This candidate holds a Ph.D. in Chemistry and has developed strong expertise in synthetic chemistry, particularly in the synthesis of small molecules and organic compounds. Their experience includes the synthesis of Schiff bases, phosphine macrocyclic compounds, and N-heterocycles, alongside extensive work with organocatalysts for various reactions, such as C-O/C-C/C-H bond activation and hydrogenation of bioactive molecules like Naproxen, Ephedrine, and Ibuprofen.
They are highly proficient in advanced analytical techniques including NMR spectroscopy, MALDI-TOF, LC-MS, GC-MS, and HPLC, essential for identifying and characterizing novel organic compounds. Their background also includes the development of synthetic methodologies, such as metal-catalyzed reactions and asymmetric hydrogenation.
Additionally, the candidate has significant experience in protein synthesis, with expertise in designing and synthesizing bioactive molecules and conducting reactions to produce proteins and protein-related compounds. Their work often involves using catalysis to facilitate the production of proteins, with an emphasis on enhancing efficiency and yield in complex synthetic processes.
In their current role as a Research Associate, the focus is on the synthesis of organocatalysts for CO2 conversion. This individual has also led laboratory management activities, process development, and mentoring of junior researchers. With 28 peer-reviewed publications, their contributions to scientific research have been significant.
They have gained broad international experience, having worked in the UK, Japan, Germany, and India, and have been awarded several prestigious fellowships, including JSPS, DAAD, and Marie Curie fellowships.