PhD in Department of Semiconductor Systems Engineer Semiconductor Systems Engineer

Semiconductor systems engineering studies the design, fabrication, and integration of the chips that power modern electronics, covering topics such as circuit design, semiconductor device physics, and the manufacturing processes used to produce integrated circuits. Students in this field learn how semiconductor devices are designed and fabricated, how circuits are built from these devices, and how semiconductor systems are integrated into the electronics found in computers, smartphones, and countless other products. Sejong University's Department of Semiconductor Systems Engineer offers this program as a combined master's and doctorate degree, delivered in English at the university's campus in Gwangjin-gu, Seoul, South Korea. The program runs for about six semesters, with new students admitted in March or September. Doctoral candidates in this specialization typically research topics such as semiconductor device design, integrated circuit fabrication, memory and processor architecture, or emerging semiconductor materials, working with faculty engaged in semiconductor research. Graduates commonly pursue careers as semiconductor design and process engineers at chip manufacturers and electronics companies, positions at national research institutes focused on semiconductor technology, or academic careers teaching and researching semiconductor engineering at universities. Some move into research roles at foundries and design houses working on future chip technology. Given that semiconductors underpin nearly all modern electronics and computing, and that South Korea is home to major semiconductor manufacturers, doctoral graduates trained in semiconductor systems engineering are positioned to contribute to research and development across an industry that continues to expand alongside growing global demand for computing power, memory, and advanced electronic devices.