Teaching

Professor Banerjee’s teaching portfolio consists of a diverse set of courses – from metallurgical engineering courses to semiconductor processing labs in the Cleanroom. He has taught small graduate classes of 10 students to large undergraduate classes with 150 students. He combines his industrial experience with live demos, simulation and classroom engagement tools and white board notes to provide students fundamental and applied knowledge in materials science and engineering. Students who take his classes consistently give him high ratings. In short, Professor Banerjee is passionate about teaching.

All graduate students in the Banerjee group TA for his courses and actively teach classes using their own lecture notes. Guidance and feedback from Professor Banerjee, help them become great teachers too. Here is a list of classes taught over 14 years at various institutions.

At University of Central Florida:
1. Fall 2024, EGN 3365 – Structure and Properties of Materials.
2. Spring 2024, EMA 5415 – Electronic Principles of Materials Properties.
3. Fall 2023, EGN 3365 – Structure and Properties of Materials.
4. Spring 2023, EMA 6130 – Advanced Phase Transformation in Materials.
5. Fall 2022, EGN 3365 – Structure and Properties of Materials.
6. Spring 2022, EMA 6626 – Mechanical Behavior of Materials.
7. Fall 2021, EMA 4413 – Fundamentals of Electronic Materials.
8. Spring 2021. EMA 6130 – Phase Transformations in Materials.
9. Fall 2020. EMA 4413 – Fundamentals of Electronic Materials.
10. Spring 2020. EMA 6130 – Phase Transformations in Materials.
11. Fall 2019. EMA 4413 – Fundamentals of Electronic Materials.
12. Spring 2019. EMA 4223 – Mechanical Behavior of Materials.

At Washington University in St. Louis:
13. Spring 2018. MEMS 5611-Principles and Methods of Micro and Nanofabrication.
14. Fall 2017. MEMS 5610-Quantitative Materials Science & Engineering.
15. Spring 2017. MEMS 5609-Electronics Materials Processing.
16. Fall 2016. MEMS 5610-Quantitative Materials Science & Engineering.
17. Spring 2016. MEMS 5611-Principles and Methods of Micro and Nanofabrication.
18. Fall 2015. MEMS 5610-Quantitative Materials Science & Engineering.
19. Spring 2015. MEMS 5611-Principles and Methods of Micro and Nanofabrication.
20. Fall 2014. MEMS 5610-Quantitative Materials Science & Engineering.
21. Spring 2014. MEMS 5611-Principles and Methods of Micro and Nanofabrication.
22. Fall 2013. MEMS 5610-Quantitative Materials Science & Engineering.
23. Spring 2013. MEMS 5611-Principles and Methods of Micro and Nanofabrication.
24. Fall 2012. MEMS 5610-Quantitative Materials Science & Engineering.
25. Fall 2011. MEMS 5609-Electronics Materials Processing.