The M.Sc. Physics with Specialisation in Material Science is a postgraduate programme designed to provide students with an advanced understanding of core physics along with in-depth training in modern materials research. The curriculum blends classical and quantum foundations with specialized courses in spectroscopy, solid-state physics, semiconductors, materials characterization, microcontroller applications, and computational techniques.

Students gain both theoretical knowledge and practical laboratory skills, supported by project work, internships, and scientific research exposure. The programme prepares learners for careers in industry, research laboratories, and advanced doctoral studies.

Eligibility

• A Bachelor's degree in Physics or Physical Sciences (with Physics as a subject)
• Minimum percentage/CGPA as specified by the University
• Strong background in core Physics and Mathematics
• Candidates may be required to appear for an entrance examination/interview, depending on university guidelines.

Why Choose This Programme?

• Specialised training in Material Science, one of the fastest-growing scientific fields
• Strong foundation in classical mechanics, quantum mechanics, electrodynamics, and statistical mechanics
• Extensive laboratory-based learning across multiple semesters
• Exposure to modern techniques such as spectroscopy, microcontroller programming, and computational simulations
• Research-oriented curriculum: project work, viva-voce, and paper publication components
• Skill enhancement through online certifications, internships, and elective courses
• Opens pathways to high-demand roles in industry, R&D institutions, and advanced research programmes like PhD

What Will You Learn?

Core Physics Knowledge: Classical Mechanics, Quantum Mechanics I & II, Electrodynamics, Statistical Mechanics, Mathematical Physics

Specialisation in Material Science: Semiconductor Physics, Solid State Physics, Spectroscopy and advanced characterization techniques

Technical and Applied Skills: Microcontroller programming, Computational Physics and simulation techniques, Data analysis and scientific problem-solving

Research & Professional Training: Hands-on practical across all semesters, Internship experience, Independent Project Report and Viva-Voce, Scientific writing and paper publication training.

Programme Matrix