Located in the scenic green campus of Adamas University –Kolkata, the Department of Physics started its activity in 2015. The department is an active beehive of research being carried out in the wide variety of frontier areas as well as high quality postgraduate and doctoral program. The research program of the department cover a number of areas like Microelectronics, Bio-Medical Instrumentation Electronics, Applied Electronics, Condensed Matter Physics, Theoretical Nano-Science, Thin Film, Nuclear and Accelerator Physics, LASER, Plasma Physics, Biophysics and many more…

The department has flexibility in framing courses and conducting tests and examinations. The Department conducts programs at the Bachelor’s, Master’s as well as at the Doctoral Research levels. Establishment of state-of-the art experimental and computational facilities has allowed us to venture into emergent interdisciplinary area like nanotechnology. With a vibrant and active Ph.D. programme, in which research students are currently enrolled, Department of Physics thrives to be one of the leading research University of the world.

In addition to these programs conducted by the Department, the faculties regularly offer several core and elective physics courses to the Engineering and Science students from all the other Departments of the University

List of instruments in Department of Physics

Introduction to the course:

The program is open to students with 10+2 passed in Science with Physics and Mathematics as compulsory papers. There is a variety of Core-courses that emphasize the fundamentals of Physics, while keeping in mind the evolving nature of the subject. A strong laboratory component allows the students to explore a range of experiments from classic ones to those that are more recent and advanced. A platter of advanced discipline specific elective and foundation courses offer a glimpse into frontier areas of research and allow students to choose a field of specialization for further higher studies. Apart from that, Foreign Language Classes from experts and the Professional Studies training for interested candidates by the efficient Rice Group Teachers is an added attraction for this program.

What are the Learning Outcomes?

  • Students will develop a deeper insight about the fundamental ideas of the laws of nature through some basic papers like Classical Mechanics, Quantum Mechanics, Statistical Mechanics, Electromagnetismand Thermodynamics
  • Problems solving capacity will increase which in turn will open an intriguing mind and help them to widen their thought process for exploring further several new areas in research.
  • Students will develop an insight by doing practical experiments which are almost direct application of their theoretical learning, which means they will develop a curious mind which shall help them to verify their ideas experimentally, or perform new experiments to explore new Physics.
  • Application oriented papers (like Electronics, LASER and Fiber Optics) shall help them to apply their knowledge in practical fields, which in future might ignite the willingness to do product oriented research, directly beneficial to society.
  • Several Computer Programming oriented Labs shall enable them to become updated with recent development of simulation oriented research activities. These will lay the foundational stone in their young mind for further research in Theoretical Physics.
  • Inclusion of papers like “Seminars on Contemporary Research in Physics” and “Dissertation” shall help the students to think beyond the boundary. They shall learn to brainstorm about what lies ahead.
  • Inclusion of Foreign Language(zero credit) shall encourage the enthusiastic students to learn something outside the box, without overburdening their brains.

Specialisations:

  • Experimental Techniques/Embedded Systems-Introduction to Microcontroller/ Physics of Devices and Instrumentation
  • Advanced Mathematical Physics/ Classical Dynamics/ Applied Dynamics
  • Nuclear and Particle Physics/ Astronomy and Astrophysics/ Atmospheric Physics/ Earth Science

Compulsory Summer Internship:

Students are encouraged to go to Compulsory Summer Training in various industries or reputed Research Organizations (like Indian Statistical Institute, Saha Institute of Nuclear Physics, Bose Institute, Indian Association for Cultivation of Science etc. to name a few) to have a hands on training of various aspects of Physics and to explore a whole new academic world of research and development.

Some of our students

  • Mr. Subham Saha got selected for M.S. program in Astrophysics in Cardiff University,UK.
  • Mr. Subham Saha got selected for M.S. program in Astronomy in , UK.
  • Ms. Ruchismita Chakraborty got job offer from INFOSYS as Operation Executive.
  • Mr. Prithwiraj Dasgupta and Mr. Amit Chowdhuri had opted for MBA programs.
  • Mr. Pratap Chatterjee got a job at a private bank.
  • Mr. Subham Mandal has joined industry as a professional.

Career Opportunities:

  • Students can go for higher studies (i.e., Master’s Program) both in the fields of Pure and Applied Physics. This program has been designed in such a way that the fundamentals are embedded in the young minds very strongly.
  • Students can join any IT, Electronic or other industries as their application and computer oriented knowledge will help them to sustain.
  • Students can go for any Government Jobs, as the training are provided by the efficient and experienced Rice Group teachers is more than sufficient to establish themselves in the professional fields.

