Teaching

Current Term:

ENGF0003: Mathematical Modelling and Analysis 1 (UCL, Term 1 2025/2026)

Lecture #1 (2025/09/30): slides
Lecture #2 (2025/10/07): slides
Lecture #3 (2025/10/14): slides
Lecture #4 (2025/10/21): slides
Lecture #5 (2025/10/28): slides
Lecture #6

Previous Terms:

Physics for Electronics 2 (UCL, Term 2 2024/2025) [archive]
Part IA: Materials Science (Cambridge, Fall 2022/2023) [archive]
Micro- and Nano-Fabrication Fundamentals (McGill, Fall 2021/2022) [archive]
Properties of Materials in Electrical Eng. (McGill, Fall 2020/2021) [archive]
Electronic Properties of Materials (McGill, Summer 2019/2020) [archive]
Properties of Materials in Electrical Eng. (McGill, Fall 2019/2020) [archive]

Teaching Distinctions:

2025: My class on "Physics for Electronics and Nanotechnology 2" at UCL received 84% score from the students with 96% score on the instructor's attitude on students' progress and being accommodating (see the evaluation).
2024: Two PhD students under my supervision presented technical talks at the 2024 UKNC.
2023: Selected to supervise 4 University of Cambridge's NanoDTC graduate students on their Nanointegration project.
2022: My PhD seminar presentation entitled received a perfect score from my PhD committees (see the recording).
2020: Honored to receive McGill's ELATE (Enhanching Learning and Teaching in Engineering) Graduate Award — in Teaching.
2020: My class on "Electronic Properties of Materials" at McGill University received 81% score from the students (see the evaluation).
2019: My lecture "On the Theory of Raman Scattering" received a positive feedback from Prof. Marta Cerruti (see the evaluation).

Roberts Building, Room 1113Department of Electronic & Electrical Engineering , University College LondonTorrington Place, London WC1E 7JEUnited Kingdom

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