Inorganic Chemistry: Determination of Symmetry operations and optical activity of small and medium-sized molecules. Study of CFT, LFT, MOT, Orgel and T-S diagrams of complexes.

Organic Chemistry: Study of Reaction mechanisms involved in various reactions like Additions, Substitutions, Elimination and Rearrangements. Understanding different types of strains, energy and stability of different conformers.

Physical Chemistry: Thermodynamics studies and energy changes (heat, work, enthalpy, entropy, Gibbs free energy) that drive chemical processes. Kinetics focuses on reaction rates, factors affecting them, and mechanisms. Quantum Chemistry applies quantum mechanics to atoms, molecules, bonding, and orbitals. Electrochemistry examines the link between electricity and chemical reactions, including cells and electrolysis.

Analytical Chemistry: Spectroscopy (UV-Vis, IR, NMR, Mass) analyzes how substances interact with light or radiation to identify structure and composition. Chromatography (HPLC, GC) separates and analyzes mixtures using a medium. Electrochemical analysis measures electrical signals to determine chemical composition.

Research Methodology helps to develop practical skills that can be applied in real-world research projects, whether in academia, industry, or policy-making. Social outreach builds empathy, communication, and organizational skills while addressing real-world issues.

Advanced organic chemistry covers synthetic reagents, NMR techniques, asymmetric synthesis, and strategies for building complex molecules, including heterocyclic and conformational analysis with ORD. Green chemistry emphasizes sustainable processes, while drug design explores target identification, SAR/QSAR studies, synthesis, and mechanisms of drug action. Natural product research focuses on biosynthesis, stereoselective synthesis, and structure determination.