Eligibility:

50% overall in 10+2 with respective subjects

 

Download Course Structure

Introduction to the course:

The program Masters in Physics is a beginning step towards a flourishing research career. For students who have completed their graduation with Physics as core subject, and who want to pursue their career as an academician in the field of Physics, this course should be the very next logical step. This course brings forth all the domains of Physics, along with its recent developments starting from the beginning, with proper mathematical rigor through detailed analytical calculations, realization of the theoretical propositions through various laboratory experiments and computational simulations. Inclusion of Projects, Dissertations, Seminars on Contemporary Research in Physics, Summer Internships in various industries and reputed Research Organizations will help the students to think outside the box and igniting the young minds with scientific inquisitiveness.

What are the learning outcomes?

  • Comprehensive knowledge about different domains of Physics with emphasis on fundamentals (like Classical Mechanics, Quantum Mechanics, Statistical mechanics, Classical Electrodynamics etc.) as well as applications, (like Electronics, Material Science, Nano-Science, Biomedical Instrumentation)
  • Profound understanding of Physics is acquired by exploring the interconnectedness of all the subjects under the curriculum via experiments and projects. Students can specialize in various disciplines of Physics (like Particle Physics, Condensed Matter Physics, Material Science, Biomedical Instrumentation etc.) to gain even deeper insight which provides them the first glimpse of the research world.
  • Problems solving capacity will increase which in turn will open an intriguing mind and help them to widen their thought process for exploring further several new areas in research.
  • Students will develop an insight by doing practical experiments which are almost direct application of their theoretical learning, which means they will develop a curious mind which shall help them to verify their ideas experimentally, or perform new experiments to explore new Physics.
  • Several Computer Programming oriented Labs shall enable them to become updated with recent development of simulation oriented research activities. These will lay the foundational stone in their young mind for further research in Theoretical Physics.
  • Inclusion of papers like “Seminars on Contemporary Research in Physics” and “Dissertation” shall help the students to think beyond the boundary. They shall learn to brainstorm about what lies ahead.
  • Inclusion of Foreign Language(zero credit) shall encourage the enthusiastic students to learn something outside the box, without overburdening their brains.

Specialisations: 

  • Particle Physics
  • Condensed Matter Physics
  • Biomedical instrumentation

Internship and Project Work: 

Students go to compulsory Summer Training in various industries or reputed Research Organizations (like Indian Statistical Institute, Saha Institute of Nuclear Physics, Bose Institute, Indian Association for Cultivation of Science etc. to name a few) to have a hands on training of various aspects of Physics and to explore a whole new academic world of research and development.

Placement & Career Opportunities / Research Opportunities

  • Students can go for research both in the fields of Pure and Applied Physics. This course has been designed in such a way that the fundamentals are embedded in the young minds very strongly.
  • Opportunity as a Faculty member in different Schools and Colleges.
  • Students can join any IT, Electronic or other industries as their application and computer oriented knowledge will help them to sustain.
  • Students can go for any Government Jobs, as the training are provided by the efficient and experienced Rice Group teachers is more than sufficient to establish themselves in the professional fields.

Eligibility:

50% overall in Graduation with respective subjects

Download Course Structure

Introduction to the course:

The integrated program is open to students with 10+2 passed in Pure Science with Physics and Mathematics as Major papers. There is a variety of core-papers that emphasize the fundamentals while keeping in mind the evolving nature of subjects. A strong laboratory component, research driven academic activities allows the students to explore a range of experiments from classic ones to those that are more recent and advanced. A platter of advanced elective and foundation courses, specialization papers offer a glimpse into frontier areas of research. Exit option after 3 years, with B.Sc. (Hons.) is allowed and lateral entry to Integrated M.Sc. program is also permissible under Adamas University regulation. Special emphasis is given on Major Dissertation based on industry driven academic projects.

