Teaching Assistant in Physics
Outstanding Teaching Assistant Award
I also have minor degree in physics. I have taken the courses including theoretical mechanics I & II, electromagnetism I & II, and quantum physics I. I am interesting in the variational principle of least action and the Noetherโs theorem, which imply the relation between the symmetry and the conservation law. These elegant results showed the beauty of physics, leading me to further study more physics courses and become TA in physics during my doctoral studies.
Physics courses I have taught as a TA:
| Graduate School | |
| Classical Mechanics | Fluid Dynamics |
| Undergraduate | |
| General Relativity I & II | Statistical and Thermal Physics I & II |
| Theoretical Mechanics II | General Physics I & II |
I am the teaching assistant in statistical and thermal physics I & II, general relativity I & II, theoretical mechanics II, fluid dynamics, classical mechanics, general physics I & II, etc. I was recognized with the NTHU Outstanding Teaching Assistant Award in 2019 due to dedicated teaching efforts. My favorite teaching topic is the "Principle of Least Action." You can refer to the lecture notes I wrote.
\(\to\)Tutorial Website (Chinese Version)
\(\to\)Tutorial Website (English Version)
\(\to\)Lecture Note-Principle of Least Action(2019)
\(\to\)Lecture Note-Principle of Least Action(2018)
โฒI was teaching the variational principle to obtain Maxwell's equations.
โฒI was teaching the canonical transformation.
Project Polaris
To enhance students' understanding of Euler angles and their engineering applications, such as gyroscopes, I designed a complete gyroscope teaching model. This tool demonstrates the application of Euler angles in aerospace engineering and highlights the risks known as 'gimbal lock.'
