Duration
3 Years
Average Fees
INR 2 - 5 LPA
Updated on Jan 4, 2023 by Surobhi Chatterjee
Updated on Jan 4, 2023 by Surobhi Chatterjee
B.Sc Physics Honours is of three years, and therefore the syllabus for the course is additionally divided into six semesters B.Sc Physics Honours syllabus includes studying topics like Statistical Physics, Physics of Materials, Vibrations and Wave Optics, and Mathematical Physics aside from various physics practicals.
B.Sc Physics Honours job scope is extensive, ranging from Radiologist to Professor in both private and public sectors.
B.Sc Physics Honours subjects are allocated according to the current trends in the B.Sc Physics Honours jobs and the requirements posed by the recruiters. The table below shows the subjects in B.Sc Physics Honours curriculum, which provides a basic understanding of the concepts and a deeper understanding of B.Sc Physics Honours and its elements.
The B.Sc Physics Honours subjects from the first-year syllabus are detailed below:
Semester I |
Semester II |
Communication Skills-I |
Communication Skills-II |
Generic Elective 1 |
Electricity And Magnetism |
Mathematical Physics-I |
Electricity And Magnetism Laboratory |
Mathematical Physics-I Laboratory |
Environmental Studies |
Mechanics |
Generic Elective 2 |
Generic Elective 1 |
Thermal Physics |
- |
Thermal Physics Laboratory |
The B.Sc Physics Honours subjects from the second-year syllabus are detailed below:
Semester III |
Semester IV |
Digital Systems And Applications |
Analog Systems And Applications |
Digital Systems And Applications Laboratory |
Analog Systems And Applications Laboratory |
Generic Elective 3 |
Elements Of Modern Physics |
Mathematical Physics-II |
Elements Of Modern Physics Laboratory |
Mathematical Physics-II Laboratory |
Generic Elective 4 |
Pathway Elective 1 |
Mathematical Physics-III |
Waves And Optics |
Mathematical Physics-III Laboratory |
Waves And Optics Laboratory |
Pathway Elective 2 |
The B.Sc Physics Honours subjects from the third-year syllabus are detailed below:
Semester V |
Semester VI |
Department Elective 1 |
Department Elective 3 |
Department Elective 2 |
Department Elective 3 Lab |
Department Elective 2 Lab |
Department Elective 4 |
Pathway Elective 3 |
Electromagnetic Theory |
Quantum Mechanics And Applications |
Electromagnetic Theory Laboratory |
Quantum Mechanics Laboratory |
Internship |
Solid State Physics |
Pathway Elective 4 |
Solid State Physics Laboratory |
Statistical Mechanics |
- |
Statistical Mechanics Laboratory |
B.Sc Physcis Honour is a three-year-long undergraduate course consisting of six semesters.Students can choose elective subjects based on their interests, career choices, or future goals. Below is a list of some core and elective subjects that students are taught during their B.Sc Physics Honours course:
B.Sc Physics Honours course structure is a combination of 3-years and comprises all six semesters introducing the B.Sc Physics Honours course. Core subjects are compulsory subjects for students to study, and electives are optional subjects for students to choose from. Mentioned below are the course structure:
B.Sc Physics Honours covers different teaching methods through a lively and diverse research environment. Unlike traditional teaching methods, the course aims to develop a sound understanding of experimental physics and instrumentation through various methods and techniques such as laboratory work, group discussions, assignments. Mentioned below are the teaching methodology and techniques of B.Sc Physics Honours:
The final year of this bachelor's degree program also comprises project work. Students can choose from the list of project names, topics, and ideas for the projects mentioned below:
Compiled below are a list of the best B.Sc Physics Honours books for students doing B.Sc in this area. These reference books are used by Physics students of top universities globally and many other institutes and colleges.
Books |
Authors |
Introduction to Mathematical Physics |
C. Harper |
Classical Dynamics of Particles and Systems |
S.T. Thornton and J. B. Marion |
General Properties of Matter |
F.H. Newman and V.H.L. Searle |
Introduction to Electrodynamics |
D.J. Griffiths |
Basic Optics: Principles and Concepts |
A. Lahiri |
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