The name of the main courses in electromechanical specialties: mechanical manufacturing technology, electrical traction and control, factory power supply, the principle of microcontroller, machine tool numerical control technology, electromechanical equipment failure analysis and maintenance.
The main practical aspects of electromechanical specialties: assembly body mapping, operating skills training, basic mechanical manufacturing training, electrical skills training, computer applications training, machine tool technology and fixture training, microcontroller principle and application of training, CNC technology training) and so on.
Electromechanical engineering is actually a collective term for the two majors of mechanical and electrical engineering, but is sometimes used as an abbreviation for mechanical and electronic engineering.
Mechanical and electrical engineering professional training with the necessary basic theoretical knowledge, specialized knowledge and strong ability to engage in practical work in the field of specialization, to adapt to the needs of production and construction, management, service front, moral, intellectual, physical, aesthetic and other aspects of the overall development of the senior applied, technical personnel.
Expanded Information:
Graduates of this program are oriented to various industries, mainly engaged in the installation, debugging, operation, maintenance and testing of electromechanical equipment, but also can be engaged in the marketing of electromechanical products and technical services and other work related to the application of electromechanical technology.
Because of the mechatronics products and manufacturers of a wide range of types, research and development with standard mechanical interface, electrical interface, power interface, environmental interface of 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 ranging and other functions of the control unit, as well as a variety of mechanical devices that can complete the typical operation. In this way, standard units can be utilized to rapidly develop new products, and at the same time, the scale of production can also be expanded.
This requires the development of various standards for the matching and interfacing of components and units. Because of the conflict of interest, it is difficult to develop international or domestic standards in this regard in the near future, but can be gradually formed 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 bright future.
The future of mechatronics pay more attention to the relationship between products and people, the personification of mechatronics 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 increasingly important, especially for household robots, its high-level realm is man-machine integration.
The other layer is to mimic the biological mechanism, the development of a variety of mechatronic flower products. In fact, many mechatronic products are inspired by animals.
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