What is the future of microelectronics technology and device manufacturing in secondary vocational schools?

What is the future of microelectronics technology and device manufacturing in secondary vocational schools?

Training objective: To master the necessary processing and application technology of photovoltaic materials, the basic theoretical knowledge, basic methods and basic skills of photovoltaic cells, and become an applied professional who can engage in production and management, technical management, product inspection and quality control of photovoltaic cells.

Employment direction: engaged in the operation and maintenance of operating equipment, analysis and testing of materials and products, quality control of materials and products, product sales, etc. in solar cell and related production enterprises.

Main courses: computer foundation, engineering drawing and CAD, electronic technology, solar cell materials, photovoltaic production equipment and technology, wafer manufacturing technology, solar photovoltaic power generation and application, material surface science, solar cell manufacturing technology and technology.

Vocational certificate:

One: Vocational qualification certificate

Two: Grade B certificate of the National Computer Rank Examination

Three: Electronic Assembler (Intermediate) Vocational Qualification Certificate

Microelectronics technology and device manufacturing industry, employment prospects of microelectronics technology and device manufacturing industry

If you have any questions about applying for TVU technical secondary school/technical secondary school/vocational school, you can click TVU technical secondary school enrollment consultation in 2023 (formerly RTVU): /xlzz/