B.S. (Hons.) / (Hons. with Research) in Physics

Physics is the cornerstone of the natural sciences, underpinning many other disciplines, including chemistry, biology, and astronomy. It spans the universe, from the vastness of galaxies to the minuteness of subatomic particles. Whether examining the laws governing the cosmos, the behaviour of superconductors, or the resonant sound of a sitar, physics delves into the intricate workings of our world. Its discoveries have paved the way for groundbreaking technological innovations and continue to play a pivotal role in advancing various scientific fields.

Physics also contributes significantly to the development of key technologies in medical imaging, nanotechnology, and quantum computing. Its role in addressing global challenges – such as energy production, environmental sustainability, climate change, and public health – cannot be overstated, and its impact on society is profound.

UNIQUENESS OF THIS PROGRAMME
The undergraduate programme – B.S. (Hons./Hons. with Research) – is designed to provide a solid foundation in core physics principles, forming the basis for cutting-edge scientific advancements. The curriculum combines a strong theoretical and experimental approach with hands-on laboratory work, alongside courses in advanced topics and computational physics.

What distinguishes this programme is its unique integration of classical physics education with modern areas of specialization. While many programmes focus primarily on theoretical or experimental physics, this curriculum provides students with essential physics knowledge, a glimpse into emerging fields, and the computational skills necessary to tackle real-world problems.
Additionally, students will gain expertise in computational methods, simulations, and programming, ensuring a comprehensive and forward-thinking education at the bachelor’s level.

In the first two semesters, students are offered courses in Mathematics and Chemistry, in addition to Physics. The eight-semester programme provides in-depth knowledge of various topics in physics through 18 theory courses and 11 laboratory courses. This allows for better assimilation of theoretical concepts.

MINOR
In Years 2 and 3 (Semesters 3-6), students can broaden their academic experience by selecting courses from the following fields to earn a minor degree and complement their major in Physics:

• Data Science
• Artificial Intelligence
• Chemistry
• Mathematics
• Economics
• Biosciences

Upon completing all 16 credits in a chosen field, students will be awarded a minor degree in that subject.

Students will also acquire programming and computing skills through the five skill enhancement courses.

CAREER OPTIONS

The programme equips graduate students with analytical, problem-solving, and quantitative skills that are valuable across sectors, including research and development, academic and educational roles, engineering, data analysis and statistics, technology, environmental science, and more.

Entry & Exit options as per NEP 2020 Policy.