Program Structure: B.Sc. Nanoscience

B. Sc. I Program
SEM: 1
1.    Mechanics
2.    Atomic Structure, Bonding, General organic Chemistry and Aliphatic hydrocarbons
3.    Cell Biology
4.    Differential Calculus
5.    Network Analysis and Analog Electronics
6.    English-I

SEM: 2
1.    Electricity and Magnetism
2.    Chemical Energetics, Equilibria & Functional Organic Chemistry
3.    Mammalian Physiology
4.    Differential Equations
5.    Linear and Digital Integrated Circuits
6.    English II

B. Sc. II Program

SEM: 3
1.    Thermal Physics and Statistical Mechanics
2.    Solutions, Phase Equilibrium, Conductance, Electrochemistry & Functional Group Organic Chemistry-II
3.    General Microbiology, Biochemistry and Nanobiotechnology
4.    Statistical Methods for Physical Sciences-I
5.    Electronic Instrumentation
6.    Environmental Science/Studies

SEM: 4
1.    Waves and Optics
2.    Transition Metal & Coordination Chemistry, States of Matter & Chemical Kinetics
3.    Immunology and Medical Nanotechnology
4.    Statistical Methods for Physical Sciences-II
5.    Analytical Instrumentation
6.    Environmental Science/Studies

B. Sc. III Program
SEM: 5
1.    Classical Mechanics, Classical Electrodynamics and Quantum Mechanics
2.    Inorganic and Organic Chemistry
(Theories of Acids, Bases, Chemistry of f-Block Elements, Metal Bondings in Transition
Metal Complex and Co-ordination Chemistry, Organic Reagents, and Reactions)
3.    Fundamentals of Enzymology and Nanoenzymology
4.    Physics and Chemistry at Nanoscale
5.    Active Inorganic, Organic Compounds and Industries
6.    Environmental Nanotech
 
SEM: 6
1.    Solid State Physics and Nuclear and Particle Physics
2.    Physical Chemistry (Elements of Quantum Mechanics, Chemical Kinetics, Thermodynamics, Chemistry of Solutions, Solid State Chemistry, Electrochemistry, Spectroscopy and Photochemistry)
3.    Molecular biology and genetic engineering
4.    Physical and Chemical Properties of Nanomaterials
5.    Polymer Chemistry
6.    Nanomedicine

•    Each semester carries 500 marks (15 Credits) for Theory program + 200 (08 Credits) marks for Lab-program = 700 marks (23 Credits)
•    Non-credit programs: Communication in Practice, Environmental Science, Personality Development, Scientific and Technical writing.

Program Structure: M.Sc. Nanoscience

M. Sc. I Program
SEM: 7
1.    Semiconductor Physics
2.    Carbonaceous Materials
3.    Functional Nanomaterials
4.    Nanocoatings and Applications
5.    Nanobiotechnology-I

SEM: 8
1.    Solid State Electronics Devices
2.    Energy Conversion and Storage Devices
3.    Nanocatalysis
4.    Nanomagnetism and Spintronics
5.    Nanobiotechnology-II

M. Sc. II Program
SEM: 9
1.    Research Project and dissertation Phase-I
2.    Seminar based on project work- I

SEM: 10
1.    Research Project and dissertation Phase-II
2.    Seminar based on project work- II
 

B. Sc.-M.Sc. (5 years integrated course) Course Structure with Syllabus 2018