Assistant Professor at KL University with 3.5+ years of postdoctoral research experience at IIT Kanpur and UM-DAE CEBS, Mumbai. Research integrates green chemistry, nanocatalysis, heterocyclic synthesis, and ring-opening cyclization to build sustainable routes to medicinally relevant molecular scaffolds.
Method development, sustainable transformations, catalysis-led synthesis, and faculty-level academic growth.
Environmentally responsible synthesis with recyclable catalysts, lower waste, cleaner routes, and sustainability-led design.
Construction of medicinally relevant oxygen- and nitrogen-containing heterocycles with synthetic precision and functional depth.
Magnetically recoverable and surface-engineered catalysts for efficient and practical transformations.
Dynamic kinetic resolution and stereoselective ring-opening strategies for advanced framework construction.
Chemistry education should connect rigorous molecular understanding with real-world sustainability challenges, hands-on laboratory training, critical thinking, and student confidence in research-driven problem solving.
Build an internationally visible interdisciplinary program in green and asymmetric synthesis that delivers high-impact publications, competitive grants, translational collaborations, and well-trained young researchers.
Introduced a breakthrough DKR-enabled enantioselective route in aziridine ring-opening cyclization with strong substrate scope and selectivity.
Open DOIA high-impact green synthesis contribution demonstrating recyclable nanocatalysis, mild activation, and sustainable heterocycle construction.
Open DOIExpanded ring-opening cyclization methodology toward useful dihydropyrrole frameworks with cleaner reaction design and strong synthetic value.
Open DOIThis public profile is now more complete, more polished, and more useful as an outward-facing academic presentation layer.