Mechatronics technology specialization is to cultivate mechanics and electronics as the basis, familiar with the basic theory of modern machinery manufacturing, technology and equipment, with the use of mechatronics products and technologies and the development of the ability to use the higher technology applied specialists. [2]
Cultivation Requirements
Mechatronics technology majors cultivate moral, intellectual, physical and aesthetic all-round development, with entrepreneurship, innovative spirit and good professional ethics of higher specialists, mastering the basic theories and professional knowledge of mechanical technology and electrical technology; with the corresponding practical skills as well as strong practical work ability, proficiency in mechatronics products and equipment application, maintenance, installation, debugging, sales and development. The course is designed to provide the students with the ability to apply, maintain, install, debug, sell and manage mechatronics products and equipments in the first line of higher technology application.
Courses offered
The main courses are "Electrical Machines and Their Applications", "Factory Electrical Control Equipment and Their Applications", "Application of Microcontroller Control Technology", "Application of Sensor Technology", "Application of Power Electronics and Motor Speed Control Technology" and other core courses. Electrical and electronic skills training, factory electrical control training, PLC (i.e. Programmable Logic Controller) application skills training, electrical equipment operation and maintenance training and other practical aspects. Obtain the professional qualification certificate of maintenance electrician issued by the Ministry of Labor and Social Security and the certificate of "AUTO CAD senior draftsman" issued by the National Manufacturing Informatization Training Center. General secondary school for this specialty courses are: basic electrician, power drag control lines and skills training, clamping technology and skills training, turning technology and skills training, CNC machining basics, PLC and its application of programmable controller, electronic assembly, tolerance and technical measurement, metal materials and heat treatment, mechanical foundation, mechanical drawing, basic mechanical manufacturing technology, electrical and electronic technology foundation, electromechanical integration technology and so on. Basic Mechanical Drawing, Basic Mechanical Manufacturing Process, Electrical and Electronic Technology, Mechatronics Technology, etc.
The students of this major can carry out integrated teaching in the electrician experimental training room, the electronic technology experimental training room, the power supply and distribution technology training room, the industrial testing technology training room, the programmable controller training room, the MCU technology training room, and the electric power automation and relay protection training room. The college has a practical training workshop where students can have comprehensive practical training in electrical engineering. The students of the program are engaged in graduation internship and capstone internship in three off-campus training bases.
Mechatronics technology specializes in a wide range of applications, large employment groups, students can be engaged in the corresponding enterprises and institutions after graduation in the operation of electromechanical equipment, maintenance, installation, debugging, electromechanical integration of equipment design, transformation, as well as production management, technical management and other work.
Intellectualization
Intellectualization is an important development direction of mechatronics technology in the 21st century. Artificial intelligence in mechatronics builder's research is increasingly being emphasized, robotics and CNC machine tool intelligence is an important application. Intelligent" is a description of the behavior of the machine, is based on control theory, absorbing artificial intelligence, operations research, computer science, fuzzy mathematics, psychology, physiology and chaotic dynamics and other new ideas, new methods, simulating human intelligence, so that it has the ability to judge the reasoning, logical thinking, autonomous decision-making, etc., in order to get a higher control goal. Get a higher control goal. Admittedly, it is impossible and unnecessary to make mechatronics products have the same intelligence as human beings. However, high-performance, high-speed microprocessors make mechatronics products endowed with low-level intelligence or part of the human intelligence, it is entirely possible and necessary.
Modularity
Modularity is an important and difficult project. As a result of mechatronics product categories and manufacturers, research and development with standard mechanical interfaces, electrical interfaces, power interfaces, environmental interfaces, mechatronics product unit is a very complex but very important thing. For example, the development of a set of deceleration, intelligent speed control, motor in one of the power unit, with vision, image processing, recognition and distance measurement and other functions of the control unit, as well as a variety of mechanical devices that can complete the typical operation. In this way, new products can be rapidly developed using standard units, and the scale of production can also be expanded. This requires the development of standards for the matching and interfacing of components and units. Due to conflicts of interest, it is difficult to develop international or domestic standards in this area, but they can be formed gradually through the formation of a number of large enterprises. Obviously, from the standardization of electrical products, the benefits of serialization can be sure, both for the production of standard mechatronics unit of the enterprise or for the production of mechatronics products, the scale will give mechatronics enterprises to bring a better future.
Greening
The development of industry has brought great changes to people's lives. On the one hand, material abundance, comfortable life; on the other hand, resources are reduced, the ecological environment is seriously polluted. Thus, people call for the protection of environmental resources and return to nature. The concept of green products came into being under this call, and greening is the trend of the times. Green products in their design, manufacture, use and destruction of the life process, in line with specific environmental protection and human health requirements, harmless to the ecological environment or very little harm, resource utilization rate is very high. Designing green mechatronics products has a far-reaching future. The greening of mechatronic products mainly refers to the fact that they do not pollute the ecological environment when in use and can be recycled after scrapping.
