I have been teaching at APC College since 2020. Before that, in 2012, I taught a regular semester-long course in summer at Washington University in St. Louis. The list given below contains the topics that I have taught.
The codes next to the topics (mentioned in parantheses) have the following meanings –
A: B.Sc. Physics Honours, G: B.Sc. Physics General, P: M.Sc. Physics. E.g., 3A: Third semester honours course, 4P: Fourth semester M.Sc. course.
See the links below for the syllabi.
Topics that I am teaching or have taught in the past
- Even Semester, 2024
- Fundamentals of Dynamics (2A)
- Work and Energy (2A)
- Collisions (2A)
- Rotational Dynamics (2A)
- Complex Analysis (4A)
- Collection of Identical Entities – Classical Approach (4A)
- Skill Enhancement Course (Fortran & $\LaTeX$) (4A)
- Mathematical Physics III Lab (4A)
- Quantum Statistical Mechanics (6A)
- Statistical Mechanics Lab (6A)
- Detector for Nuclear Radiations (6G)
- Particle Accelerators (6G)
- Particle Physics (6G)
- Quantum Statistical Mechanics (2P)
- Special Topics in Statistical Mechanics (2P)
- Teaching Skills (2P)
- Project Work (4P)
- Odd Semester, 2023
- Mathematical Physics Lab (1A)
- Gravitation (1G)
- Oscillations (1G)
- Elasticity (1G)
- Digital Circuits (3A)
- Quantum Mechanics – Bound States in an Arbitrary Potential (5A)
- Quantum Mechanics – Hydrogen-like Atoms (5A)
- Dynamical Systems (5A)
- Fluid Mechanics (5A)
- Quantum Mechanics Lab (5A)
- Classical Chaos (1P)
- Lagrangian Formulation for Continuous Systems (1P)
- Computational Physics Lab (3P)
- Even Semester, 2023
- Diffraction & Holography (2A)
- Magnetism, Electromagnetic Induction, Linear Networks (2G)
- Maxwell’s Equations and Electromagnetic Wave Propagation (2G)
- Electricity and Magnetism Lab (2G)
- Complex Analysis (4A)
- Skill Enhancement Course (Fortran & $\LaTeX$) (4A)
- Quantum Statistical Mechanics (6A)
- Statistical Mechanics Lab (6A)
- Quantum Statistical Mechanics (2P)
- Special Topics in Statistical Mechanics (2P)
- Teaching Skills (2P)
- Project Work (4P)
- Odd Semester, 2022
- Calculus (1A)
- Probability (1A)
- Mathematical Physics Lab (1A)
- Gravitation (1G)
- Oscillations (1G)
- Elasticity (1G)
- Digital Circuits (3A)
- Tensor Analysis (5A)
- Quantum Mechanics Lab (5A)
- Advanced Mathematical Physics Lab (5A)
- Classical Chaos (1P)
- Lagrangian Formulation for Continuous Systems (1P)
- Superconductivity (3P)
- Computational Physics Lab (3P)
- Even Semester, 2022
- Diffraction & Holography (2A)
- Complex Analysis (4A)
- Boundary Value Problems (4A)
- Skill Enhancement Course (C++ & $\LaTeX$) (4A)
- Quantum Statistical Mechanics (6A)
- Quantum Statistical Mechanics (2P)
- Special Topics in Statistical Mechanics (2P)
- Teaching Skills (2P)
- Symmetry in Crystals (4P)
- Disordered Systems (4P)
- Project Work (4P)
- Odd Semester, 2021
- Thermodynamic Potentials (3A)
- Nuclear and Particle Physics (5A)
- Rigid Bodies (1P)
- Classical Chaos (1P)
- Lagrangian Formulation for Continuous Systems (1P)
- Special Relativity (1P)
- Lattice Dynamics (3P)
- Even Semester, 2021
- Diffraction & Holography (2A)
- Complex Analysis (4A)
- Boundary Value Problems (4A)
- Skill Enhancement Course (C++ & LaTeX) (4A)
- Mathematical Physics III Lab (4A)
- Quantum Statistical Mechanics (2P)
- Special Topics in Statistical Mechanics (2P)
- Symmetry in Crystals (4P)
- Disordered Systems (4P) </td>
- Odd Semester, 2020
- Thermodynamic Potentials (3A)
- Nuclear and Particle Physics (5A)
- Rigid Bodies (1P)
- Classical Chaos (1P)
- Lagrangian Formulation for Continuous Systems (1P)
- Special Relativity (1P)
- Lattice Dynamics (3P)
- Even Semester, 2020
- Diffraction & Holography (2A)
- Complex Analysis (4A)
- Boundary Value Problems (4A)
- Skill Enhancement Course (LaTeX) (4A)
- Mathematical Physics III Lab (4A)
- Quantum Statistical Mechanics (2P)
- Complex Analysis (2P)
- Special Topics in Statistical Mechanics (2P)
- Symmetry in Crystals (4P)
- Disordered Systems (4P)
- Summer, 2012
- General Physics I (Introductory Undergraduate Physics Course for non physics majors, taught in the summer session)