About the Course

The B.Sc. Physics programme is designed to provide a comprehensive understanding of classical and modern physics concepts. The course equips students with theoretical knowledge and practical skills essential for scientific analysis, experimentation, and technological innovation.

The programme prepares students for higher education, research, teaching, and technical roles across scientific and industrial sectors.

About the Curriculum

The curriculum is framed under the autonomous academic structure and is periodically updated to align with contemporary scientific developments and academic standards. It emphasizes conceptual clarity, mathematical application, and experimental competence.

Key areas of study include:

• Mathematical Physics
• Classical Mechanics
• Electricity and Magnetism
• Optics
• Quantum Mechanics
• Atomic and Nuclear Physics
• Solid State Physics
• Electronics and Instrumentation

Laboratory experiments, internal assessments, seminars, and project work are integral to the curriculum, ensuring a strong balance between theory and practice.

Vision of the Department

To develop competent physics graduates with strong analytical skills, scientific integrity, and the ability to contribute meaningfully to science, technology, and education.

Mission of the Department

• To impart strong foundational and advanced knowledge in physics
• To promote experimental learning through well-structured laboratory practices
• To encourage scientific inquiry, logical reasoning, and innovation
• To prepare students for higher studies, research, and professional careers
• To instill ethical values and a spirit of lifelong learning

Laboratory Facilities

The Department of Physics is supported by a well-equipped laboratory that facilitates hands-on learning and experimental understanding.

Physics Laboratory

• Apparatus for mechanics, optics, electricity, and magnetism experiments
• Instruments for electronics and solid-state physics practicals
• Facilities to support measurement, observation, and data analysis
• Safe and structured laboratory environment

Laboratory sessions enable students to validate theoretical concepts, develop precision, and enhance experimental skills.

Eligibility Criteria

Candidates seeking admission to the B.Sc. Physics programme must have:

• Successfully completed Higher Secondary (10+2) or equivalent
• Studied Physics and Mathematics as compulsory subjects
• Fulfilled eligibility norms prescribed by the institution and university

Admissions are based on merit and institutional guidelines.

Learning Outcomes

Upon completion of the programme, students will be able to:

• Apply physical principles to analyze scientific problems
• Perform and interpret physics experiments accurately
• Use mathematical tools in physical analysis
• Understand modern physics concepts and applications
• Demonstrate scientific ethics, teamwork, and communication skills

Career Opportunities

Graduates of B.Sc. Physics can pursue careers in various sectors, including:

• Laboratory Assistant / Technical Assistant
• Electronics and Instrumentation Technician
• Quality Control Analyst
• Research Assistant
• Technical Executive in Science-Based Industries
• Scientific Support Roles

Higher Education Opportunities

• M.Sc. Physics / Applied Physics
• M.Sc. Electronics
• M.Tech. / Engineering programmes
• Teaching and research-oriented careers
• Competitive examinations and civil services

The programme provides a strong foundation for academic advancement and research careers.