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M.Sc. in Physics ( M.Sc. in Physics)

Course Duration

4 Semesters
(2 Years)

Eligibility Criteria

Bachelors Degree of 3 years with Physics as one of the major/optional Subjects with 45% (40% in case of SC / ST) of marks in aggregate from any recognised University / Institution or any other qualification recognised as equivalent thereto.

FeeApplication Fee
  • Indian / SAARC Nationals₹ 1000
  • NRI Fee ₹ 2000
  • Foreign NationalsUS$ 50

Career Opportunities

  • Graduates completing M.Sc. in Physics will have ample opportunities in Government/ Public / Private sectors, research institutes and scientific organizations, universities, institution of higher learning and NGOs.
  • M.Sc. Physics graduates can go for teaching Physics at Pre- University level and Higher Secondary School level.

Overview

The M.Sc. Physics programme at REVA University enables students to explore the fundamental principles of physics while developing the skills needed for careers in science, technology and research. Students build strong foundations in quantum mechanics, classical mechanics, electrodynamics, materials science, semiconductor physics and electronics, along with hands-on experience in modern laboratory techniques and computational tools. The programme provides opportunities to explore emerging areas such as nanomaterials, photonics, advanced materials, quantum science, computational physics and astrophysics through projects, internships and research activities. Students develop analytical, experimental, computational and problem-solving skills, preparing them for higher studies, research, academia, R&D and technology-driven industries.

Highlights

  • M.Sc. in Physics at REVA University offers specialization in Condensed Matter Physics, Electronics and Photonics.
  • The theory and practical courses offered in M.Sc. physics provide an opportunity to gain in-depth knowledge of the subject, and enhance critical thinking and analytical skills.
  • The project work included in the curriculum stimulates the scientific and research temperament in the students.
  • Foundation courses, seminars, workshops and conference are part of the academic helps the holistic development of students and gives connectivity to the outside world.
  • As a part of the curriculum study tour to reputed national laboratories, research institutions and industries, gives more exposure to the students.

Course Curriculum

01Mathematica I Physics

02Classical Mechanics

03Electronic Devices

04Quantum Mechanics - I

05Solid State Physics - I

06General Physics Lab - 1

07Electronics Lab

08Python Programming and AI

01Quantum Mechanics II

02Statistical Mechanics

03Classical Electrodynamics

04Modern Optics, Atomic and Molecular Physics

05Solid State Physics - II

06Soft Skill Training

07LabVIEW Introduction and Interfacing

08General Physics Lab - II

09Atomic Molecular Physics Lab

01Semiconductor Process Technology and Fabrication

02Nuclear and Particle Physics

03Introduction to Quantum Technology

04Electronics-I

05Condensed Matter Physics-I

06Photonics-I

07Advanced Materials and Technology-I

08Electronics-II

09Condensed Matter Physics-II

10Photonics-II

11Advanced Materials and Technology-II

12Coursera/NPTEL/MOOC/SWAYAM

13General Physics Lab-III

14Electronics Lab

15Condensed Matter Physics Lab

16Photonics Lab

17Advanced Materials Technology Lab

18Minor Project

01Research methodology

02Astrophysics and cosmology

03Major project

Programme Educational Objectives (PEOs)

The Program Educational objectives are to prepare the students to:

PEO-1

Pursue higher education through continuous learning with effective communication skills.

PEO-2

Have successful professional careers in academia, industry and government.

PEO-3

Start their own enterprise and provide solutions to scientific research problems.

PEO-4

Exhibit skills as a member of a team in national and international organizations with the highest ethics through lifelong learning.

Programme Outcomes (POs)

Graduates of M.Sc (Physics) programme will be able to:

PO 1 Disciplinary Knowledge:

Apply advanced knowledge of physics, mathematics, and allied sciences to understand, analyze, and solve complex physical phenomena.

PO 2 Problem Analysis:

Identify, formulate, and analyze theoretical and experimental problems using scientific principles, mathematical techniques, and computational.

PO 3 Experimental Investigation:

Design, perform, interpret, and validate experiments using appropriate scientific methods, laboratory practices, and statistical analysis.

PO 4 Modern Tool Usage:

Select and apply modern scientific instrumentation, computational tools, programming, simulation software, artificial intelligence, and data analytics for physics applications.

PO 5 Research Competency:

Conduct independent and collaborative research through literature review, hypothesis formulation, experimental design, data interpretation, and scientific reporting.

PO 6 Emerging Technologies:

Apply principles of semiconductor technology, photonics, advanced materials, nanoscience, quantum technology, and related interdisciplinary fields to solve scientific and technological problems.

PO 7 Environment, Society and Sustainability:

Evaluate scientific solutions considering environmental sustainability, resource efficiency, energy conservation, and societal wellbeing.

PO 8 Ethics and Professional Responsibility:

Demonstrate integrity, ethical conduct, laboratory safety, intellectual property awareness, and professional responsibility in research and scientific practice.

PO 9 Communication and Teamwork:

Communicate scientific ideas effectively through technical reports, publications, presentations, and collaborative work in multidisciplinary projects.

PO 10 Leadership and Project Management:

Demonstrate leadership, project planning, resource management, and decision-making skills in academic, research, and industry.

PO 11 Lifelong Learning:

Recognize the need for continuous learning, adapt to emerging scientific developments, and pursue professional growth through higher studies, research, innovation, and entrepreneurship.

Programme Specific Outcomes

On successful completion of the programme, the graduates of M.Sc. (Physics) programme will be able to:

  • PSO1: Core Physics Competency: Demonstrate advanced theoretical and experimental knowledge in quantum mechanics, electrodynamics, statistical mechanics, condensed matter physics, modern optics, and related areas.
  • PSO2: Advanced Experimental and Computational Skills: Utilize modern laboratory techniques, scientific instrumentation, semiconductor fabrication processes, programming, artificial intelligence, and computational methods for scientific investigation and technology.
  • PSO3: Specialization Expertise: Develop expertise in one of the specialization streams—Electronics, Condensed Matter Physics, Photonics, or Advanced Materials and Technology—and apply the acquired knowledge to research and industrial applications.
  • PSO4: Research, Innovation, and Employability: Undertake independent research and contribute to scientific innovation while demonstrating professional competence for careers in academia, R&D laboratories, semiconductor industries, photonics, advanced materials, scientific instrumentation, and entrepreneurship.
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