Specialisations offered:  

  • Electronics
  • Medical Physics & Instrumentation
  • Computational Physics
  • Nanoscience and Technology

Course outcome:

  1. An updated and modernized syllabus with emphasis on proper laboratory & Industry training along with compulsory seminar/colloquium presentation and major project work will enable students to be equipped for employment as faculty member or research scientist in any reputed College/ University and Research Institutes in India and abroad.
  2. The present course will help to build a career in organizations dealing with Medical Electronics, Solar Power, Electronics & Instrument industry, Nano Technology, Robotics & Artificial Intelligence, Data Scientist and related research domain.
  3. Programs designed with specific applications will enable students to start their own entrepreneurship.
  4. The courses on career and skill development (i.e., the Foundation courses) offered in the curriculum will enable students to compete in national level competitive examinations like NET/SET/GATE/CSIR/JEST/DST/DRDO/ISRO/UPSC etc.

Summer School and Projects:

University Funded / Govt. Funded / Industry funded Research projects are conducted. Regular Summer school are conducted on thematic area on regular basis.

Eligibility:

50% overall in 10+2 with respective subject

Download Course Structure

Introduction to the course

The discipline “Medical Physics & Instrumentation” is a concoction of medical science and technology to offer humanity a better health. The M.Sc. (Tech.) in Medical Physics & Instrumentation course aims to produce postgraduates with an ability to develop medical instruments and systems used for monitoring, detecting and analysing biomedical data. The present program will provide opportunity to develop practical skill sets. The student will also develop an in-depth understanding of the Physics and technology behind the medical devices use in health sectors eg: diagnostic devices, therapeutic devices, medical imaging equipment and medical instrumentation devices.

With increasing life expectancy, there is a constant demand and scope of improvement in the healthcare industry around the world. This course thus opens up students from any science and technology background to lucrative jobs as well as research opportunities in the healthcare sector of India and around the world. Thus a passion to serve mankind through technology is the driving force of this interdisciplinary course.

What are the Learning Outcomes?

The course/syllabus includes discussion of medical equipment and its design by investigating a range of issues including user regulation, requirements, impacts of risk, legislation, radiation safety, quality insurance mechanisms, certification and ethics. Industry interaction and hands-on-training program in collaboration with Health sector/Hospitals are conducted as an integral component of course-curriculum.

A graduate from this course will have the skills and abilities to

  • Develop an integrative understanding of the complex human body, its normal functioning and abnormalities that are addressed through biomedical devices.
  • Actively participate in research activities that are impactful for human health
  • Design and realize a biomedical device, component, or process to meet the rising demands of healthcare industry.
  • Identify and solve problems and function on multi-disciplinary teams
  • Approaches of qualitative and quantitative data analysis
  • Understanding of professional and ethical responsibility.

Specialisations Offered:

Bio-Sensors  and MEMS, Robotics and Artificial Intelligence, Simulation in Biomedical Engineering, Bio-Informatics and Simulation of Physiological Systems, Advanced Bio-Materials and Prosthetics, Bio-Telemetry and Tele-Medicine, Brain-Computer Interface, Tissue Engineering

Lab Infrastructure :

  • Thin FilmSolid-State Laboratory
  • Bio-Medical sensor Laboratory
  • LASER and Fibre Optics Laboratory
  • Micro-Electronics & Microprocessor Laboratory
  • 32 channel EEG set up
  • 12 lead ECG set up
  • Audiometry test- set up, Spirometer analysis set up
  • Biomedical image processing lab
  • Biomedical Simulation laboratory
  • Robotics & Artificial Intelligence Laboratory
  • Medical & OT equipment Laboratory (in Collaboration with Hospitals)
  • Bio-Informatics Laboratory List of labs

Internships/Project work

  • Summer Internship in reputed health sectors / Bio-Medical Industries/ Research Institutes that will give direct exposure to the healthcare industry, providing the students with technical knowledge, real life challenges and problem solving abilities, responsibility towards the society.
  • Hands-on training of medical devices for the students to acquire in depth knowledge about the working of the instruments.
  • Special training on “Radiation Safety” necessary for medical physicist jobs in government and private hospitals and diagnostic centres.
  • Training beyond regular classroom teaching for GATE/UPSC/PSC examinations for students preparing for government jobs.
  • Extensive project work and representation through dissertation and thesis writing to develop independent thinking, data analysis, drawing inferences and representation of results through paper writing.

Placement & Career/Research Opportunities:

The present course will help to build a career in organizations dealing with Medical Electronics, Radiation Safety, Electronics & Instrument industry, Nano Bio-Technology, Robotics & Artificial Intelligence and related domain. Career opportunities include

  • Medical Electronic Device Engineer in Health sector / Hospital
  • Biomaterial Engineer in Medical sector
  • Clinical Engineer in Bio-Industry
  • Medical Physicist in Health care Unit
  • Radiation safety officer
  • Biomedical Engineer in hospitals
  • Academician
  • Researcher
  • Entrepreneurship

The courses on career and skill development (i.e., the Foundation courses) offered in the curriculum will enable students to compete in national level competitive examinations like NET / SET / GATE / CSIR/ JEST / DST / DRDO / ISRO / UPSC etc.

