The M.Sc. in Chemistry at IAR is a 2-year (4 semesters) postgraduate program offering specializations in Organic, Analytical, and Quality Control Chemistry. Among these, the Organic Chemistry specialization provides an in-depth understanding of the chemistry of life and its processes, preparing students for careers in academia, research, and the chemical industry. This specialization encompasses vital areas such as catalysis, organometallic chemistry, polyene chemistry, chemo-, regio-, and enantioselective synthesis, heterocyclic chemistry, and the chemistry of fluorine-containing compounds. These advanced topics are central to designing and developing new molecules for pharmaceuticals, agrochemicals, and materials science
A major focus is placed on modern spectroscopic and chromatographic techniques, particularly NMR, which are essential tools for structure elucidation and reaction monitoring in organic synthesis. Since all key biomolecules—DNA, proteins, carbohydrates, and lipids—are organic in nature, this specialization plays a foundational role in understanding biological mechanisms and drug design.
The Organic Chemistry curriculum is designed to equip students with both theoretical knowledge and practical skills, blending classical organic chemistry with current industrial and research applications. Research-based teaching by experienced faculty encourages critical thinking and innovation. The program also includes elective courses such as nanoscience, computational chemistry, and chemical software, which broaden the scope and enhance interdisciplinary learning.
Furthermore, students get opportunities to participate in industrial projects, especially in Gujarat’s thriving pharmaceutical and chemical sectors, bridging academic learning with real-world applications. This hands-on exposure enhances employability and prepares students for PhD programs or roles in R&D divisions.
In today’s competitive environment, the Organic Chemistry specialization at IAR offers a perfect blend of fundamental knowledge and applied skills, ensuring that students graduate with a distinct advantage over peers from conventional academic programs.
B.Sc. with Chemistry
B.Sc. with allied sciences
B.Tech in Chemical Engineering
The admission is based on merit.
Code | Subject | Credits |
MCH101T | Inorganic Chemistry-I | 3 |
MCH102T | Organic Chemistry-I | 3 |
MCH103T | Physical Chemistry-I | 3 |
MCH104T | Analytical Chemistry-I | 3 |
MCH105T | Nano Science and Nano Technology | 2 |
MCH106P | Advanced Organic Chemistry Laboratory | 3 |
MCH107P | Advanced Inorganic Chemistry Laboratory | 3 |
MCH108T | Laboratory Safety and Professional Ethics | 2 |
Code | Subject | Credits |
MCH201T | Inorganic Chemistry-II | 3 |
MCH202T | Organic Chemistry-II | 3 |
MCH203T | Physical Chemistry-II | 3 |
MCH204T | Analytical Chemistry-II | 3 |
MCH205P | Advanced Physical Chemistry Lab | 3 |
MCH206P | Advanced Analytical Chemistry Lab | 3 |
MCH207P | Seminar | 0 |
MCH208T | Research Methodology | 2 |
Elective- I | 2 | |
MCH209P | Industrial Visit and Report Submission | 0 |
Code | Subject | Credits |
MCH301T | Photochemistry and Free Radical | 3 |
MCH302T | Heterocyclic Chemistry | 3 |
MCH303T | Molecular Spectroscopy and Data Analysis | 3 |
MCH304T | Organic Chemistry and Retro-synthesis | 3 |
MCH305T | Medicinal Chemistry | 3 |
MCH306P | Organic and Medicinal Chemistry Lab | 3 |
MCH312P | Project Proposal Preparation and Presentation | 2 |
Elective-II | 2 |
Code | Subject | Credits |
MCH401P | Dissertation | 22 |
Code | Subject | Credits |
MCHE501T | Polymer Science | 3 |
MCHE502T | Quality control and Quality Assurance | 3 |
MCHE503T | Supramolecular Chemistry | 3 |
MCHE504T | Computational Chemistry and Chemical Software | 3 |
MCHE505T | Environment Chemistry | 3 |
MCHE506T | Natural Products | 3 |
MCHE507T | Material Science | 3 |
MCHE508T | Spectroscopic Methods | 3 |
MCHE509T | Chemistry of Biomolecules and Bioinorganic Chemistry | 3 |