Polymer scientist and materials innovator with a passion for advancing biomedical solutions and scalable R&D initiatives in fields like brain-computer interfaces and reconstructive surgery. With a multidisciplinary background that includes polymer synthesis, functionalization, and material characterization, I’ve dedicated my career to designing bioinspired polymers that bridge scientific discovery and real-world application. Holding a dual Ph.D. in Chemistry and Mechanical Engineering, I bring a unique perspective to each project, focusing on creating advanced materials that improve lives and drive industry forward.Throughout my career, I’ve specialized in UV-curable elastomers, tissue-mimetic hydrogels, and other biomedical polymers, honing expertise in designing and characterizing polymers with tailored mechanical and chemical properties. In my current role as Material Science & Characterization Lead at Axoft Inc., I manage R&D projects and oversee teams to develop and commercialize novel polymers, including UV-curable photoresists for neural interfaces. My research contributions have been recognized in 20+ publications and patents, and I’ve secured multiple grants for projects that push the boundaries of material science. Skilled in techniques from free radical polymerization to computational fluid dynamics, I am well-versed in both the theoretical and practical aspects of polymer research and development.My colleagues often describe me as driven and collaborative, with a knack for fostering cross-functional communication and aligning project goals with organizational objectives. Known for my meticulous attention to detail and data-driven approach, I am also appreciated for my mentoring style, which prioritizes team development and streamlined workflows. Whether leading experimental design, navigating complex challenges, or refining production processes, I am dedicated to finding innovative solutions that benefit both science and society.