Our research group is actively involved in the field of “Organic Synthesis” with special attention on the development of new synthetic strategies for the stereoselective synthesis of various classes of biologically relevant heterocyclic compounds, applied organic materials, value-added feed stock commodities, and solar fuels via new carbon-carbon and carbon-hetero atom bond forming reactions in an environmentally benign manner. 

     The diverse chemical processes occurring in nature have always intrigued us moreover, the societal demand for environmentally friendly processes have motivated to focus mainly on the development of bioinspired materials and sustainable chemical technologies like phototcatalysis, electrocatalysis for energy applications and sustainable development. Current research interests also focus on Functional Organic materials for flexible, cost-effective solar cells, Organic luminophores for OLED and sensor applications. Sustainable carbon-based materials for energy storage, catalysis, and environmental applications. CO2 utilization and biomass valorization via advanced catalysis, using metal-organic frameworks (MOFs) and covalent organic frameworks (COFs) enables transforming CO2 and biomass to fuels and valuable added chemicals. 

    By integrating these advanced materials and technologies, we drive innovation toward a cleaner and more sustainable future. Through interdisciplinary research and cutting-edge material design, we contribute to energy efficiency, carbon neutrality, and global sustainability.