M.Sc. Physics (Un-Aided)
Course Details :
M.Sc. Physics is a postgraduate course based on the study of all branches of Physics. Physics is a branch of science which is concerned with the study of matter and energy and the interaction between them. The course also imparts knowledge on the fundamental principles of several branches in Physics.
M.Sc. Physics graduate can get jobs in Research labs, academic and education institution, atomic and space organization, meteorology departments, medical industry etc. and can work as Research Scientist, Lecturer/Professor, medical physicist, radiation physicist etc. This course also covers the basic knowledge of various specializations like nuclear physics, high energy physics, condensed matter physics, astrophysics, cosmology, medicine, mining, geophysics.
The course delivery method in M.Sc. Physics include seminars, lectures, workshops and practical lab work. Students will be required to complete a research project towards the last semesters and this forms an integral part of the syllabus for the course. In the final evaluation, class assignments, end-semester exams and project reports are taken into account.
After this Masters course, students can opt for M.Phil.and Ph.D. in Physics or a specialization in Physics. With a comprehensive knowledge of concepts in Physics, students with M.Sc. Physics degree can find employment in private as well as in Government sector. One can look for jobs in research labs, medical labs, academic institutions, technical field, automobile industry and various government-owned Scientific Research and Development Organizations. Other than these options a Physics graduate has the option even to step ahead for civil services for which one is supposed to clear civil service exams conducted by UPSC.
Duration : 2 Years [Divided into 4 semesters.]
Eligibility : Bachelor’s degree in Physics
Sanctioned Strength : 25
Syllabus (Choice Based Credit System)
Subject Status | Subject Title |
Core-I | Paper 1- Mathematical Physics |
Core-II | Paper 2 - Classical Mechanics and Relativity |
Core-III | Paper 3 - Linear and Digital ICs and Applications |
Discipline Centric Elective- I |
Practical I |
Generic Elective-II: |
Energy Physics |
Subject Status | Subject Title |
Core-IV | Paper 4– Statistical Mechanics |
Core-V | Paper 5 - Quantum Mechanics –I |
Core Practical-II/Core-VI | Practical – II |
Discipline Centric Elective- II | Non Linear Dynamics |
Generic Elective - II | Microprocessor 8085 & Microcontroller 8051 |
SEC I | Physics for Competitive Examinations |
Subject Status | Subject Title |
Core– 13 | Quantum Mechanics- I |
Core– 14 | Atomic and Molecular Spectroscopy |
Core– 15 | Condensed Matter Physics |
Core– 16 | Numerical Methods & Programming in C++ |
Core– 17 Practical 5 | Advanced Physics Experiments -I |
Core– 18 Practical 6 | Microprocessor Experiments |
Subject Status | Subject Title |
Core– 19 | Quantum Mechanics- II |
Core– 20 | Nuclear and Particle Physics |
Core– 21 | Research Methodology |
Core– 22 Practical7 | Advanced Physics Experiments-II |
Core– 23 Practical8 | C++Programming |
Elective-I | Elective I(a) Optoelectronics(OR) Elective I(b) Materials Science(OR) Elective I(c) Nano Physics(OR) Elective I(d) Renewable Energy Sources. |
Core– 24 | Project |
Tag:Physics