This course primarily focuses on theoretical introductions, emphasizing interdisciplinary development between "humanities and technology" and "AI, 5G, and digital transformation," delving into the impacts of technological advancements on humanity. Given the rapidly changing nature of technology, students are encouraged to participate in domestic and international seminars and business exhibitions to understand how global technological trends affect competition between nations and alter people's social lives.

Furthermore, to provide students with a practical understanding of smart manufacturing, collaborative efforts with other instructors have led to the development of a "self-driving car system." This system incorporates elements discussed in class, such as big data, sensors, unmanned vehicles, and mechanical processing and manufacturing systems. The structural design primarily utilizes LiDAR systems to detect the surrounding environment. Originally planned for presentation at the end-of-term exhibition, the system aims to provide students with practical understanding and observation opportunities. It is hoped that through this video demonstration and explanation, students can gain a deeper understanding of future trends in smart manufacturing and use it as a reference for their personal career development.