*Year 1: Core Physics & Mathematical Foundations* 

*Semester 1: * 

- Mechanics 

- Mathematical Physics-I (Calculus, Vectors) 

- Lab: Vernier Callipers, Simple Pendulum, Young’s Modulus 

*Semester 2: * 

- Waves & Oscillations 

- Electricity & Magnetism 

- Lab: LCR Circuits, Diffraction Grating 

*Year 2: Intermediate Physics & Modern Concepts* 

*Semester 3:* 

- Thermal Physics 

- Optics 

- Mathematical Physics-II (Differential Equations) 

- Lab: Newton’s Rings, Spectrometer 

*Semester 4: * 

- Quantum Mechanics (Intro) 

- Electronics (Diodes, Transistors) 

- Lab: PN Junction, Logic Gates 

*Year 3: Advanced Topics & Electives* 

*Semester 5:* 

- Electromagnetic Theory 

- Solid State Physics 

- *Elective (Choose 1): * 

  - Nuclear Physics 

  - Astrophysics 

  - Computational Physics 

- Lab: Hall Effect, X-ray Diffraction 

*Semester 6: * 

- Statistical Mechanics 

- Particle Physics & Cosmology 

- Project: Research Dissertation 

- Lab: Advanced Experiments (e.g., Frank-Hertz) 

*Key Features: * 

- *Labs: * 40% weightage (e.g., *CRO handling, Spectroscopy*). 

- *Math Integration: * Complex analysis, PDEs for quantum/EM theory. 

- *Skill Development: * Data analysis (Python/MATLAB), technical writing.