Training objectives:The profession cultivates senior technical personnel who possess automation expertise within the fields, and engage in a variety of automation devices, automated intelligent instrumentation, automatic detection processing of information, process automation, intelligent building automation in the field of high-tech and the research, development and design of universal automatic control system and automatic generation and management.

By learning, students should establish a scientific, dialectical logic way of thinking, mastering circuit theory, electronics, power electronics and grasp a wide range of emerging scientific and technological knowledge and knowledge about both the strong and weak electricity , and both hardware and software skills of automation devices, automatic control systems, computer theory, computer control technology, computer software programming, computer control system design. They should also have the modern information theory, control theory, and computer capabilities as the main tool for research.

The speciality belongs to wide caliber of professional high-tech and it’s equipped with robots, digital and hybrid computers, industrial process control integration of experimental devices and computer motion control, industrial process control devices and a number of advanced teaching and research equipments.

The employment trends:Graduates are in short supply over the years and have wide range of employment and not subject to trade restrictions. They can work in high-tech development companies, scientific research institutes, foreign-funded enterprises, telecommunications electricity, transportation, finance, foreign trade, environmental protection, urban construction and other sectors and industries.