Being a central science, chemistry is used in every aspect of a person's life from the food, pharmaceutical, biomedical, cosmetic, agricultural to consumable products. Chemistry plays an important role towards the development and growth of different types of industries. Majority of the research in the department of chemistry are highly interdisciplinary, significantly contributing to the advancement of sciences at the intersection of variety of fields.The doctoral program in chemistry is designed to create research opportunities in a wide range of interest from traditional physical, inorganic, organic chemistry to new frontiers of chemical biology, material sciences, nanoscience, drug-designing, chemistry for energy and sustainability.
Professor
Physical chemistry of nanomaterials, nanobiotechnology
Associate Professor & HoD
Molecular Modeling, Computational Chemistry, Catalysis & Adsorption, Chemo-informatics, Anticancer drugs, Computer aided drug design, DFT based reactivity descriptors, QSAR, Waste-Management
Associate Professor
Natural Product Chemistry, Material Chemistry
Assistant Professor
Heterogeneous Catalysis, Photocatalysis and NanoCatalysis
Assistant Professor
Photocatalytic organic transformations Electrocatalytic organic transformations Heterogeneous catalysis Organic Synthesis Heterocycle synthesis Green chemistry
Assistant Professor
Asymmetric Synthesis, Organocatalysis, Photoredox Chemistry, Organic Synthesis, Photoacid Catalysis.
Assistant Professor
Materials Chemistry: Synthesis and characterization of functional
nanomaterials for
biological applications. Research focuses on metal, metal oxides and 2D nanomaterials
for
sensing and drug delivery, magnetic nanoparticles for hyperthermia therapy, and
fluorescent
nanoparticles for photocatalytic applications.
Biophysical chemistry: Protein-ligand interactions through experimental
and
molecular
docking MD simulations, inhibition of protein fibrillation and prevention of albumin
glycation.
Assistant Professor
Assistant Professor
Organic Synthesis: Nanocatalysis, Organocatalysis, Photocatalysis,
Electrocatalysis.
Chemical biology: Multi-step synthesis, Natural products, Steroid
chemistry, Enzyme
inhibitors, Anti-diabetic and NAFLD based Drug development based on in silico and in
vitro,
Photodynamic therapy and photophysical studies of fluorescent organic molecules,
Molecular
docking and Virtual screening of protein-ligand interactions.
Assistant Professor
Bioinspired catalysis
Synthesis of Heme and Nonheme metal complexes to mimic metalloenzymes.
Electrocatalytic small molecule activation
Being a central science, chemistry is used in every aspect of a person's life from the food, pharmaceutical, biomedical, cosmetic, agricultural to consumable products. Chemistry plays an important role towards the development and growth of different types of industries. Majority of the research in the department of chemistry are highly interdisciplinary, significantly contributing to the advancement of sciences at the intersection of variety of fields.The doctoral program in chemistry is designed to create research opportunities in a wide range of interest from traditional physical, inorganic, organic chemistry to new frontiers of chemical biology, material sciences, nanoscience, drug-designing, chemistry for energy and sustainability.
Professor
Physical chemistry of nanomaterials, nanobiotechnology
Associate Professor & HoD
Molecular Modeling, Computational Chemistry, Catalysis & Adsorption, Chemo-informatics, Anticancer drugs, Computer aided drug design, DFT based reactivity descriptors, QSAR, Waste-Management
Associate Professor
Natural Product Chemistry, Material Chemistry
Assistant Professor
Heterogeneous Catalysis, Photocatalysis and NanoCatalysis
Assistant Professor
Photocatalytic organic transformations Electrocatalytic organic transformations Heterogeneous catalysis Organic Synthesis Heterocycle synthesis Green chemistry
Assistant Professor
Asymmetric Synthesis, Organocatalysis, Photoredox Chemistry, Organic Synthesis, Photoacid Catalysis.
Assistant Professor
Materials Chemistry: Synthesis and characterization of functional
nanomaterials for
biological applications. Research focuses on metal, metal oxides and 2D nanomaterials for
sensing and drug delivery, magnetic nanoparticles for hyperthermia therapy, and fluorescent
nanoparticles for photocatalytic applications.
Biophysical chemistry: Protein-ligand interactions through experimental and
molecular
docking MD simulations, inhibition of protein fibrillation and prevention of albumin
glycation.
Assistant Professor
Assistant Professor
Organic Synthesis: Nanocatalysis, Organocatalysis, Photocatalysis,
Electrocatalysis.
Chemical biology: Multi-step synthesis, Natural products, Steroid
chemistry, Enzyme
inhibitors, Anti-diabetic and NAFLD based Drug development based on in silico and in vitro,
Photodynamic therapy and photophysical studies of fluorescent organic molecules, Molecular
docking and Virtual screening of protein-ligand interactions.
Assistant Professor
Bioinspired catalysis
Synthesis of Heme and Nonheme metal complexes to mimic metalloenzymes.
Electrocatalytic small molecule activation