Medical electronic instrument technology professional how_employment_direction_what_mainly_study

When applying for volunteers for the college entrance exam, medical electronic instrumentation technology, how to specialize in, what is the direction of employment, what is the main study of the majority of candidates and parents and friends are very concerned about the issue, the following is the relevant introduction, I hope to help you.

1, training objectives

The professional training of moral, intellectual, physical and aesthetic all-round development, to master a solid scientific and cultural foundation and mechanical drawing, microcontroller applications, medical electronic instrument production and management and related laws and regulations and other knowledge, with the production and management of medical electronic instruments, assembly and commissioning, quality management, maintenance, risk analysis and prevention and control capabilities. The company has the ability to analyze and prevent and control, with the spirit of craftsmanship and information literacy, able to engage in the production management of medical electronic instruments, assembly debugging, quality management, routine maintenance and troubleshooting repair work of high-quality technical and skilled personnel.

2. Employment Direction

For medical equipment assemblers, medical equipment management engineering technicians and other occupations, medical electronic instrument production management, assembly debugging, quality management, repair and maintenance of positions (groups).

3, the main professional ability requirements

the ability to read, draw medical electronic instruments mechanical drawings and circuit diagrams;

the ability to medical electronic instrument production assembly debugging;

the ability to production process management and design;

the ability of a typical medical electronic instrument basic risk analysis and prevention and control capabilities;

the ability of a typical medical electronic instrument production, assembly and commissioning;

the ability of a typical medical electronic equipment. Risk analysis and prevention and control capabilities;

With the basic preparation of quality management procedures, preliminary analysis and evaluation of enterprise production quality management activities in compliance with the ability;

With reference to the relevant standards and product specifications to complete the use of medical electronic instruments and the ability to analyze and test the performance of safety;

With the daily maintenance of medical electronic instruments, troubleshooting and repair capabilities;

With the medical electronic instruments

Ability to adapt to the new needs of information technology, digital economy development;

Ability to explore learning, lifelong learning and sustainable development.

4, the main professional courses and internship training

Professional basic courses: electrical technology, electronic technology (analog circuits, digital circuits), mechanical drawing, design and production of medical electronic circuits, microcontroller application technology, medical fundamentals, medical equipment management and regulations.

Specialized core courses: medical electronic instrument production and management, medical electronic instrument assembly and commissioning, medical equipment quality control and testing technology, medical device GMP implementation and verification, medical electronic instrument analysis and maintenance, medical sensors and testing technology.

Internship training: docking real occupational scenarios or work situations, in and out of school for medical electronic instrument assembly and commissioning, maintenance, production management and medical electrical safety training. In the medical equipment industry, medical electronic instrument production, operation, technical service enterprises and health care institutions and other units for job practice.

5. Examples of successive majors

Examples of successive senior undergraduate majors: medical device engineering technology

Examples of successive general undergraduate majors: biomedical engineering, medical information engineering

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