B.Sc Physics syllabus is a natural science that studies matter and moves through space and time and similar concepts like energy and power. It is, more generally, the study of nature as a whole to comprehend how the world works.

The Physics B.Sc course covers mechanics, waves and optics, electricity and magnetism, digital systems and applications, thermal physics, quantum mechanics, kinetic theory, and thermodynamics.

Semester Wise B.Sc Physics Syllabus

The syllabus of B.Sc Physics consists of a systematic and multidisciplinary curriculum that involves both theoretical and practical study over six semesters and three years. The following is a tabulated breakdown of the general B.Sc Physics syllabus by semester:

B.Sc Physics First Year Syllabus

Semester Ⅰ

Semester Ⅱ

Mechanics & Props of Matter


Foundation Course in Maths


C programming

Environmental Studies

Physical Chemistry 1

Organic Chemistry

Physics Lab-1

Physics Lab-2

Chemistry Lab-1

Chemistry Lab-2

B.Sc Physics Second Year Syllabus

Semester Ⅲ

Semester Ⅳ

Solid-state Physics

Classical Mechanics & Relativity

Inorganic Chemistry 1

Basic Electronics

Electricity and magnetism

Electromagnetic Theory

Open Elective

Nuclear Physics

Biophysics and Radiation Science

Mathematical Physics


Physics Lab

B.Sc Physics Third Year Syllabus

Semester Ⅴ

Semester Ⅵ

Quantum Mechanics

Renewable Energy

Oscillations & Waves


Statistical Mechanics

Digital Electronics

Applied Optics

Atomic & Molecular Physics


Particle & Astrophysics

B.Sc Physics Subjects

B.Sc Physics course is a natural science that involves studying matter and its motion through space and time and similar energy concepts. B.Sc Physics subjects consist of mechanics, waves and optics, electricity and magnetism, digital systems.

The following is a list of the topics covered in the B.Sc Physics program's curriculum:

Core Subjects:

  • Classical Mechanics
  • Thermodynamics and Statistical Mechanics
  • Electromagnetism and Photonics
  • Relativistic Mechanics
  • Quantum Mechanics, Atomic Physics, and Molecular Physics
  • Optics and Acoustics
  • Condensed Matter Physics
  • High-energy Particle Physics and Nuclear Physics

Lab Subjects:

  • Waves and Optics Lab
  • Electromagnetic Theory Lab
  • Elements of Modern Physics Lab
  • Statistical Mechanics Lab
  • Solid-state Physics Lab

Elective Subjects:

  • Verilog and FPGA Based System Design
  • Nanomaterials and Applications
  • Nuclear and Particle Physics
  • Astronomy and Astrophysics
  • Atmospheric Physics
  • Physics of the Earth

B.Sc Physics Course Structure

B.Sc in Physics syllabus is a three-year undergraduate program divided into six semesters that provide in-depth knowledge of scientific and technical aspects of physics, to familiarise students with existing and recent scientific and technological advances, and to enrich knowledge through problem-solving, hands-on exercises, study visits, and projects, among other activities. The course structure is:

  • VI semesters
  • Practical
  • Project submission
  • Lab experiment

B.Sc Physics Teaching Methodology and Techniques

B.Sc Physics can be taught in many different ways. Forensic science laboratories, community ventures, and other action-based learning approaches are used in addition to conventional lecture-based instruction. A variety of techniques are used in laboratories to aid learning. These techniques include inductive, discovery, scientific method skills, technical skills, and deductive methods.

Some techniques are given below:

  • Demonstration
  • Hypothesis making and discussion
  • Experiment
  • Problem-solving exercises

B.Sc Physics Projects

Physics is a natural science that studies matter and moves through space and time and similar concepts like energy and power. In a broader sense, it is the study of nature to comprehend how the world works.

Popular B.Sc Physics projects are:

  • Study on the effect of solar power
  • The Phenomenology of jets in astrophysics
  • Construction and Application of heat sensor
  • A Study into energy gap in superconductor
  • Design and Construction of an antenna booster

B.Sc Physics Reference Books

For students pursuing a B.Sc in Physics, experts have put together a list of the best reference books. Physics students at top universities worldwide and students at various institutions and schools use these books.

The following is a list of the most recommended books for a B.Sc Physics course, as shown in the table below:

 B.Sc Physics Books




G. Kaur and G.R. Pickrell

Modern Physics

John R. Taylor, Chris D. Zafiratos

Quantum Physics

E.H. Wichman

Waves and Oscillations

N K Bajaj

Concepts of Modern Physics

Arthur Beiser


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