The curriculum is designed around four stages: fundamental theory, professional specialization, hands-on practice, and interdisciplinary integration. In the first two years, students build a strong foundation through mathematics, physics, programming, circuits, electronics, digital design, and laboratory courses. From the second and third years onward, they may select courses according to their interests and career goals.

The main study areas include integrated circuit design, green energy electronics, hardware–software system integration, intelligent electronic applications, and railway technology. IC-related courses cover digital and analog IC design, VLSI, FPGA, embedded systems, SoC design, RFIC, microwave circuits, and filter design. Green energy courses include power electronics, solar energy, energy storage, smart grids, electric vehicles, and power conversion.Students interested in intelligent systems may study AI, machine learning, image processing, sensing, automatic control, IoT, autonomous systems, and medical assistive technologies. The Railway Technology Program offers structured training in railway power, signaling and communications, vehicle systems, and railway safety.

Through laboratory work, project-based learning, and industry-oriented training, students can develop either deep expertise in one field or a flexible interdisciplinary study plan.