RESEARCH INTEREST

       Electrochemical Organic synthesis 

The electrochemical technique appears to be a revolutionary synthetic process and can be achieved by combining concepts and strategies from several methodologies. The advantage of using electric current to replace the reagents opens up a lot of possibilities for process development. Using different electrolytes and electrodes to execute a wide range of unique transformations is a novel approach to doing so. Effective and selective molecular syntheses are critical in biomolecular material sciences and chemistry, as well as in the chemical, agrochemical, and pharmaceutical industries. In contrast to early approaches based on inherent reactivity, electrochemistry has recently been integrated with creative conceptions of organic syntheses, such as transition-metal-mediated transformations for asymmetric catalysis and C-H functionalization. The main objective of this research is to discover new methods and explore more about this methodology in various transformations, such as electrochemical organic synthesis, cascade C-H functionalization, cyclization, oxidation, and reduction.