Quantum Mechanics
Thermal Physics
Introduction to Quantum Computing
Fundamentals of Electronic Devices
Principles of Physics-I
Principles of Physics-II
Introductory of Physics-I
Introductory of Physics-II
Research Courses: Theoretical Techniques in Condensed Matter Physics, Strongly Correlated many-particles Systems, Collective Phenomena in electronic and cold-atomic systems, and Dynamics and Collective Behavior of Active Particles in Biological Systems .
"Mini Studio-Physics" to learn by designing and doing.
Flipped Classrooms: Transforming Education through Active Learning.
Introductory Physics Laboratory Innovation.
Redefined Force Concept Inventory Tests.
Context Rich Problems.
Conceptual Context Evaluation Techniques.
Crash Course on Mathematics.
Independent Learning and Writing Skills.
Computational Skills.
Mini-podcast using AI.
Interactive In-class Activities.
"Solve-and-Tell" Technique for Active Student Engagement.
Module-01: Concept of Motion
Module-02: Newton’s Laws of Motion and Kinematics
Module-03: Impulse, Collisions, and Momentum