Medical device engineering training students with precision medical device design, development, development and application of integrated capabilities, with medical engineering, electromechanical combination of composite features.
For the medical device industry, medical and health care system and the government supervision and management of medical devices to deliver precision machinery, electronics, optics, computer applications and medicine combined senior engineering technology and management personnel.
Mainly study the medical device testing technology and its related standards and regulations, electronics, mechanics, biology, computers and other basic theoretical knowledge and the structure of medical devices and testing methods, to receive modern medical device testing technology and typical medical device design training.
Able to engage in medical device product testing and evaluation, quality certification, with a solid foundation in natural sciences, a good foundation in humanities, arts and social sciences and accurate language and written expression skills.
More systematic mastery of broad basic theoretical knowledge and professional skills in the field of medical devices. Computer application skills of Level 3 (hard) are required. Mastery of a foreign language, required to pass the national university English IV examination and have the ability to read relevant English specialized literature proficiently.
Expanded Information:
I. Cultivation Objectives
With the basic theory of mechatronics, with the ability to manufacture and manufacture precision medical equipment. Theory, with precision medical equipment manufacturing and maintenance of basic knowledge; master medical equipment, medical instruments and equipment operation, use, maintenance skills, able to engage in drug preparation machinery and pharmaceutical equipment manufacturing, operation, maintenance and management.
Master the national standards of precision medical devices and quality inspection techniques, familiar with the relevant supervision regulations, and be able to engage in medical device quality supervision, testing, production, sales and other work.
The main courses
The students mainly study the basic theoretical knowledge of mechanics, electronics, optics, computers, medicine, etc., focusing on mastering the systematic design method of precision medical devices, and receive training in modern medical device technology and typical medical device applications.
The main courses offered by this specialty: University English, calculus, human anatomy, human physiology, engineering drawing, engineering mechanics, precision mechanical design, basic electrical technology, analog electronics, digital electronics, automatic control principles,
Microcomputer principles and applications, biomedical engineering materials, biomedical testing technology, medical testing equipment, medical optical instruments, hospital functional surrogate device, human body, and medical equipment.
Three, the field of practice
Medical equipment enterprises engaged in the research and development of medical equipment, new product development and design, and business management; all levels of health care system engaged in the application of hospital equipment, management and maintenance; government supervision and management of medical equipment at all levels of the medical equipment management department engaged in the technical management of medical equipment, etc..
References:
Baidu Encyclopedia-Medical Device Engineering