Future industries are expected to experience dramatically shortened technology cycles, with boundaries between industries converging at an increasingly accelerated rate of change. This type of innovation and convergence facilitates the creation of new emerging technologies, particularly in the areas of mobility and energy electronics convergence. Practical and creative engineers are especially needed in this field, where knowledge from fundamental theories to practical applications is essential. The Intelligent Electrical Engineering Major aims to train specialists who can comprehensively understand the entire spectrum from electronic devices to their application in system design. Additionally, the major focuses on nurturing highly qualified professionals proficient in both hardware and software, which is critical for the energy electronics field. Building on the foundational courses in electrical engineering, the Intelligent Electrical Engineering Major offers specialized lectures on topics such as future mobility electrification, power electronic technologies for batteries and motor drives, smart grid and energy system control, wearable electronics, and bio-healthcare. Furthermore, the Intelligent Electrical Engineering Major aspires to become a leading research entity in future mobility and energy electronics convergence by attracting excellent professors, expanding research facilities, and building the necessary infrastructure.