Eligibility

50% overall in Graduation with respective subjects.

Download Course Structure
B.Sc. (Hons.) in Physics

Introduction to the course:

The program is open to students with 10+2 passed in Science with Physics and Mathematics as compulsory papers. There is a variety of Core-courses that emphasize the fundamentals of Physics, while keeping in mind the evolving nature of the subject. A strong laboratory component allows the students to explore a range of experiments from classic ones to those that are more recent and advanced. A platter of advanced discipline specific elective and foundation courses offer a glimpse into frontier areas of research and allow students to choose a field of specialization for further higher studies. Apart from that, Foreign Language Classes from experts and the Professional Studies training for interested candidates by the efficient Rice Group Teachers is an added attraction for this program.

What are the Learning Outcomes?

  • Students will develop a deeper insight about the fundamental ideas of the laws of nature through some basic papers like Classical Mechanics, Quantum Mechanics, Statistical Mechanics, Electromagnetismand Thermodynamics
  • Problems solving capacity will increase which in turn will open an intriguing mind and help them to widen their thought process for exploring further several new areas in research.
  • Students will develop an insight by doing practical experiments which are almost direct application of their theoretical learning, which means they will develop a curious mind which shall help them to verify their ideas experimentally, or perform new experiments to explore new Physics.
  • Application oriented papers (like Electronics, LASER and Fiber Optics) shall help them to apply their knowledge in practical fields, which in future might ignite the willingness to do product oriented research, directly beneficial to society.
  • Several Computer Programming oriented Labs shall enable them to become updated with recent development of simulation oriented research activities. These will lay the foundational stone in their young mind for further research in Theoretical Physics.
  • Inclusion of papers like “Seminars on Contemporary Research in Physics” and “Dissertation” shall help the students to think beyond the boundary. They shall learn to brainstorm about what lies ahead.
  • Inclusion of Foreign Language(zero credit) shall encourage the enthusiastic students to learn something outside the box, without overburdening their brains.

Specialisations:

  • Experimental Techniques/Embedded Systems-Introduction to Microcontroller/ Physics of Devices and Instrumentation
  • Advanced Mathematical Physics/ Classical Dynamics/ Applied Dynamics
  • Nuclear and Particle Physics/ Astronomy and Astrophysics/ Atmospheric Physics/ Earth Science

Compulsory Summer Internship:

Students are encouraged to go to Compulsory Summer Training in various industries or reputed Research Organizations (like Indian Statistical Institute, Saha Institute of Nuclear Physics, Bose Institute, Indian Association for Cultivation of Science etc. to name a few) to have a hands on training of various aspects of Physics and to explore a whole new academic world of research and development.

Some of our students

  • Mr. Subham Saha got selected for M.S. program in Astrophysics in Cardiff University,UK.
  • Mr. Subham Saha got selected for M.S. program in Astronomy in , UK.
  • Ms. Ruchismita Chakraborty got job offer from INFOSYS as Operation Executive.
  • Mr. Prithwiraj Dasgupta and Mr. Amit Chowdhuri had opted for MBA programs.
  • Mr. Pratap Chatterjee got a job at a private bank.
  • Mr. Subham Mandal has joined industry as a professional.

Career Opportunities:

  • Students can go for higher studies (i.e., Master’s Program) both in the fields of Pure and Applied Physics. This program has been designed in such a way that the fundamentals are embedded in the young minds very strongly.
  • Students can join any IT, Electronic or other industries as their application and computer oriented knowledge will help them to sustain.
  • Students can go for any Government Jobs, as the training are provided by the efficient and experienced Rice Group teachers is more than sufficient to establish themselves in the professional fields.

Eligibility:

50% overall in 10+2 with respective subjects

 

Download Course Structure
M.Sc. in Pure Physics

Introduction to the course:

The program Masters in Physics is a beginning step towards a flourishing research career. For students who have completed their graduation with Physics as core subject, and who want to pursue their career as an academician in the field of Physics, this course should be the very next logical step. This course brings forth all the domains of Physics, along with its recent developments starting from the beginning, with proper mathematical rigor through detailed analytical calculations, realization of the theoretical propositions through various laboratory experiments and computational simulations. Inclusion of Projects, Dissertations, Seminars on Contemporary Research in Physics, Summer Internships in various industries and reputed Research Organizations will help the students to think outside the box and igniting the young minds with scientific inquisitiveness.

