MSC Physics

Being a pure science post-graduate course, M.Sc. in Physics offers vast range of higher education areas and specializations. For those who wish for a job, there are Physics related job options in Govt. as well as in private sectors and apart from these there are other auxilliary job options for which any graduation would suffice the eligibility criteria.

Eligibility
 
Pass in B.Sc. Physics.
 
Seat Allocation
General SC ST Management Total
8 2 1 3 14
 
 
Index Caculation
 
Index mark is calculated as per the following formula:

Index=Total mark in part III (Core+Complementary)+Mark in Physics+Bonus−Handicap Bonus=NSS(15)+NCC(15)+NCC A cert(3)+NCC B|C cert(5)+Ex-service man(15)
Handicap=5 mark each for every additional attempt in plus two papers

Core - Mathematical Physics 1
 
Core - Classical mechanics
 
Core - Electronics
 
Core - Electrodynamics
 
Core - Mathematical Physics 2
 
Core - Quantum mechanics 1
 
Core - Condensed Matter Physics
 
Core - Statistical Mechanics and Thermodynamics
 
Core - Quantum Mechanics 2
 
Core - Computatonal Physics
 
Elective - Micrelectronics and Semiconductor devices
 
Elective - Integrated electronics and digital signal processing
 
Core - Atomic and molecular Physics
 
Core - Nuclear and Prticle Physics
 
Elective - Instrumentation and communication electronics
 
Core - Optoelectronics 

Course outcome

CO1- Introduces to the mathematical methods in Physics

CO2- Introduces to basic classical Mechanics

CO3- Theoretical knowledge of Electrodynamics

CO4-Fundamental of Semiconductor devices ,OPAMPS,Linear integrated circuit and communications

CO5- Mathematical Method in PHYSICS

CO6 -Introduces to Quantum mechanics

CO7- Introduces to Statistical Mechanics

CO8- Introduces to condensed matter physics

CO9 -Study of Advanced Quantum Mechanics

CO10- It gives foundation for different methods in Computational Physics

CO11- Provides details of different frontiers in Spectroscopy

CO12- Details of nuclear and Particle Physics

CO13- Details of integrated electronics an d digital signal processing

CO14- Details of micro electronics and semiconductor devices

CO15- Provides Knowledge of instrumentation and Communication Electronics

CO16- Introduces to advanced technique and methods in optoelectronics

CO17- Develop skills in General Physics experiments.

CO18 -Electronics experiments -develop skills in electronics experiments

CO19- Computer based experiments -Computational physics

C020- Develop research aptitude.

Programme Outcome

Introduce to the emerging trends in the various fields of theoretical and experimental Physics

Inculcate the spirit of hard work and research aptitude to pursue higher education in nationally/internationally reputed institution and laboratories.

 
Higher Education options
 
Ph.D programmes in fields as varied as astrophysics,high energy physics, spectroscopy, laser technology,material science,microprocessor based control systems and commnication electronics and nonlinear studies  
 
Job options
  1. Research and Development
  2. Analysts in research laboratories
  3. Legal metrology
  4. Software field
  5. Meteorology
  6. Teaching Learning
  7. Assistant Professors in Colleges
Other options
  1. Public Sector Banking Jobs
  2. Jobs in Indian Railways
  3. Union Public Service Commission
  4. Staff selection commission
  5. Indian Forest Services
  6. State PSC
  7. Indian Defense services