing technology, PLC electrical engineering, etc.

Mechatronic engineering has both the advantages of mechanical engineering and the expertise of electronic engineering, which can cover many fields such as mechanical, electronic and computer, so it has a very wide range of employment directions. The following are the main areas of employment in the discipline of Mechatronic Engineering:1

Machinery manufacturing industry: Mechatronic engineering disruptors can be engaged in research and production in the fields of mechanical manufacturing, robot manufacturing, etc., such as designing new machine tools, robotic arms, etc. 2.

Electronic manufacturing industry: Mechatronic engineers can also be engaged in electronic manufacturing, electronic component research, communication equipment manufacturing and other fields, such as mobile phones, televisions, computers R & D and manufacturing. 3.

Energy industry: Mechatronics engineers can be engaged in design and research and development in the energy industry, such as the development of new energy technologies such as fuel cells, solar, and wind energy. 4.

Automotive: Mechatronic engineers can be engaged in automotive manufacturing, design and service fields, such as the development of electric vehicles, smart cars, etc. 5.

Aerospace industry: Mechatronics engineers can also work in the aerospace field in design, manufacturing, and commissioning. 6.

Electric power industry: Mechatronic engineers can be engaged in the commissioning, operation and maintenance of power equipment in the power industry, such as power systems, electrical transmission and control. 7.

Information technology industry: Mechatronics engineers can also be engaged in research and development of computer networks, communications, etc. In conclusion, the discipline of Mechatronic Engineering has a very wide range of employment fields, and there are a variety of career paths to choose from, which can be chosen according to one's interests, skills, and expertise.