As a polymer chemist with over 10 years of experience in organic synthesis and biomaterials, I possess a strong passion for understanding the impacts of polymers on cells, proteins, and other biologically significant molecules. My primary research interests include developing novel polymeric systems using controlled polymerization methods such as RAFT polymerization, in which I have a successful track record.Throughout my career, I have designed a diverse range of polymeric systems, including hydrogels, nanogels, and micelles, for various biomedical applications. These applications include cryopreservation, protein aggregation inhibition, drug delivery, protein delivery, cancer therapy, antimicrobial systems, and surface coating.In addition to my proficiency in polymer chemistry, I am skilled in utilizing multiple chemical and physical characterization techniques, in-vitro cell culture techniques, and protein-based assays. I excel at working collaboratively with colleagues and partners across multiple backgrounds and disciplines to advance innovative research and solve intricate problems.