Programmes structure
Semester 1 – 2: Foundation year – common to all specializations
| Semester | Name of the Courses |
|---|---|
| 1 | Bio-1 |
| Chem-1 | |
| Math-1 | |
| Physics-1 | |
| English Communication | |
| Design thinking for Scientists | |
| Constitution of India and Professional Ethics | |
| 2 | Bio-2 |
| Chem-2 | |
| Math-2 | |
| Physics-2 | |
| Critical thinking | |
| Research methodology | |
| Yoga |
Semester 3 – 8: Specializations & Research
| Semester | Name of the Courses |
|---|---|
| 3 | Specialization – 1 |
| Program Specific foundation – 1 | |
| Basics of Programming | |
| Skill Enhancement Course – 3 | |
| Minor – 1 | |
| Minor – 2 | |
| University Elective – 1 | |
| 4 | Program Specific foundation – 2 |
| Program Specific Foundation – 3 | |
| Specialization – 2 | |
| Minor – 3 | |
| Minor – 4 | |
| University Elective – 2 | |
| Value added course 3 | |
| Skill Enhancement Course 4 | |
| 5 | Specialization – 3 |
| Specialization – 4 | |
| Minor – 5 | |
| Minor – 6 | |
| University Elective – 3 | |
| Ability Enhancement Course – 3 | |
| Value Added Course – 4 | |
| Summer Internship | |
| 6 | Program Specific Foundation – 4 |
| Specialization – 5 | |
| Specialization – 6 | |
| Minor – 7 | |
| Minor – 8 | |
| University Elective – 4 | |
| Ability Enhancement Course – 4 | |
| 7 | Advanced Foundation Course -1 |
| Specialization – 7 | |
| Specialization – 8 | |
| Minor – 9 | |
| Research – 1 | |
| 8 | Advanced Foundation Course -2 |
| Specialization – 9 | |
| Specialization – 10 | |
| Minor – 10 | |
| Research – 2 |
Semester 9 – 10: For Integrated B.Sc. – M.Sc. (5 Years) – Advanced Study & Deep Research
| Semester | Name of the Courses |
|---|---|
| 9 | Advanced Self Study – 1 |
| Advanced Self Study – 2 | |
| Multidisciplinary/University Elective – 5 | |
| MOOC | |
| Advanced Research | |
| 10 | Advanced Study -3 |
| Thesis Project | |
| Defense Seminar |
Tentative Program Foundation and Major Specialization Courses*
| Astrophysics | Quantum Technology | Bioinformatics | Molecular Biotechnology |
|---|---|---|---|
|
Classical Dynamics and Relativity Mathematical Methods for Physical Sciences Advanced Quantum Mechanics & Applications Atomic, Molecular and Solid-State Physics Scientific Computing and Data Analysis Advanced Physics Concepts Introduction to Astronomy, Astrophysics, and Cosmology Observational Astrophysics Stellar Dynamics and Structure General Relativity and Gravitaional Astrophysics Galactic Dynamics and Cosmology Computational Astrophysics |
Classical Dynamics and Relativity Mathematical Methods for Physical Sciences Advanced Quantum Mechanics & Applications Atomic, Molecular and Solid-State Physics Scientific Computing and Data Analysis Advanced Physics Concepts Lab Course on Quantum Technology Quantum Information and Computation Quantum Optics and Photonic Technologies Condensed Matter Physics for Quantum Technologies Introduction to Quantum Sensing and Metrology Computational Quantum Sciences |
Foundations of molecular and cellular systems Quantitative biology and experimental design Introduction to bio-programming Cell and Molecular Biology Biochemistry Evolutionary Biology and Phylogenetics Molecular Modelling and Drug Discovery Genetics and Genetic Engineering Data Structures and Algorithms Biostatistics Omics (Genomics, Transcriptomics, Proteomics, Metabolomics, Metagenomics) AI and ML in Biological Data |
Foundations of molecular and cellular systems Quantitative biology and experimental design Cell and Molecular Biology Microbiology Biochemistry Genetic Engineering and Synthetic Biology Immunology Agricultural Biotechnology Animal Biotechnology Nanotechnology and Omics Technology Bioprocess Technology Biostatistics |
| Computational mathematics | Nutrition and Dietetics | Polymer Chemistry | Pharmaceutical Chemistry |
|---|---|---|---|
|
Advanced Calculus & Analysis I Linear Algebra & Abstract Vector Spaces Introduction to Scientific Computing & Python Numerical Linear Algebra & Optimization Numerical Methods for Differential Equations Computational Probability & Statistical Inference Modeling & Simulation Lab Data-Driven Modeling & Machine Learning Fundamentals High-Performance & Parallel Computing Quantitative & Financial Mathematics Data Science & Learning Computational Fluid Dynamics & Continuum Mechanics |
Introduction to Food Science and Technology Human Nutrition and Metabolism Clinical Nutrition and Diet Planning Food Processing and Preservation Techniques Nutritional Biochemistry and Functional Foods Public Health Nutrition Food Product Development and Innovation Advanced Dietetics and Medical Nutrition Therapy Food Regulations and Labeling Sports and Fitness Nutrition Food Sensory Evaluation and Consumer Science Research Methods in Food and Nutrition |
Advanced Inorganic Chemistry I Advanced Organic Chemistry I Introduction to Polymer Science Polymer Synthesis & Reaction Engineering Polymer Characterization & Rheology Structure-Property Relationships in Polymers Plastics, Elastomers, and Composite Materials Specialty & Advanced Polymers Polymer Processing & Manufacturing Technology Polymer Degradation, Stabilization, and Recycling Green Polymer Chemistry & Sustainable Materials Industrial Applications of Polymer Chemistry
|
Advanced Inorganic Chemistry I Advanced Organic Chemistry I Fundamentals of Medicinal Chemistry Organic Synthesis for Drug Discovery Spectroscopy in Pharmaceutical Analysis Pharmacology & Molecular Basis of Drug Action Pharmaceutical Analysis & Quality Control Drug Design & Computational Chemistry Heterocyclic & Natural Product Chemistry Advanced Pharmacokinetics & Drug Metabolism Pharmaceutical Formulation & Drug Delivery Systems Pharmaceutical Chemistry: From Discovery to Market |
*Some titles may be subject to change