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Course Regulations
Curriculum – Full-Time – Part-Time
Syllabus – Full-Time – Part-Time

Advanced Linear Algebra
Advanced Electrochemistry
Advanced Food Chemistry
Advanced Organic Chemistry
Advanced Particle Physics
Advanced Plant Taxonomy
Advanced Quantum Mechanics
Advanced Ring Theory
Algebraic Graph Theory
Algorithmic Graph Theory
Alloy Thermodynamics and Solid State Phase Transitions
Analysis and Algebra
Analytical Biochemistry
Analytical Techniques
Application of Physics in Sports and Games
Applied Statistics for Research
Biochemistry for Computer Scientist
Biodiesel
Biological Activity of Natural Products
Biomaterials and its Applications
Biomaterials and its Applications – ss826
Classical Field Theory
Complex Networks
Computational Theory of Iterative Methods
Conservation Science
Corrosion and its Control
Introduction to Nanocomposites
Coating Technology
Design of Experiments
Differential Geometry
Discrete Geometry
Domination Theory in Graphs
Dynamical Systems
Electroanalytical Techniques
Electromagnetic Interference and Compatibility
X-ray and Electron Diffraction Techniques
Electro and Photo Catalytic Materials
Ethnobotany
Advanced Fixed Point Theory
Forest Resource Conservation and Management
Forestry and Environmental Science
Foundation Course in Physics for PhD Candidates
Foundation Course for PhD Candidates: CHEMISTRY
Foundation course in Physics- (For PhD candidates registering under
Department of Physics
Foundation Course for Ph.D. Scholars in Mathematics
Fractional Differential Equations and its Applications
Frontiers in Computational Chemistry
Frontiers of Photochemistry
Fundamentals and Applications of Ionic Liquids
Fundamentals of Semigroup Theory
General Theory of Relativity
Heterocyclic Chemistry
Homological Algebra
Industrial Galvanization
Instrumental Method of Analysis
Integral transform and Distribution Theory
Introduction to Biomaterials
Introduction to Fluorescence Spectroscopy
Introduction to Interval Analysis
Introduction to Photochemistry
Introduction to Polymer Science and Technology
Introduction to Tensor Calculus
Laser Instrumentation for Biomedical Applications
Linear Algebra and Graph Theory
Manuscript Conservation
Mathematical Foundations of Blood Flow and Drug Delivery
Mathematical Physics
Mathematical and Statistical Analysis
Fuzzy Logic and Neural Networks
Medicinal and Aromatic plants
Metabolism of Nutrients
Microfluidics
Modelling with Structural and Differential Equations
Molecular Modelling Simulation
Multi-Objective Optimization
Nanomaterials for Biosensors
Nanophotonics
Non Linear Programming
Advanced Nuclear Physics
Advanced Numerical Methods
Numerical Methods for Boundary Layer Problems
Numerical Methods and Programming
Optimization Algorithms
Optimization Beyond LPs: Convex Analysis
Advanced Ordinary Differential Equations
Organometallic and Bioinorganic Chemistry
Partial Differential Equations
Photovoltaics
Photovoltaics I
Physics and chemistry of surfaces and interfaces
Physics of Plasmas
Physics of Solar Cells
Plant Physiology and Metabolism
Plasma Physics
Polymer Chemistry
Principles Food and Nutrition
Principals of Food Science and Technology
Programming and Optimization for Data Science
Qualitative Analysis of Fractional Differential Equations
Quantum Field Theory
Introductory Quantum Mechanics
Radiation Detection, Measurement and Dosimetry
Regression Analysis
Research Methodology for Mathematics
Semiconducting Materials and Devices
Six Sigma Methodology
Six Sigma for Product Development
Soil pollution Control
Solid Phase Synthesis
Space Plasma Physics
Principles of Space Radiation Interactions
Spectroscopy
Special Function and Mathematical Methods
Advanced Statistical Methods for Data Analytics
Statistical Inference for Data Science I
Statistical Inference for Data Science II
Statistical Quality Control and Reliability
Statistics for Beginners in Research
Stochastic Differential Equations
Theory of Hypergraphs
Introduction to Time Series Analysis
Visualization of Graphs
Waste Energy Conversion
Waste Water Treatment Technologies
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