BSc Physics (Hons.) Syllabus & Subjects 2025

BSc Physics (Hons.) syllabus and subjects gives more advanced Physics knowledge to the students as compared to the typical BSc Physics syllabus and subjects. BSc Physics (Hons.) Syllabus includes different topics such as Mathematical Physics, Wave Optics, Vibration, Statistical Physics, etc. The BSc Physics (Hons.) syllabus combines theoretical and applied knowledge which gives the students a chance to put their knowledge to use through real-world experiments as well as research projects.

The BSc Physics (Hons.) Syllabus examines the underlying ideas of Physics. Students who opt for this degree will develop a strong base of knowledge in BSc Physics (Hons.) Subjects like Thermodynamics, Electromagnetism, Classical Mechanics, and Quantum Mechanics. The BSc Physics (Hons.) subjects are thoroughly covered over the course of three years. Top employers for Physics Honours graduates include ISRP, NSC, BARC, DRDO, NIO, Nuclear Science Centre, Centre of Liquid Crystal Research, and others.

Also Read: List of Bsc Physics (Hons) DU Colleges Accepting CUET 2025

Have a quick look at the key highlights of the BSc Physics (Hons.) Syllabus & Subjects 2025:

Also Read: Top BSc Physics Colleges in Howrah 2025

The BSc Physics (Hons.) Syllabus covers the fundamentals of physics. The following is the BSc Physics (Hons.) Syllabus by year:

BSc Physics (Hons.) First Year Syllabus

The following table lists the first-year BSc Physics (Hons.) subjects:

BSc Physics (Hons.) Second Year Syllabus 

The following is a list of BSc Physics (Hons.) subjects for the second year:

BSc Physics (Hons.) Third Year Syllabus

The following is a list of BSc Physics (Hons.) Subjects for the third year:

Also Read: Top BSc Physics Colleges in Hooghly 2025

BSc Physics (Hons.) Subjects and the topics covered under these subjects are explained below:

• Communication Skills-I: Such skills involve listening, speaking, monitoring, and empathising. It assists in comprehending the variations in face-to-face communication styles.
• Mathematical Physics-I: Mathematical physics is the application of mathematical concepts to physics-related problems. Physics and mathematics have historically been interconnected fields of study.
• Mechanics: One subfield of physical science is mechanics. It primarily focuses on energy and forces and how they affect bodies. 
• Electricity And Magnetism: Electricity and magnetism are closely linked. A magnetic field is created by electrons, and an electric current is brought about by magnets.
• Environmental studies: It examines how people interact with their surroundings. It connects concepts from the humanities, social sciences, economics, and physical sciences.
• Digital Systems And Applications: Digital systems use digital processes to store, process, and transmit information. They can be found in consumer goods, digital devices, communication systems, and process control systems.
• Modern Physics: The main areas of interest in modern physics are quantum mechanics and its applications to atomic, nuclear, particle, as well as condensed-matter physics.
• Waves and Optics: Where ray approximation in geometric optics is not possible, wave optics studies polarisation, diffraction, and interference.
• Quantum Mechanics and Applications: Quantum mechanics is used to develop technologies that rely on quantum effects and to explain natural phenomena.
• Electromagnetic Theory: The fundamental principles of electrical and electronic circuits are established by electromagnetic theory across the entire frequency spectrum, from dc to optics.
• Solid state physics: Solid state physics is a crucial area of study in technology because it helps with circuit design and determines how materials conduct electricity and how strong they are mechanically.
• Statistical Mechanics: The process of fusing the concepts and methods of statistics with the laws of both classical and quantum mechanics is referred to as statistical mechanics.
• Thermal Physics: This involves the study of Zeroth and First Law of Thermodynamics, Second Law of Thermodynamics, Entropy, Thermodynamic Potentials.

Core Subjects for BSc Physics (Hons.) Syllabus & Subjects 2025

The fundamental Subjects are thought to be important for understanding the course. Some of the fundamental BSc Physics (Hons.) Subjects are as follows:

• Mathematical Physics
• Mechanics and Relativity
• Electricity and Magnetism
• Waves and Optics
• Thermal Physics
• Digital Systems and Applications
• Electronics and Modern Physics

Optional Subjects for BSc Physics (Hons.) Syllabus & Subjects 2025

Below is a list of electives available for the BSc Physics (Hons.) Subjects:

• Advanced Mathematical Physics I
• Advanced Dynamics
• Communication Electronics
• Chemistry
• Computer Algebra System and Figure Drawing Skill
• Astrophysics
• Nuclear and Particle Physics
• Computer Science
   

The BSc Physics (Hons.) course gives students an excellent grounding in theoretical knowledge. It includes interdisciplinary Subjects like studying maths and computer science. The 3rd year of the B.Sc Physics course involves project work. The following list of project names is available for students to select from:

• The Double Pendulum And Its Use
• Making And Researching High-Tc Superconductors
• Comprehending Projectile Impact
• Studying the Effects Of Solar Power, And 
• Understanding the Physics Of Levitation

Also Read: List of CUET 2025 Subjects for BSc Physics

BSc (Hons.) Physics offers the following specialisations:

• Astronomy
• Astrophysics
• Acoustical Physics
• Biophysics
• Fluid Physics
• Fibre Optical Physics
• Geophysics
• Materials Physics
• Molecular Physics
• Medical/Health Physics
• Nuclear Physics
• Optical Physics
• Plasma Physics

If you wish to succeed in the field, you will need to access the best books available. The course books will not only help you with gaining knowledge during the course duration, but also help with your further studies, like Masters, and PhD.  Provided below is a listicle of books that you can consider for studying:

The core subjects are taught in the first year of the Physics honours syllabus, and then electives are introduced in the second year. Practicals are a vital component of the study, in addition to every core and elective subject. In a nutshell the course structure is given below:

•  6 semesters
•  Both compulsory and optional Subjects
•  Practicals
•  Project Submission

BSc Physics (Hons.) has numerous teaching methodologies and techniques. One of the most effective teaching strategies for physics is the demonstration. It produces better results to proceed as follows: formulation of hypotheses, discussions, experiment, and conclusion. Some of the BSc Physics (Hons.) Honours teaching methods and techniques are listed below:

•  Classroom Instruction
•  Assignments 
•  Laboratory Work 
•  Viva Voce 
•  Group Discussions