This course focuses on the electronic systems and circuits that enable, control, and monitor semiconductor manufacturing processes. Topics include sensors, signal conditioning, data acquisition, and power stages, emphasizing how industrial electronics translates material behavior into measurable electrical signals.
This course focuses on the fundamental physical principles governing semiconductor materials, examining crystal structure, bonding, defects, and charge carrier behavior. It emphasizes the structure–properties–processing (PSP) relationship across the semiconductor manufacturing flow, from wafer fabrication to packaging.
This course introduces the end-to-end semiconductor manufacturing process, from wafer fabrication and lithography to testing and packaging. The course emphasizes manufacturing operations, yield management, and smart production systems, helping learners understand how semiconductor factories integrate process engineering, data analysis, automation, and digital transformation to support efficient and sustainable chip production.