1, employment direction: industrial automation field: engaged in intelligent control system design, development, debugging and maintenance work, such as intelligent production line, intelligent factory. Robotics field: involved in robot control system development, programming and application, involving industrial robots, service robots and other fields. Intelligent home field: Responsible for the design and integration of intelligent home system to realize intelligent control and management of home equipment. Automotive electronics field: involved in the development of intelligent control systems for automobiles, including automatic driving and intelligent driver assistance systems. Energy and environment field: applying intelligent control technology for energy management and environmental monitoring, such as smart grid and energy saving system. Medical Device Field: Develop control systems for intelligent medical devices, such as medical robots and intelligent diagnostic instruments.
2. Prospects: Industry demand growth: with the rapid development of manufacturing, intelligent transportation, smart cities and other fields, the demand for intelligent control technology is increasing. Driven by technological innovation: Intelligent control technology continues to evolve, new application scenarios and opportunities continue to emerge, providing practitioners with a broad space for development. Interdisciplinary integration: Intelligent control technology involves the cross-fertilization of multiple disciplinary fields, such as machinery, electronics, computers, etc., which cultivates comprehensive talents. Wide range of employment opportunities: not only can they be employed in the traditional manufacturing field, but they can also get involved in the emerging fields of Internet and artificial intelligence. Higher salary: due to the high professionalism and skill requirements of intelligent control technology, the salary of related positions is usually more favorable.