Teaching

(1) Overview of Semiconductor Processing Advancements: this lecture provides a concise overview of the rapid advancements in semiconductor processing, highlighting the need for advanced optimization techniques.

(2) Introduction to Computational Methodologies: this lecture introduces various computational methodologies used in semiconductor manufacturing, offering a fundamental understanding of their theoretical underpinnings.

(3) Hands-on Experience: Students will have the opportunity for hands-on experience with simulation techniques for a simplified semiconductor processing application. This practical exercise will enhance their understanding of how computational methods can be applied to optimize semiconductor processes.

Overall, this lecture will enable students to gain insights into the cutting-edge developments in semiconductor manufacturing and equip them with the knowledge and skills needed to apply computational science to address complex challenges in the industry.