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SAS

School of Arts & Science

B.Sc. in Physics

The Undergraduate program in Physics (B.Sc.) at the Department of Physics, School of Arts and Science, VMCC, offers a rigorous foundation in the principles and phenomenology of physics—from classical mechanics to quantum theory—while actively preparing students for the technology-driven era shaped by Artificial Intelligence (AI).

Course Overview

This three-year program is designed to impart a deep understanding of matter, motion, energy, and fundamental laws through both theoretical study and hands-on experimentation. Students learn key subjects such as mechanics, electricity, electrodynamics, thermal and statistical physics, quantum physics, solid-state physics, computational physics, and digital electronics. Emphasis is placed on experimental skills, problem solving, and analytic reasoning—abilities foundational for careers in research, engineering, and technology.

Duration & Fees

Prime Values in an AI-Driven World

Physics graduates are uniquely positioned for today’s world, where AI accelerates scientific discovery and innovation. The program cultivates:

Logical reasoning and mathematical rigor essential for AI algorithm design, data analysis, and computational simulation.

Critical thinking and creativity to navigate and solve multidisciplinary problems, including AI-driven research challenges.

An understanding of how AI leverages physics principles in fields like materials science, astrophysics, and quantum computing, opening doors to careers in emerging technologies.

Awareness of ethical considerations and responsible use of AI, ensuring graduates can innovate thoughtfully.

Relevance for the Future

The blend of physics fundamentals and computational techniques equips students for advanced study, industry roles, and pioneering work at the intersection of science and artificial intelligence. VMCC’s B.Sc. Physics fosters an adaptable mindset—empowering graduates to contribute brilliantly in a world increasingly shaped by AI-driven technologies.

At SAS, our B.Sc. curriculum is designed under the Choice Based Credit System (CBCS), ensuring flexibility and holistic learning. Students gain not only theoretical understanding but also practical insights through laboratory experiments, projects, internships, and industry interactions.

300+
Students Benefited

SAS

Scholarship

SAS provides a range of scholarships and financial aid opportunities to deserving students:

  • Merit Scholarships – For students with outstanding academic records.
  • Sports & Cultural Scholarships – For achievers in extracurricular activities.
  • Need-based Support – Financial assistance for economically weaker students.
  • Special Scholarships – For girl students, differently-abled, and minority categories (as per institutional policy).
SAS

Programme Highlights

The program is designed to make physics relevant, accessible, and impactful in today’s rapidly evolving world.

  • Solid Core: Mechanics, quantum physics, electronics, and thermodynamics form the backbone of the curriculum.

  • Practical & Computational Skills: Emphasis on modern lab work, programming, and data analysis strengthens readiness for research and industry.

  • AI Focus: Integration of computational physics and AI methods prepares students to tackle emerging scientific challenges.

  • Career Connections: Opens pathways to futuristic careers and higher studies in science, technology, and engineering.

Programme Structure (Semester-Wise)

The B.Sc. programme at SAS follows a structured semester-based curriculum under the CBCS pattern.
Year/Semester Core Courses & Discipline Specific Elective (Physics) Ability Enhancement/Language Skill Enhancement/Electives Credits
Year 1 - Semester I Properties of Matter and Acoustics (Theory & Lab), Allied Mathematics Tamil/Hindi I, English I, Environmental Studies - 22
Year 1 - Semester II Heat, Thermodynamics and Statistical Mechanics (Theory & Lab), Electricity and Magnetism (Theory & Lab) Tamil/Hindi II, English II Electrical Circuits and Network Skills 23
Year 2 - Semester III Mechanics (Theory & Lab), Classical Mechanics and Statistical Methods, Allied Chemistry (Theory & Lab) Tamil/Hindi III, English III Renewable Energy and Energy Harvesting 26
Year 2 - Semester IV Optics (Theory & Lab), Atomic Physics and Spectroscopy (Theory & Lab), Microprocessor and its Physics Application Tamil/Hindi IV, English IV Weather Forecasting 25
Year 3 - Semester V Nuclear and Particle Physics, Basic and Applied Electronics (Theory & Lab) English for Communication - 22
Year 3 - Semester VI Relativity, Wave Mechanics and Mathematical Physics, Solid State Physics (Theory & Lab), Project Work, Programming in C and its Physics Application - - 22

FAQs

The course is 3 years long, divided into 6 semesters.
Yes, students from any stream can apply. However, Physics, Chemistry, & Maths background students find it easier to adapt.
Yes, internships and project-based learning are integral parts of the programme.
Absolutely. Many students prepare for IT & Computer based courses while pursuing their B.Sc. Physics.
You can work in education, research, IT & data science, health care, renewable energy & space, and industry.

Course Basket Overview

Course Type Description
Programme Core (PC) Courses dealing with foundations, depth, and breadth of Physics: Properties of Matter and Acoustics, Mechanics, Optics, Solid State Physics, Nuclear and Particle Physics, Electricity and Magnetism, Classical and Statistical Methods, Heat, Thermodynamics and Statistical Mechanics, Atomic Physics and Spectroscopy, Basic and Applied Electronics
Programme Electives (PE) Allied Mathematics, Allied Chemistry, Microprocessor and its Physics Application, Programming in C and its Physics Application
University Core (UC) Courses that reflect SAS values: Leadership, Ethics, Sustainability, Indian Knowledge System, Peace Studies, Yoga, Life Skills
University Electives (UE) Multidisciplinary courses across faculties, enabling cross-domain learning and holistic development

Total Programme Credits

  • B.Sc. (3 Years) – 140 Credits

Note: Programme structure is subject to periodic revisions based on academic council decisions, industry requirements, and accreditation standards. Students will be informed of changes in advance.

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