M.Sc.-Physics
- About M.Sc.-Physics
- M.Sc.-Physics Programme Detail
- M.Sc.-Physics Curriculam
- What is M.Sc.-Physics Programme?
- What is Course Duration for M.Sc.-Physics?
- Why Should I do this Programme?
- What are the career opportunities after completing M.Sc.-Physics?
- How do I get Admission in BMU?
- What is the fee for M.Sc.-Physics?
The M.Sc. Physics programme at BMU is designed to provide students with a deep understanding of the fundamental principles of physics and their applications. The course covers a wide range of topics, from classical mechanics to quantum physics, and includes both theoretical and practical components.
M.Sc.-Physics Programme Details
Completing an M.Sc. in Physics opens up a plethora of career opportunities across various sectors. Graduates can pursue roles as research scientists, working in laboratories and research institutions to advance knowledge in fields such as quantum mechanics, thermodynamics, and materials science. They can also become medical physicists, applying their expertise to develop and improve medical technologies and treatments.
An M.Sc. in Physics also opens doors to specialized fields like medical physics, where you can work on developing and improving medical technologies and treatments. Additionally, the program hones your analytical and problem-solving skills, making you a valuable asset in industries such as aerospace, nuclear science, and renewable energy.
Moreover, the degree enhances your eligibility for senior-level positions and leadership roles, often leading to higher salaries and better job security. It also provides a strong foundation for those interested in pursuing a Ph.D., further expanding your research opportunities and academic career prospects.
M.Sc.-Physics Programme curriculum
1 Semester/Year
| S.No. | Subject Code | Subject Name | Scheme Type |
|---|---|---|---|
| 1 | 12412 | Classical Mechanics | New |
| 2 | 12414 | Electronic Devices | New |
| 3 | 12414 PR | Electronics Practical | New |
| 4 | 12411 PR | General Physics Practical | New |
| 5 | 12411 | Mathematical Physics | New |
| 6 | 12413 | Quantum Mechanics-I | New |
| 7 | 2412 | Classical Mechanics-II | Old |
| 8 | 2414 | Electronics Devices-IV | Old |
| 9 | 2411 | Mathematical Physics-I | Old |
| 10 | 2413 | Quantum Mechanics-III | Old |
2 Semester/Year
| S.No. | Subject Code | Subject Name | Scheme Type |
|---|---|---|---|
| 1 | 12516 | Foundation Elective- Electronics Engineering | New |
| 2 | 12513 | Nuclear & Particles Physics | New |
| 3 | 12515 | Open Elective - Sources of Energy | New |
| 4 | 18061 | Practical : Electronics | New |
| 5 | 18060 | Practical: General Physics | New |
| 6 | 12512 | Quantum Mechanics-II | New |
| 7 | 12514 | Solid State Electronics | New |
| 8 | 12511 | Statistical Mechanics-I | New |
| 9 | 2514 | Atomic & Molecular Physics | Old |
| 10 | 8061 | Electronics Practical | Old |
| 11 | 8060 | General Practical | Old |
| 12 | 2513 | Nuclear & Particles Physics | Old |
| 13 | 2512 | Quantum Mechanics-II | Old |
| 14 | 2511 | Statistical Mechanics-I | Old |
3 Semester/Year
| S.No. | Subject Code | Subject Name | Scheme Type |
|---|---|---|---|
| 1 | 12602 | Atomic & Molecular Physics | New |
| 2 | 12604 | Computational Physics - I | New |
| 3 | 19013 | Computational Physics Lab Practical | New |
| 4 | 12601 | Condensed Matter Physics | New |
| 5 | 12603 | Electronics - I | New |
| 6 | 19012 | Electronics Lab Practical | New |
| 7 | 19011 | General Lab Practical | New |
| 8 | 19010 | Seminar | New |
| 9 | 12605 | Source of Energy - II (Open Elective) | New |
| 10 | 2604 | Computational Methods & Programming (Spl-II) | Old |
| 11 | 2601 | Condensed Matter Physics | Old |
| 12 | 2603 | Electronics (SPl-I) | Old |
| 13 | 2602 | Solid State Electronics | Old |
4 Semester/Year
| S.No. | Subject Code | Subject Name | Scheme Type |
|---|---|---|---|
| 1 | 12704 | Computational & Programming-II | New |
| 2 | 12701 | Electrodynamics and wave propagation | New |
| 3 | 12703 | Electronics-II | New |
| 4 | 12702 | Physics of Nano material | New |
| 5 | 18063 | Practical: Computational Physics | New |
| 6 | 18062 | Practical: General Physics | New |
| 7 | 18064 | Project | New |
| 8 | 2704 | Computational & Programming-II | Old |
| 9 | 2701 | Electrodynamics and wave propagation | Old |
| 10 | 2703 | Electronics-II | Old |
| 11 | 8062 | General Practical | Old |
| 12 | 2702 | Physics of Nano material | Old |
| 13 | 8063 | Practical | Old |
FAQs
Pursuing an M.Sc. in Physics can be a rewarding decision for several reasons. Here are some key points to consider, along with common answers:
- Advanced Knowledge and Skills: An M.Sc. in Physics provides in-depth knowledge of fundamental and advanced physics concepts, including quantum mechanics, electrodynamics, and statistical physics.
- Research Opportunities: This program often includes significant research components, allowing you to work on cutting-edge projects and contribute to scientific advancements.
- Career Prospects: Graduates can pursue careers in academia, research institutions, and various industries such as aerospace, electronics, and healthcare.
- Higher Earning Potential: Advanced degrees often lead to higher-paying positions and more senior roles.
- Pathway to Ph.D.: An M.Sc. in Physics is a strong foundation for those considering a Ph.D. and a career in research or academia.
Completing an M.Sc. in Physics opens up a plethora of career opportunities across various sectors. Graduates can pursue roles as research scientists, working in laboratories and research institutions to advance knowledge in fields such as quantum mechanics, thermodynamics, and materials science. They can also become medical physicists, applying their expertise to develop and improve medical technologies and treatments.
An M.Sc. in Physics also opens doors to specialized fields like medical physics, where you can work on developing and improving medical technologies and treatments. Additionally, the program hones your analytical and problem-solving skills, making you a valuable asset in industries such as aerospace, nuclear science, and renewable energy.
Moreover, the degree enhances your eligibility for senior-level positions and leadership roles, often leading to higher salaries and better job security. It also provides a strong foundation for those interested in pursuing a Ph.D., further expanding your research opportunities and academic career prospects.
Online Mode:
- Visit our official website.
- Navigate to the Admission section.
- Complete the online registration form with the required details.
- Upload the necessary documents and submit the form.
- Pay the registration fee through our secure online payment gateway.
Offline Mode:
- Visit the BMU campus in person.
- Obtain the registration form from the admission office.
- Fill out the form with the required details.
- Submit the form along with the necessary documents and registration fee at the admission office.
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