B.Sc Syllabus & Subjects:

  • B.Sc courses list offers theoretical as well as practical knowledge about different subject areas which includes any one of the main science subjects in the curriculum with other specialization concepts chosen by the student.

  • The B.Sc course degree is beneficial for those who have a strong base in Science and Mathematics.

  • The following is the subject list followed in all 6 semesters in professional B.Sc courses in most colleges in India. While there may be minor variations for some colleges, the crux of the subjects remains the same throughout.
B.Sc in Chemistry- Subjects
Semester Chemistry
1 Language- I
Foreign language- I
Structure and Bonding in Chemistry
Basic Concepts of Organic Chemistry
Inorganic Qualitative Analysis- I
Allied Mathematics- I
2 Language- II
Foreign language- II
Thermodynamics and Solutions
Inorganic Qualitative Analysis- II
Allied Mathematics- II
Basic Computer Skills
Quantitative Aptitude and Logical Reasoning- I
3 Fundamentals of Spectroscopy and Group Theory
Analytical Chemistry
Inorganic Quantitative Estimation
Allied Physics- I
Allied Physics Laboratory- I
Water Chemistry and Analysis
Food Chemistry and Analysis
Molecules of Life
Quantitative Aptitude and Logical Reasoning II
4 Chemistry of Main Group Elements
Functional Groups in Organic Chemistry- I
Gravimetric Analysis and Preparation of Inorganic Chemistry
Allied Physics –II
Allied Physics Laboratory–II
Industrial Chemistry
Polymer Chemistry
Pharmaceutical Chemistry
C++ Programming and its Application to Chemistry
Instrumental Methods of Analysis
Computational Chemistry Practical
My India Project
Verbal Ability and Reasoning
5 Transition Metals, Lanthanides, Actinides and Nuclear
Chemistry
Functional Groups in Organic Chemistry–II
Chemical Kinetics, Surface Chemistry and
Photochemistry
Organic Qualitative Analysis and Preparation of Organic
Compounds
Physical Chemistry Practical –I
Green Chemistry
Bioorganic Chemistry
Chemistry of Natural Products
Environmental Studies
6 Coordination, Organometallic and Bioinorganic Chemistry
Organic Synthesis and Heterocyclic Compounds
Electrochemistry, Phase Rule and Colloids
Physical Chemistry Practical –II
Core Based Project
Material Science and Nanotechnology
Energy and Fuel Cells
Agricultural and Leather Chemistry
Communication Skills
Biochemistry
Food Chemistry
Basic of Bioinformatics
Molecular Modelling and Drug Design
Allied Chemistry – I
Allied Chemistry Practicals – I
Allied Chemistry – II
Allied Chemistry Practical – II

 

B.Sc in Physics- Subjects
Semester Physics
1 Mathematical Physics I
Mathematical Physics I Lab
Mechanics
Mechanics Lab
Environmental Science
Generic Electives - I (Chemistry/Mathematics)
2 Electricity and Magnetism
Electricity and Magnetism Lab
Waves and Optics
Waves and Optics Lab
English Communication
General Elective - II (Chemistry/Mathematics)
3 Mathematical Physics II
Mathematical Physics II Lab
Thermal Physics
Digital Systems and Applications
Digital Systems and Applications Lab
SEE I
General Elective - III (Chemistry/Mathematics)
4 Mathematical Physics III
Elements of Modern Physics
Elements of Modern Physics Lab
Analog System and Application
Analog System and Application Lab
SEE II
General Elective - IV (Chemistry/Mathematics)
5 Quantum Mechanics and Application
Solid State Physics
DSE I
DSE II
6 Electromagnetic Theory
Electromagnetic Theory Lab
Statistical Mechanics
DSE III
Dissertation

 

B.Sc in Mathematics -Subjects
Semester Subjects
1 Calculus
Geometry
Algebra I
2 Mechanics I
Differential Equations I
Algebra II
3 Mechanics II
Differential Equations II
Analysis I
4 Vector Analysis
Differential Equations III
Analysis II
5 Numerical methods
Numerical methods practical using C
Algebra III
Analysis III
6 Probability Theory
Linear programming and optimization
Algebra IV
Analysis IV

B.Sc Physics Syllabus:

The syllabus for the various subjects pursued in the professional B.Sc course in Physics throughout the 6 semesters is tabulated as under:

