Teaching

2019, 2021 Fall, PHYS 4140 Classical Mechanics This course builds upon the previous introduction to classical mechanics by developing a more refined, rigorous and analytical approach to problem solving. Topics covered include 1D, 2D, and 3D mechanics, harmonics oscillators, Lagrangian and Hamiltonian formulations, gravity, central forces, non-inertial reference frames, and rigid bodies.

2020 Fall, PHYS 4520 Introduction to Biophysics This course introduces the study of biological systems from the perspective of a physicist. The treatment of molecular and cellular phenomena will be based on physical principles quantified through the necessary analytical tools. There will be two common themes 1) types, strengths and ranges of the physical interactions that govern each biological system and 2) relationship of the structure of the particular system and its constituents to its function. We will also discuss prominent biophysical methods and their fundamental operating principles.

2022 Fall, PHYS 1200 Everyday Wonders How does an airplane fly? How does a steel boat float? How does your phone know when you are swiping the screen? Many things that seem wondrous can be explained using basic principles of physics. Students will use hands-on explorations, online simulations and real-world applications to develop concepts in simple machines, fluids, waves, optics, and electricity.