Department of Physics

CURRICULUM for Undergraduate Students:

B.Sc I SEMESTER  Frames of Reference and Linear Momentum
 Rigid Body Dynamics
 Gravitation and Cosmology
 Properties of Bulk Matter
 Waves, Oscillations and acoustics
B.Sc II SEMESTER  Statistical Physics
 Kinetic Theory of Gases and Transport Phenomena
 Heat
 Thermodynamics
 Radiation and Energy Sources
B.Sc III SEMESTER  Geometrical Optics
 Interference
 Diffraction
 Polarization
 Astrophysics
B.Sc IV SEMESTER  Electrostatics
 Current Electricity
 AC and Transient Circuits
 Thermoelectricity
 Electromagnetic Theory
B.Sc V SEMESTER  Classical Mechanics
 Relativistic Mechanics
 Quantum Mechanics
 Network Analysis & Transistors
 Digital Electronics And Operational Amplifiers
 Communication
B.Sc VI SEMESTER  Solid State Physics
 Nuclear Physics
 Superconductivity, Magnetism and Nano science
 Atomic Physics
 Molecular Physics
 Lasers, Fiber Optics

CURRICULUM for Postgraduate Students:

M.Sc. I SEMESTER 1.1 Mathematical Methods of Physics–I
1.2 Classical Mechanics
1.3 Condensed Matter Physics (General)
1.4 Atomic and Molecular Physics (General)
M.Sc. II SEMESTER 2.1 Statistical Mechanics
2.2 Quantum Mechanics –I
2.3 Electronics (General)
2.4 Nuclear and Particle Physics (General)
2.9 Modern Physics –open elective
M.Sc. III SEMESTER Mathematical Methods of Physics– II
3.2 Quantum Mechanics –II
3.3 Electronics –I
3.4 Electronics –II
Condensed Matter Physics-I (Special
Condensed Matter Physics-II (Special)
3.5 Physics of Nano materials –open elective
M.Sc. IV SEMESTER 4.1 Classical Electrodynamics
4.2 Group Theory
4.3 Electronics – III (Special)
4.4 Electronics –IV
Condensed Matter Physics-III
Condensed Matter Physics-IV (Special)

CERTIFICATE COURSES:

 AC Motors
 Nanoscience and technology

VALUE ADD ON COURSES:

 Renewable Energy Sources
 Circuit Building and PCB Designing