1, training objectives
This specialty cultivates moral, intellectual, physical and aesthetic all-round development, master a solid scientific and cultural foundation and knowledge of electronic technology, discrete light-emitting diode production process and quality control, lighting engineering design and implementation, with the LED packaging test, intelligent lighting product design and assembly, intelligent lighting engineering design simulation implementation, intelligent point light system design and production debugging, etc. Ability to have craftsmanship and information literacy, able to engage in LED manufacturing, intelligent photoelectric product development and application, intelligent lighting engineering design and implementation and operation and maintenance, intelligent electric light system design, installation and debugging and maintenance of high-quality technical and skilled personnel.
2, Employment Direction
For the computer, communication and other electronic equipment manufacturing industry, optoelectronic engineering, electronic equipment assembly and debugging, electronic device manufacturing and other positions (groups).
3, the main professional ability requirements
Mechanical, electronic, electrical literacy and drawing ability;
Basic circuit component testing, circuit analysis and calculation, circuit debugging, troubleshooting ability;
The ability to carry out the basic hardware and software design with the core of the micro-controller;
Have the ability to discrete LED packaging, testing;
Have the ability to discrete LED Packaging, testing capabilities;
Basic intelligent lighting product design, simulation, assembly, debugging capabilities;
Basic intelligent lighting project design, simulation, implementation capabilities;
Common intelligent electric light system design, production, debugging capabilities;
Ability to explore learning, lifelong learning and sustainable development.
4, the main professional courses and practical training
Basic courses: basic electrical technology, basic analog electronics, basic digital electronics, basic engineering optics, micro-controller application technology, circuit board design and production, engineering drawing CAD.
Core courses: introduction to optoelectronic devices, photovoltaic device driver design, LED package testing, Intelligent Lighting Product Design, Intelligent Lighting Engineering Practice, Intelligent Photoelectric System Practice.
Internship training: Docking real occupational scenarios or work situations, in and out of school electric technology, electronic technology, photoelectric equipment assembly and debugging, micro-controller applications, lighting fixture design and production, lighting project implementation, electric light source comprehensive application and other practical training. Job internship in photoelectric product manufacturing enterprises, photoelectric engineering design enterprises, photoelectric engineering construction enterprises and other units.
5. Examples of Vocational Certificates
Vocational Skill Level Certificate: LED Display Application
6. Examples of Successor Programs
Examples of Successor Higher Vocational Undergraduate Programs: Optoelectronic Information Engineering Technology
Examples of Successor General Undergraduate Programs: Lighting and Illumination, Optoelectronic Information Science and Engineering, Electronics Science and Technology, Electronic Information Engineering
Successor General Undergraduate Programs: Lighting and Lighting, Optoelectronic Information Science and Engineering, Electronic Science and Technology, Electronic Information Engineering
7.