MSc Physics

Introduction to the Programme

A master’s in physics is the highest level of graduate coursework and can be obtained after receiving a Bachelor’s degree in Physics, Computer Sciences, or a Bachelor of Engineering programme. Earning a master’s in physics at SRM University-AP, requires two years of full-time study, which amounts to 80 credits with a span of 4 semesters programme.


  • Quantum Technologies
  • Condensed Matter Physics

The MSc Physics programme combines basic and advanced courses, theory and laboratory, seminars and focused on research projects and internships. The assessment is through continuous learning assessment format, written exam, Viva, and MSc Project dissertation.

The programme provides a rigorous grounding across the disciplines underlying quantum technologies and condensed matter physics. The students will get a chance to do research projects under eminent researchers around the globe. This programme will cover advanced concepts and techniques, leaving you well prepared for further doctoral-level study. The programme prepares graduates for careers in the emerging quantum technology industries and Materials Sciences.

Aims and Objectives of the Programme

Students will acquire a comprehensive knowledge and sound understanding of advanced topics of Physics, which will enable them to acquire a job efficiently in diverse fields such as Science and Engineering, Education, Industries, Technical Services, and Instrumental Design start-ups etc. They may also opt for higher studies in reputed institutes (National and international).

  • To deliver quality education in physics to students through well-designed courses of fundamental topics and technological importance.
  • To develop expertise in Quantum Technology by learning courses such as Quantum Mechanics, Quantum Computation, Quantum Communications.
  • To develop expertise in Device physics by learning courses such as Condensed Matter Physics, Instrumentation & Experimental Analysis, Electronics Circuit, Spintronics.
  • To develop abilities and skills that encourage research and development activities and are useful in everyday life.

Curriculum Highlights

  • Focused on Research Projects with 100% outcome in terms of journal publication and patents. The students can work under national and international Labs
  • Curriculum includes the use of numerical methods, simulations, and experimental methods to apply theoretical knowledge for hands-on training purposes.
  • Specialisation in Quantum Technology
  • Specialisation in Condensed Matter Physics