I-SHOU UNIVERSITY

The Department of Electrical Engineering at ISU shone brightly at the 2025 Green Idea Invention and Design Fair, organized by the International Institute of Knowledge Innovation and Invention. Guided by Dr. Rong-Ching Wu, Dr. Chun-An Cheng, Dr. En-Chih Chang, Dr. Yuan-Wei Tseng, and Dr. Ching-Min Lee, a team of senior students, including Tzu-Yu Chen, Hung-Chun Huang, Wan-Chun Hsu, and Kuan-Chen Ou, stood out among numerous outstanding university teams, earning two silver medals, two bronze medals, and a special award. Through their professional expertise and dedication, the team made meaningful contributions to Taiwan’s scientific research and sustainable development.

At the 2025 Green Idea Invention and Design Fair, the team led by Dr. Yuan-Wei Tseng presented the project “Intelligent Mobile Robotic Arm Vehicle for Thermal Imaging and Posture Recognition Based on RGB-T Multimodal Fusion.” The system integrates AI for RGB and thermal imaging, autonomous vehicle navigation, and posture recognition to identify overheating or potential fire hazards in factories instantly. Coupled with LINE BOT and web-based remote monitoring, it provides an innovative solution for industrial safety, earning a silver medal and the Jury’s Special Award. The team led by Dr. Chun-An Cheng won a silver medal for its project, “Outdoor Emergency Lighting System with DC-Powered LED Driver Circuit,” which enhances energy conversion efficiency by recycling energy from transformer leakage inductance, resulting in a more sustainable, energy-efficient lighting solution. Dr. Rong-Ching Wu’s team received a bronze medal for “Solar Power Forecasting and Real-Time Monitoring System Using CNN-Transformer Architecture and NB-IoT Interface,” which combines IoT connectivity, MQTT protocol, and mathematical modeling to accurately predict and monitor photovoltaic power generation in remote renewable energy sites. Dr. Ching-Min Lee’s team also earned a bronze medal for “Driver Assistance System with AI-Based Fatigue Detection,” employing AI image recognition and driving control mechanisms to enhance road safety. These accomplishments underscore ISU’s innovation and research excellence in AI, IoT, smart safety, and green energy applications, as well as its strong commitment to industry-university collaboration and sustainable development.

For the students, the competition was not only a showcase of their achievements but also a journey of applying what they had learned, where theory met practice through hands-on experience. Tzu-Yu Chen shared that the preparation process was advantageous, teaching her how to simplify complex ideas and stay focused on the theme. It not only strengthened her confidence during the competition but also enhanced her ability to communicate professional knowledge clearly. Hung-Chun Huang reflected that every stage, from circuit design and component selection to soldering and testing, presented challenges. Through this process, he gained a deeper understanding of how theory connects with real-world practice and was inspired to pursue further innovation in green energy. According to Wan-Chun Hsu, presentation practice was a key element. Learning to translate complex professional theories into accessible, engaging content was a valuable lesson that strengthened the team’s communication skills and professional confidence. Kuan-Chen Ou added that the experience not only improved his presentation and communication abilities but also broadened his perspective on green energy and sustainable development, inspiring his future research direction. Through this competition, the students not only honed their professional expertise but also, through challenge and practice, discovered meaningful ways their knowledge could contribute to society.

For the faculty mentors, this competition was not only a validation of educational ideals but also a testament to the real-world impact of research and innovation. Dr. Yuan-Wei Tseng described the team as a model of seamless student collaboration. Dr. Chun-An Cheng emphasized that off-campus competitions serve as a crucial platform to spark students’ creativity. Dr. Rong-Ching Wu expressed his hope that ISU will become a cradle for cultivating green energy talents under Taiwan’s “5+2 Industrial Innovation Policy.” Dr. En-Chih Chang noted the potential applications of the students’ technologies in streetlights, water heaters, and glass curtain walls—innovations that could accelerate progress toward net-zero emissions. Dr. Ching-Min Lee further highlighted that this competition perfectly embodied the university’s commitment to integrating learning with practice.

In recent years, the College of Intelligent Science and Technology at ISU has actively integrated interdisciplinary resources, combining green energy, innovative technology, and talent cultivation. The college is dedicated to nurturing students who not only possess strong technical expertise but also demonstrate creativity, adaptability, and problem-solving abilities. The team’s remarkable achievements in this competition are more than a recognition of their success. They underscore the university’s solid research capabilities and its pragmatic, innovation-driven academic culture, while reflecting ISU’s mission to cultivate professional talents aligned with global sustainability trends.