Building bridges between metal complexes and biological targets through DFT, molecular docking, and dynamics — while mentoring the next generation of chemistry students at Chemogen Academy.
From bench chemistry to high-performance computing — and from doctoral research to building a chemistry education brand.
"Chemistry is the canvas where geometry, energy, and biology converge — and computation is how we read it."
Built foundational understanding across physical, inorganic, and organic chemistry — discovered an early fascination with electronic structure and reaction mechanisms.
Specialized study in advanced inorganic chemistry and spectroscopy. First exposure to computational methods and quantum chemistry calculations.
Synthesis, characterization, and computational investigation of transition metal complexes with biological relevance. Published in peer-reviewed international journals.
Mastered DFT calculations (ORCA, Gaussian), molecular docking, MD simulations (GROMACS), and Linux-based HPC environments — including Beowulf cluster configuration.
Built a teaching practice spanning classroom, online, and hybrid modes — focused on JEE Main, NEET, and Class 11–12 chemistry students.
Founded Chemogen Academy to deliver high-quality chemistry education — bridging conceptual rigor, exam strategy, and modern delivery methods.
Research at the intersection of synthesis and simulation — designing coordination compounds and dissecting their behaviour with computational rigor.
Design and characterization of biologically relevant transition metal complexes — Schiff bases, N,O-donor ligands, and chelates investigated through synthesis, spectroscopy, and computation.
End-to-end computational pipelines: DFT geometry & property calculations, AutoDock-based virtual screening, and GROMACS molecular dynamics on metal-protein systems.
Hover the nodes for details · DFT → Docking → MD pipeline
Selected publications spanning DFT, docking, molecular dynamics, and bioinorganic synthesis.
Software stacks and hardware infrastructure I work with daily — from quantum chemistry packages to home-built compute clusters.
Years of classroom, online, and hybrid teaching distilled into a methodology that delivers competitive results.
"Where chemistry is taught with the rigour of research and the clarity of a teacher who has lived the subject."
Founded with a singular mission — to make rigorous, conceptually deep chemistry accessible to every JEE, NEET, and board student. Online and offline programs led by researchers who teach.
A multidisciplinary toolkit honed at the intersection of synthesis, simulation, and pedagogy.
Molecular structures, protein-ligand interactions, and simulation snapshots from active research.
Cumulative figures across teaching, research, and computational work.
For research partnerships, speaking opportunities, or course inquiries — I'd love to hear from you. Reach out via the channels below, or use the form.