Bachelor of Science [B.Sc] (Physical Sciences) Syllabus, Course Structure and Program Schedule 2025-2026

The Bachelor of Science (B.Sc.) syllabus includes both physics and chemistry. The syllabus helps students explore diverse topics such as classical mechanics, quantum physics, thermodynamics, organic and inorganic chemistry, and more. Also, the syllabus aims to provide understanding of the physical sciences, preparing them for multiple career opportunities and further academic pursuits.

Table of Content

B.Sc Physical Sciences: Course Structure
B.Sc Physical Sciences: Scheme of Assessment
B.Sc Physical Sciences: Syllabus
B.Sc. Physical Science: FAQs

B.Sc Physical Sciences: Course Structure

B.Sc. Physical Science has the option of pursuing it either with Chemistry or with Computer Science.

B.Sc Physical Science (Chemistry) student has to study subjects like Physics, Chemistry, Biology, Mathematics, Environmental Science, Computational Skills and English.

For B.Sc Physical Science (Electronics) the subjects prescribed are Physics, Electronics, Biology, Mathematics, Environmental Science, Computational Skills and English.

B.Sc Physical Sciences: Scheme of Assessment

The course consists of mostly theory subjects with the option to choose elective subjects in 5^th and 6^th semester. A student is assessed at the end of every semester with semester exams and internal assessments which are worth of 75and 25 marks respectively which collectively makes 100 marks for every subject.

B.Sc Physical Sciences: Syllabus

UGC prepares a proper set of syllabus to be covered by universities during the course term. Some of the important subjects prescribed for B.Sc. Physical Science are:

Name of the Course	Topics Covered	Description
Calculus and Matrices	Matrices Concept Of Linear Independence Interpretation Of Eigenvalues Matrices InDiagonal Form Calculus Radioactive decay Leibnitz theorem Successive differentiation	Following course gives the knowledge of various calculus and matrices concepts.
Analytical Chemistry	Chromatography Principle of differential migration Modes ofchromatography Experimental modifications Rf values	Students with this course learns about the analytical prospects of Chemistry.
Solvent Extraction	Distribution law Determination of distribution ratio Batch extraction Continuous extraction Discontinuous extraction	The course is about solvent extractions which is the part of chemistry itself.
Technical Writing and Communication in English	Language and communication Distinct features of speech Linguisticunity Coherence and cohesion Expository andargumentative writing Formal and informal writings Common errors to be avoided Transitional and concluding paragraphs	English is an important subject to be studied by students of every branch, so this course helps to learn the basics of English language.
Thermodynamic and Statistical Physics	Laws of thermodynamics and their consequences Thermodynamic potentials Maxwell relations Micro- and macro-states Micro-canonical Classical and quantum statistics Blackbody radiation and Planck's distribution law	The course imparts the knowledge of laws and other factors of thermodynamics.
Computer Fundamentals	Characteristics & features of Computers Algorithm and Flowcharts Generation of Computers Classification of Computers Types of Programming Languages Computer Memory Operating system Concepts	Here students learn about the fundamentals and working of computer system.
Quantitative Methods Of Analysis	Precipitation methods Volatilization methods Drying and Ignition of precipitates Practical gravimetric procedures Volumetric Analysis Gravimetric titrimetry Coulometric titrimetry	This course is about the analytical chemistry.

B.Sc. Physical Science: FAQs

Ques. What core subjects are covered in the B.Sc. (Physical Sciences) syllabus?

Ans. The B.Sc. (Physical Sciences) syllabus typically includes core subjects like classical mechanics, quantum mechanics, thermodynamics, electromagnetism, and a comprehensive study of both organic and inorganic chemistry.

Ques. Are there any practical components in the B.Sc. (Physical Sciences) syllabus?

Ans. Yes, the syllabus incorporates practical components, including laboratory sessions and experiments. These practical sessions are designed to reinforce theoretical concepts and develop hands-on skills in scientific experimentation.

Ques. Can students choose specialized areas of study within the B.Sc. (Physical Sciences) syllabus?

Ans. Depending on the university, students may have the opportunity to choose elective courses or concentrations within the physical sciences. Specializations may include areas such as materials science, electronics, or environmental science.

Ques. How is the B.Sc. (Physical Sciences) syllabus structured across the three years of the program?

Ans. The syllabus is typically structured over six semesters (three years), covering foundational topics in the initial years and gradually progressing to advanced subjects. The structure may vary among universities, but it commonly includes a balanced distribution of physics and chemistry courses.

Ques. Does the B.Sc. (Physical Sciences) syllabus incorporate contemporary developments in the field?

Ans. Yes, the syllabus is designed to integrate contemporary advancements in physics and chemistry. This ensures that students are exposed to the latest theories, discoveries, and technological applications relevant to the physical sciences.