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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.
Advanced learning in quantum mechanics, electrodynamics, statistical physics, materials science, nanotechnology, nuclear and particle physics.
Training in Python, numerical methods, computational modelling, simulation, data analysis, electronic circuits, sensors and scientific instrumentation.
Hands-on training in spectroscopy, structural, optical, electrical and materials characterization techniques along with research dissertation.
A postgraduate pathway in Physics with advanced theoretical foundations, extensive lab training, and specialized research exposure.
Programme Title: MSc
Specialization: Physics
Duration: 2 years
Study Mode: Full time
Core Academic Focus Areas: Advanced Quantum Mechanics, Advanced Electrodynamics, Statistical and Mathematical Physics, Condensed Matter and Materials Physics, Nuclear and Particle Physics, Atomic and Molecular Physics, Electronics and Instrumentation, Nanoscience and Nanotechnology, Computational and Theoretical Physics.
Learning Pathway: Conceptual Learning → Interactive & Collaborative Learning → Experiential / Laboratory Learning → Application & Problem-Based Learning → Research & Project-Based Learning.
Comprehensive semester-wise course distribution covering advanced theoretical physics, solid state, computational labs, and online certifications.
Review the mandatory academic qualifications and minimum score criteria required for admission.
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.
Looking for a programme that matches your interests?
Find Programmes by InterestTargeted competencies and practical mastery achieved by graduates throughout their academic journey.
PSO1: Demonstrate knowledge of fundamental and advanced concepts in Physics.
PSO2: Apply mathematical, computational, and analytical tools to solve complex problems in Physics.
PSO3: Perform experiments, analyse data, and interpret results using appropriate scientific techniques.
PSO4: Apply Physics principles to materials science, nanoscience, electronics, energy, and interdisciplinary areas.
PSO5: Formulate systematic research, communicate scientific findings, and pursue careers in academia, research, and industry.
Key strengths, experiential learning, and strategic career advantages offered by the programme.
Material Science is among the fastest-growing scientific fields, and advanced physics training with a materials specialisation opens doors to high-impact industry R&D and doctoral research.
The M.Sc. Physics with Specialisation in Material Science at Kristu Jayanti combines classical and quantum foundations with spectroscopy, solid-state physics, semiconductors, characterization techniques and computational tools—supported by labs, projects and internships.
Choosing this programme enables students to:
With specialised Material Science training and research exposure, graduates are prepared for high-demand roles in industry, national laboratories and doctoral programmes.