What are the learning outcomes?

  • Comprehensive knowledge about different domains of Physics with emphasis on fundamentals (like Classical Mechanics, Quantum Mechanics, Statistical mechanics, Classical Electrodynamics etc.) as well as applications, (like Electronics, Material Science, Nano-Science, Biomedical Instrumentation)
  • Profound understanding of Physics is acquired by exploring the interconnectedness of all the subjects under the curriculum via experiments and projects. Students can specialize in various disciplines of Physics (like Particle Physics, Condensed Matter Physics, Material Science, Biomedical Instrumentation etc.) to gain even deeper insight which provides them the first glimpse of the research world.
  • Problems solving capacity will increase which in turn will open an intriguing mind and help them to widen their thought process for exploring further several new areas in research.
  • Students will develop an insight by doing practical experiments which are almost direct application of their theoretical learning, which means they will develop a curious mind which shall help them to verify their ideas experimentally, or perform new experiments to explore new Physics.
  • Several Computer Programming oriented Labs shall enable them to become updated with recent development of simulation oriented research activities. These will lay the foundational stone in their young mind for further research in Theoretical Physics.
  • Inclusion of papers like “Seminars on Contemporary Research in Physics” and “Dissertation” shall help the students to think beyond the boundary. They shall learn to brainstorm about what lies ahead.
  • Inclusion of Foreign Language(zero credit) shall encourage the enthusiastic students to learn something outside the box, without overburdening their brains.

Specialisations: 

  • Particle Physics
  • Condensed Matter Physics
  • Biomedical instrumentation

Internship and Project Work: 

Students go to compulsory Summer Training in various industries or reputed Research Organizations (like Indian Statistical Institute, Saha Institute of Nuclear Physics, Bose Institute, Indian Association for Cultivation of Science etc. to name a few) to have a hands on training of various aspects of Physics and to explore a whole new academic world of research and development.

Placement & Career Opportunities / Research Opportunities

  • Students can go for research both in the fields of Pure and Applied Physics. This course has been designed in such a way that the fundamentals are embedded in the young minds very strongly.
  • Opportunity as a Faculty member in different Schools and Colleges.
  • Students can join any IT, Electronic or other industries as their application and computer oriented knowledge will help them to sustain.
  • Students can go for any Government Jobs, as the training are provided by the efficient and experienced Rice Group teachers is more than sufficient to establish themselves in the professional fields.

Eligibility:

50% overall in Graduation with respective subjects

Download Course Structure
Integrated M.Sc. in Physics

Introduction to the course:

The integrated program is open to students with 10+2 passed in Pure Science with Physics and Mathematics as Major papers. There is a variety of core-papers that emphasize the fundamentals while keeping in mind the evolving nature of subjects. A strong laboratory component, research driven academic activities allows the students to explore a range of experiments from classic ones to those that are more recent and advanced. A platter of advanced elective and foundation courses, specialization papers offer a glimpse into frontier areas of research. Exit option after 3 years, with B.Sc. (Hons.) is allowed and lateral entry to Integrated M.Sc. program is also permissible under Adamas University regulation. Special emphasis is given on Major Dissertation based on industry driven academic projects.

Specialisations offered:  

  • Electronics
  • Medical Physics & Instrumentation
  • Computational Physics
  • Nanoscience and Technology

Course outcome:

  1. An updated and modernized syllabus with emphasis on proper laboratory & Industry training along with compulsory seminar/colloquium presentation and major project work will enable students to be equipped for employment as faculty member or research scientist in any reputed College/ University and Research Institutes in India and abroad.
  2. The present course will help to build a career in organizations dealing with Medical Electronics, Solar Power, Electronics & Instrument industry, Nano Technology, Robotics & Artificial Intelligence, Data Scientist and related research domain.
  3. Programs designed with specific applications will enable students to start their own entrepreneurship.
  4. The courses on career and skill development (i.e., the Foundation courses) offered in the curriculum will enable students to compete in national level competitive examinations like NET/SET/GATE/CSIR/JEST/DST/DRDO/ISRO/UPSC etc.

