Undergraduate Programme
For Women & Men
Duration: 4 Years
Physics is the most fundamental of the natural sciences because it underlies and connects with other scientific disciplines, such as chemistry, biology, and astronomy. It is the study of the universe from the smallest to the largest scale: from the structure and laws that shape the galaxies and the universe to tiny particles, superconductors and the resonance of a sitar. It unravels the complexities in the world around us and the discoveries it has made have formed the foundation of countless technological advances and play an important role in many scientific areas.
Many techniques used in medical imaging, nanotechnology and quantum computing are derived from physics instrumentation. Physics’ contribution towards solving global problems such as energy production, environmental protection, global warming and public health are essential and have an enormous impact on our society.
This programme has been designed to provide a strong foundation in fundamental physics concepts that form the very basis of advanced scientific inventions. The curriculum presents a blend of science and technology, with physics courses complemented by adequately equipped laboratory experiments and supplemented by courses in advanced electronics and microprocessors.
Additionally, students are trained in computational techniques, simulations, and computer programming, providing a holistic education at the bachelor’s level.
In the first two semesters, students are offered courses in Mathematics and Chemistry in addition to Physics courses. The eight-semester program 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.
Specializations
In Year 4 (Semesters 7 and 8), B.S. (Hons.) and B.S. (Hons. with Research) students have the opportunity to tailor their programme by choosing a specialization (via two Electives and a corresponding Laboratory course) in any one of the following three streams (see the list of Courses):
- Photonics
- Functional Materials Science
- Microelectronics
MINOR
In Years 2 and 3 (Semesters 3-6), students are required to take Minor Courses (16 credits) in any subjects from the following domains:
- Data Science
- Chemistry
- Mathematics
- Economics
If all 16 credits are from specific subjects within any one domain, the student is awarded a minor degree in that subject.
Students will also acquire programming and computing skills through the five skill enhancement courses offered.
The programme gives graduating students the necessary analytical, problem-solving, and quantitative skills which are valuable in various sectors such as research and development, academic and education roles, engineering, data analysis and statistics, technology, environmental science, and more.
B.S. (Hons.) in Physics
For students who complete a 4-year (8-semester) programme of study.
B.S. (Hons. with Research) in Physics
For students who secure a CGPA of 7.5 or more after the first six semesters (3 years of study) and pursue a research project during the fourth year.
Exit options as per NEP 2020 Policy.
- 10+2 years of schooling from a recognized board (CBSE or equivalent)
- Either passed or appeared for Final exams at XII level before Admissions. If not appeared for XII Standard exams, X and XI Standard marks will be considered
- Consistent academic performance of 60% aggregate marks in X and/or XII Standard
- Age: Preferably below 19 years as of 30th June in the year of admission
YEAR 1
Semester 1
Physics: Analog and Digital Electronics
Physics: Electronics Laboratory
Skill Enhancement Course: Python Programming – I
Mathematics: Differential Calculus
Chemistry: Principles of Structure and Bonding
Chemistry: Laboratory Course in General Chemistry
Awareness Course I: Sai Education for Transformation (Based on Bhagawan Baba’s Life and Teachings)
Semester 2
Physics: Introductory Mechanics
Physics: Mechanics Laboratory
Skill Enhancement Course: Python Programming – II
Mathematics: Integral Calculus
Chemistry: Equilibria in Chemistry
Chemistry: Laboratory Course in Titrimetry and Equilibria
Awareness Course II: Unity of Religions
YEAR 2
Semester 3
Mathematical Physics – I
Electromagnetism
Electromagnetism Laboratory
Computational Physics Laboratory – I
Minor Course
Awareness Course III: Study of Classics I – Ramakatha Rasavahini
Semester 4
Mathematical Physics – II
Modern Physics
Modern Physics Laboratory
Computational Physics Laboratory – II
Minor Course
Awareness Course IV: Study of Classics II – Bhagavatha Vahini
YEAR 3
Semester 5
Classical Mechanics
Modern Optics
Thermal Physics and Statistical Mechanics
Physics in Industry – I
Optics Laboratory
Experimental Methods in Physics
Minor Course
Awareness Course V: Ethos and Values for the Changing World
Semester 6
Mathematical Physics – III
Quantum Mechanics
Operational Amplifiers and Applications
Physics in Industry – II
Computational Quantum Mechanics Laboratory
Operational Amplifiers and Applications Laboratory: Hardware and Circuit Simulation Lab
Latex for Scientific Writing
Minor Course
Awareness Course VI: Life and its Quest
YEAR 4
Semester 7
B.S. (Hons.) Courses:
Atomic and Molecular Spectroscopy
Solid State Physics
Applied Physics Laboratory
Specialization Elective – I
Specialization Laboratory
Research Methodology
Seminar
Open Elective
Awareness Course VII: Education for Life
B.S. (Hons. with Research) Courses:
Atomic and Molecular Spectroscopy
Solid State Physics
Applied Physics Laboratory
Specialization Elective – I
Specialization Laboratory
Research Methodology
Seminar
Research Project
Awareness Course VII: Education for Life
Semester 8
B.S. (Hons.) Courses:
Nuclear and Particle Physics
Specialization Elective – II
Microprocessors and Microcontrollers
Microprocessors and Microcontrollers Laboratory
Mini project
Awareness Course VII: Education for Life
B.S. (Hons. with Research) Courses:
Nuclear and Particle Physics
Specialization Elective – II
Research Project
Awareness Course VIII: God, Society and Man
SPECIALIZATION ELECTIVES
Stream 1: Photonics
- Photonics Technology Essentials – I
- Photonics Technology Essentials – II
- Specialization Laboratory – Photonics
Stream 2: Functional Materials Science
- Concepts in Materials Science
- Functional Materials
- Specialization Laboratory – Functional Materials Science
Stream 3: Microelectronics
- Semiconductor Device Physics
- Microelectronics – CMOS Technology
- Specialization Laboratory – Microelectronics