Academic flexibility for personalized learning paths
Transparent and comprehensive assessment system
Final semester research project for practical experience
Classroom, laboratory, and online (MOOCs) integration
Aligned with national academic framework
The Master of Science in Physics (M.Sc. Physics) is a two-year postgraduate program (four semesters) designed to provide advanced theoretical, experimental, and computational understanding of Physics. The program nurtures scientific curiosity, analytical reasoning, and research aptitude to prepare students for academic, industrial, and research careers.
Based on the Choice-Based Credit System (CBCS), the curriculum integrates core, elective, and practical courses with strong emphasis on hands-on experimentation and conceptual clarity.
To provide systematic and core knowledge in all major branches of Physics.
To develop critical thinking and analytical problem-solving skills.
To train students in experimental methods, instrumentation, and computational analysis.
To inculcate transferable technical, research, and communication skills.
To encourage scientific ethics, discipline, and time-bound project management.
To motivate students to appreciate the scope and beauty of Physics in explaining natural phenomena.
To prepare graduates to contribute towards building a scientifically literate and ethically strong society.
Graduates of the program will be able to:
Demonstrate advanced understanding of physical laws and theoretical frameworks.
Apply mathematical and computational tools to analyze complex systems.
Conduct and interpret experiments using modern laboratory instruments.
Communicate research findings effectively through reports and presentations.
Pursue careers in research, teaching, technology, and applied sciences.
| Particulars | Details |
|---|---|
| Duration | 2 Years (4 Semesters) |
| System | Choice-Based Credit System (CBCS) |
| Total Credits | Approximately 80–96 credits |
| Theory Papers | 4 Credits each, 3 Hours exam (25 Internal + 75 External Marks) |
| Practical / Laboratory | 4 Credits each, 100 Marks |
| Research Project | 4 Credits |
| Evaluation | Continuous Internal Evaluation (25%) + Semester-end Exam (75%) |
Upon successful completion, students will be able to:
Apply advanced mathematical tools to solve complex physical problems.
Analyze experimental data using scientific and computational methods.
Demonstrate ethical scientific conduct and environmental awareness.
Present technical information clearly in written and oral form.
Engage in interdisciplinary and research-based learning.
The program integrates research methodology and data analysis from the first year. Students undertake guided research projects, internships, and dissertation work under the supervision of qualified faculty.
Participation in institutional science exhibitions, workshops, and paper presentations is encouraged to foster innovation.
Each student is assigned a faculty mentor for personalized academic and career guidance. The department also conducts:
Students are encouraged to access digital learning resources through:
These resources complement classroom learning and support lifelong skill development.
Graduates of M.Sc. Physics can pursue:
Research roles in organizations like ISRO, DRDO, BARC, CSIR, IITs
Teaching positions in schools, colleges, and universities
Technical and analytical roles in data science, optics, electronics, and renewable energy sectors
Higher studies through NET, GATE, JEST, SET, or Ph.D. pathways
Students participate in institutional initiatives such as:
For details on Clubs, Alumni Activities, and Outreach Programs, visit the respective pages →
| Particulars | Amount (₹) | Frequency |
|---|---|---|
| Tuition Fee | — | Per Year |
| Library & Laboratory Fee | — | Per Year |
| Examination Fee | — | Per Semester |
| Development Fee | — | Per Year |
| Total (Approx.) | — | For Two Years |
(Subject to change as per college norms.)
| Resource Type | Description | Download / View |
|---|---|---|
| Syllabus | Complete semester-wise syllabus PDF | Download |
| Notes & Study Materials | Topic-wise faculty-prepared notes | View |
| Laboratory Manuals | Detailed experiment instructions | Download |
| Previous Year Question Papers | Question bank for exam preparation | View |
| Timetable | Current academic session schedule | View |
| MOOC & E-Learning Links | Access to online learning platforms | View |