Energy and System Technology
The development in the field of Energy and System Technology focuses on power system analysis, power electronics technology, and motor control. Faculty research includes power electronics technology required for renewable energy converters, the impact of renewable energy on power systems, power quality issues caused by renewable energy and their solutions, control of renewable energy generation systems, high-efficiency power supplies for LEDs, and intelligent energy-saving monitoring systems.
Communications and Optoelectronics
The development in Communications and Optoelectronics emphasizes wireless communication, communication network planning, optoelectronic device design, and optical fiber communication system component analysis. Research areas include the development of filters and amplifiers for mobile phones, antenna manufacturing for mobile phones and near-field communication, circuit design related to RFID systems, wireless sensing applications, wireless network planning, concentrative analysis of solar panels, and design and measurement analysis of passive and active components in optical fiber communication.
Control and Intelligent Technology
The development in Control and Intelligent Technology emphasizes intelligent control, machine learning, artificial intelligence, chaotic secure communication systems, robotics, chip design, image recognition, and filter design. The department provides students with relevant courses and equipment, offering vertical integration from hardware, firmware, operating systems, application software, to theoretical principles. Students learn the design and verification of intelligent control systems and develop applications in sensing and control.