Networking
In the 1990s, the outstanding achievement of computer technology is network technology. The rise and rapid development of network technology to science and technology, industrial production, politics, military, education and people's daily lives have brought great changes. Various networks will be the global economy, production connected, competition between enterprises will also be globalized. Once a new mechatronics product is developed, as long as its function is unique and its quality is reliable, it will soon be sold all over the world. Due to the popularization of the network, a variety of network-based remote control and monitoring technology in the ascendant, and remote control of the terminal equipment itself is mechatronics products. Fieldbus and LAN technology is the networking of household appliances has become a trend, the use of home networks (home net) will be connected to a variety of household appliances into a computer-centered computer integrated appliance system (computerintegrated appliance system, CIAS), so that people at home to share a variety of high technology to bring convenience and happiness. Therefore, mechatronics products are undoubtedly developing in the direction of networking.
Miniaturization
Miniaturization emerged in the late 1980s, referring to the trend of mechatronics towards miniature machines and microscopic areas. Foreign countries call it micro-electro-mechanical systems (MEMS), referring to the geometric size of not more than 1cm3 of mechatronics products, and to the micron, nanometer development. Microelectromechanical integration products are small in size, low in energy consumption, flexible in movement, and have incomparable advantages in biomedicine, military, information and other aspects. The bottleneck in the development of micro-mechatronics lies in the micro-mechanical technology, micro-mechatronics products are processed using fine machining technology, that is, ultra-precision technology, which includes photolithography and etching technology in two categories.
Systematization
The system can be flexibly configured to carry out any tailoring and combination, while seeking to achieve multi-subsystem coordinated control and integrated management. Performance of the second is the communication function is greatly strengthened, generally in addition to RS232, and RS485, DCS personification. The future of mechatronics pay more attention to the relationship between products and people, mechatronics personification has two layers of meaning. One layer is that the ultimate use of mechatronics products are people, how to give mechatronics products human intelligence, emotion, human nature is becoming more and more important, especially for household robots, its high-level realm is human-machine integration. Another layer is to imitate the biological mechanism, the development of a variety of mechatronics products. In fact, many mechatronic products are developed by the inspiration of animals.
1, the professional training of mechanical, electronic, hydraulic (gas) pressure integration technology with the basic theory, master the operation of mechatronics equipment, maintenance, debugging and repair, master the application of mechatronics equipment processing process design and machining process of the basic method and the basic skills of the intermediate engineering and technical personnel.
2, the main courses
Electrical technology, electronic technology, basic mechanical design, machining machine tools, CNC machining process, interchangeability and measurement technology, hydraulic and pneumatic technology, testing technology, CNC technology, CNC programming, electrical control technology, electromechanical transmission control, microcontroller principles and applications, electrical control and PLC, computer graphics (cad), engineering mechanics etc.
3, the main content
1 Job groups:
Mechatronics technology specializes in a wide range of application areas. Graduates can mainly be engaged in CNC equipment maintenance, debugging, operation, manufacturing, installation and marketing and other technical and management work, employment job group is large. The main adaptable positions and employment direction are:
1) Engaged in CNC equipment installation, debugging, production operation, maintenance and other aspects of technical work;
2) Engaged in CNC equipment (CNC lathes, CNC milling machines, machining centers and other CNC equipment) programming, operation;
3) Engaged in the technological transformation of the CNC equipment, technical innovation, electrical maintenance, sales and after-sales service and other work.
3) Engaged in the technical transformation, technical innovation, electrical maintenance, sales and after-sales service of CNC equipment.
2 Professional core competencies:
a. Master the maintenance of typical CNC equipment;
b. Master the ability to operate typical CNC equipment.
3 The core courses of this specialty are: hydraulic and pneumatic technology, mechanical manufacturing process and tooling, CNC principles and systems, CNC machining process and programming module, CNC machine tool mechanical structure, CNC machine tool electrical control, CNC machine tool troubleshooting and maintenance module, CAD / CAM application technology, Solidworks, and electric power traction, the principle structure of the motor
(4) Knowledge, Ability, Quality Requirements
(1) master the basic principles of Marxism and the necessary scientific and technological cultural knowledge;
(2) master the necessary basic knowledge of mathematics and English;
(3) master the knowledge of mechanical engineering;
(4) master the necessary knowledge of electrical and electronic technology;
(5) master the knowledge of microcomputer and Application knowledge;
(6) master the principles of CNC, CNC machine tools and CNC machining programming knowledge;
(7) CNC machine tool troubleshooting and maintenance knowledge.
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