B.Sc Physics- Syllabus

Sl. No

Mechanics

Electricity and Magnetism

Waves and Optics

Thermal Physics

Mathematical Physics

1

Kinematics

Electric Charge and Electric Field

Harmonic Oscillations

Thermometry and Calorimetry

Vectors

2

Newton's Laws of Motion

Gauss's Law

Wave Motion

Barton's correction

Vector spaces

3

Circular motion Momentum and Impulse

Electric Potential

Interference

Cp and Cv by Regnault's and Callender

Gram- Schmidt orthogonalization

4

Drag Forces, Constraints and Continuous Systems

Capacitance and Dielectrics

Diffraction

Thermodynamics

Hilbert space

5

Momentum and Impulse Collision Theory

Current, Resistance and Electromotive Force

Rectilinear Propagation of Light

entropy

Matrices

6

Continuous Mass Transfer Torque

Direct Current Circuits

Michelson Interferometer.

Low temperature Physics

Pauli matrices

7

Kinetic Energy and Work

Magnetic Field and Magnetic Forces

Superposition of Two Harmonic Waves

Joule-Thomson effect

Delta function

8

Potential Energy and Energy Conservation

Electromagnetic Induction

Polarisation

Frigidaire

Tensors

9

Collision Theory

Alternating Currents

Quarter-Wave and Half-Wave Plate

Conduction and radiation

Klein-Gordon and Dirac equations

10

Rotational Motion

Electromagnetic Waves

Biquartz Polarimeter

Statistical Physics

Complex analysis

B.Sc Chemistry Syllabus:

The syllabus for the various subjects pursued in the professional B.Sc course in Chemistry throughout the 6 semesters is tabulated as under:

B.Sc Chemistry-Syllabus

Sl. No

Inorganic Quantitative Analysis

Fundamentals of Organic Chemistry

Thermodynamics and Solutions

Functional groups

Physical Chemistry

1

Solid State Chemistry

Nature of Bonding in Organic Molecules

System and Surroundings

Alkanes and Alkenes

Mathematical Concepts and Computers

2

Advanced Analytical techniques

Reaction Mechanisms

State variables/functions

Alkynes

Gaseous States

3

Spectroscopy

Advanced Reaction Mechanisms

Thermodynamic processes

Aldehyde

Liquid State

4

Organometallic Chemistry & Catalysis

Stereochemistry

Extensive and Intensive properties

Ketone

Solid State

5

Inorganic Reaction Mechanisms

Advanced Stereochemistry

Enthalpy and Entropy

Alcohol

Chemical Equilibrium

6

Chemistry of Materials

Carbohydrates

Gibbs free energy

Carboxylic Acid

Colloidal State and Macromolecules

7

Material Science & Nano materials

Kiliani-Fischer synthesis

Thermodynamics of fluid-fluid interfaces

Amides and amines

Chemical Kinetics and Catalysis

8

HSAB concept

N-acetyl neuraminic acid

Lagrangian formulation

Nitro group

Phase Equilibrium

9

Stereoisomerism-

Heterocyclic compounds

Microcanonical and Grand-canonical ensembles

Cyclo-alkanes

Electrochemistry

10

M-M bond and metal atom clusters

Quinoxalines

Partition functions

Benzene

Spectroscopy

B.Sc Mathematics Syllabus:

The syllabus for the various subjects pursued in the professional B.Sc course in Mathematics throughout the 6 semesters is tabulated as under:

B.Sc Mathematics-Syllabus

Sl. No

Calculus

Geometry

Abstract Algebra

Differential Equations

Vector algebra

1

Limits and Continuity

Angles

The Integers

Homogeneous linear ordinary differential equation

Vector spaces

2

Differentiation

Circles

Groups

Non-homogeneous linear ordinary differential equations

Elementary Properties in Vector Spaces.

3

Applications of Derivatives

Coordinate Geometry

Advanced Group Theory

Fourier series

The Rank-Nullity-Dimension Theorem

4

Integration

Perimeter

Rings, Integral Domains, and Fields

Fourier Transforms

Basis for a vector space

5

The Definite Integral

Special Right Triangles

More on Rings

partial differential equation

Dimension of a vector space

6

Concavity

Pythagorean Theorem

Real and Complex Numbers

one dimensional wave equation

Dimensions of Sums of Subspaces

7

L'Hôpital's Rule

Quadrilaterals

Polynomials

one dimensional heat equation.

Linear Transformations

8

Optimization

Polygons

Field theory

Boundary value problems

The Null Space

9

Integrals and Transcendental Functions

Triangles

Fundamental theorem of Galois theory

Z- transforms

Range Space of a Linear Transformation

10

Hyperbolic functions

Volume

Nilpotent transformations

Advanced Z-transforms

Isomorphisms Between Vector Spaces

1