The compulsory courses for this program include Electronics Laboratory, Circuit Laboratory, and Electronic System Experiments. These courses aim to provide students with practical, hands-on experience in working with electronic circuits and systems while reinforcing theoretical concepts learned in the classroom. In addition to the compulsory courses, students may enroll in the optional Semiconductor Technology Seminar and Practice course. This course aims to deepen students’ understanding of the principles behind semiconductor technology, including the fabrication and operation of semiconductor devices. Students enrolled in these courses will have access to advanced equipment and facilities, such as oscilloscopes, signal generators, power supplies, and various electronic components. These types of equipment will enable them to design, construct, and test electronic circuits and systems, allowing them to verify their performance and functionality.
We place significant emphasis on thematic practice, whereby students are given opportunities to hone their skills in written and oral reports, as well as research and planning management. To further foster students’ development in this area, we have instituted a rigorous method for conducting thematic practice competitions. We strongly encourage students to participate in national and international thematic practice competitions and have established a subsidy system to support their involvement.
We strive to incorporate concepts such as intellectual property, cross-disciplinary learning, and lifelong learning into its lecture courses and tutoring mechanisms, as they relate to the study of electricity and its impact on human civilization. Our school mandates two compulsory general studies courses in this area: “Engineering Ethics” and “Electrical Engineering and Human Civilization.” Additionally, each class will have two tutoring sessions per semester, and The Department’s Head will offer one tutoring session per semester to support students’ development in these areas.
We place significant emphasis on collaboration with industry and provide a career mentorship program for students. In addition, our department’s student association helps arrange visits to well-known companies every year. Moreover, the Department regularly holds lecture courses by industry professionals.
Our elective courses are closely aligned with Taiwan’s industrial characteristics and the Department’s development goals, with a focus on three key areas: semiconductors, chip design, and communication systems. Our faculty actively works to implement educational improvement plans related to these areas of the National Science and Technology Council and the Ministry of Education. As a result of these efforts, we have received significant funding to purchase advanced equipment and facilities.
Our professional course structure is well-defined and consists of three categories: compulsory courses, basic core elective courses, and general elective courses. This structure offers students both the flexibility to pursue advanced studies in electronics and the ability to plan their careers effectively.
Our course offerings align with the standards set forth by the Institute of Engineering Education, Taiwan (IEET), and establish strong connections with research institutes both domestically and internationally. These efforts benefit students pursuing advanced studies at the college level.