Summer School and Projects:

University Funded / Govt. Funded / Industry funded Research projects are conducted. Regular Summer school are conducted on thematic area on regular basis.

Eligibility:

50% overall in 10+2 with respective subject

Download Course Structure
M.Sc. (Tech) in Medical Physics and Instrumentation

Introduction to the course

The discipline “Medical Physics & Instrumentation” is a concoction of medical science and technology to offer humanity a better health. The M.Sc. (Tech.) in Medical Physics & Instrumentation course aims to produce postgraduates with an ability to develop medical instruments and systems used for monitoring, detecting and analysing biomedical data. The present program will provide opportunity to develop practical skill sets. The student will also develop an in-depth understanding of the Physics and technology behind the medical devices use in health sectors eg: diagnostic devices, therapeutic devices, medical imaging equipment and medical instrumentation devices.

With increasing life expectancy, there is a constant demand and scope of improvement in the healthcare industry around the world. This course thus opens up students from any science and technology background to lucrative jobs as well as research opportunities in the healthcare sector of India and around the world. Thus a passion to serve mankind through technology is the driving force of this interdisciplinary course.

What are the Learning Outcomes?

The course/syllabus includes discussion of medical equipment and its design by investigating a range of issues including user regulation, requirements, impacts of risk, legislation, radiation safety, quality insurance mechanisms, certification and ethics. Industry interaction and hands-on-training program in collaboration with Health sector/Hospitals are conducted as an integral component of course-curriculum.

A graduate from this course will have the skills and abilities to

  • Develop an integrative understanding of the complex human body, its normal functioning and abnormalities that are addressed through biomedical devices.
  • Actively participate in research activities that are impactful for human health
  • Design and realize a biomedical device, component, or process to meet the rising demands of healthcare industry.
  • Identify and solve problems and function on multi-disciplinary teams
  • Approaches of qualitative and quantitative data analysis
  • Understanding of professional and ethical responsibility.

Specialisations Offered:

Bio-Sensors  and MEMS, Robotics and Artificial Intelligence, Simulation in Biomedical Engineering, Bio-Informatics and Simulation of Physiological Systems, Advanced Bio-Materials and Prosthetics, Bio-Telemetry and Tele-Medicine, Brain-Computer Interface, Tissue Engineering

Lab Infrastructure :

  • Thin FilmSolid-State Laboratory
  • Bio-Medical sensor Laboratory
  • LASER and Fibre Optics Laboratory
  • Micro-Electronics & Microprocessor Laboratory
  • 32 channel EEG set up
  • 12 lead ECG set up
  • Audiometry test- set up, Spirometer analysis set up
  • Biomedical image processing lab
  • Biomedical Simulation laboratory
  • Robotics & Artificial Intelligence Laboratory
  • Medical & OT equipment Laboratory (in Collaboration with Hospitals)
  • Bio-Informatics Laboratory List of labs

Internships/Project work

  • Summer Internship in reputed health sectors / Bio-Medical Industries/ Research Institutes that will give direct exposure to the healthcare industry, providing the students with technical knowledge, real life challenges and problem solving abilities, responsibility towards the society.
  • Hands-on training of medical devices for the students to acquire in depth knowledge about the working of the instruments.
  • Special training on “Radiation Safety” necessary for medical physicist jobs in government and private hospitals and diagnostic centres.
  • Training beyond regular classroom teaching for GATE/UPSC/PSC examinations for students preparing for government jobs.
  • Extensive project work and representation through dissertation and thesis writing to develop independent thinking, data analysis, drawing inferences and representation of results through paper writing.

Placement & Career/Research Opportunities:

The present course will help to build a career in organizations dealing with Medical Electronics, Radiation Safety, Electronics & Instrument industry, Nano Bio-Technology, Robotics & Artificial Intelligence and related domain. Career opportunities include

  • Medical Electronic Device Engineer in Health sector / Hospital
  • Biomaterial Engineer in Medical sector
  • Clinical Engineer in Bio-Industry
  • Medical Physicist in Health care Unit
  • Radiation safety officer
  • Biomedical Engineer in hospitals
  • Academician
  • Researcher
  • Entrepreneurship

The courses on career and skill development (i.e., the Foundation courses) offered in the curriculum will enable students to compete in national level competitive examinations like NET / SET / GATE / CSIR/ JEST / DST / DRDO / ISRO / UPSC etc.

Eligibility

50% overall in Graduation with respective subjects.

Download Course Structure
PhD in Physics