Mar 10 β€’ 07:36 UTC πŸ‡°πŸ‡· Korea Hankyoreh (KR)

Next-Generation Semiconductor Center at Seoul National University of Science and Technology to Operate Second S-FAB Process Training Program

The Next-Generation Semiconductor Center at Seoul National University of Science and Technology conducted its second S-FAB process training program to enhance understanding of semiconductor manufacturing among students.

The Next-Generation Semiconductor Center at Seoul National University of Science and Technology has launched a training program from February 23-26, aimed at developing expertise in semiconductor processes. This program, titled 'S-FAB Semiconductor Process Training Program: Understanding the Eight Major Processes and Industry Trends', included theoretical education on semiconductor manufacturing processes, seminars on current trends in the domestic semiconductor industry, and a field trip to the S-FAB facility. The initiative is designed to elevate students' understanding of the semiconductor sector and provide practical career insights.

During the theoretical training, students gained a systematic understanding of the semiconductor production process through in-depth instruction on the eight core processes integral to semiconductor manufacturing. Led by professors from the Department of Intelligent Semiconductor Engineering, the lessons covered essential topics such as metal and process design, photolithography, oxidation, CVD processes, and packaging, thereby enhancing the students' grasp of their specialized subjects. The program filled a gap in traditional coursework by integrating advanced process content and real-world industry cases, further enriching the students' educational experience.

Additionally, guest professors from major domestic companies delivered talks on current and future trends in semiconductor processing. These sessions offered students insights into real-world applications and the skills required for various roles within the industry. Topics discussed included semiconductor process design, recent developments in photolithography, the impact of AI on fabrication yields, and methodologies for testing SoC chips. Overall, the program provided a critical platform for students to explore career opportunities and gain knowledge from industry experts, reinforcing their academic learning with practical implications.

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