Background
My undergraduate studies covered a wide range of subjects with concentrations in polymer physics, chemistry, processing, morphology, and rheology, as well as in polymer synthesis. Along with my master course work, I jointed Korea Research Institute of Chemical Technology. While I work as a research associate, I experienced diverse research fields such as polymer processing, rheology, viscoelastic, thermal and mechanical properties. I was successful in these activities, including papers, conferences, and patents related with volume-expansion epoxy, heat or UV-latent epoxy system, composite materials, epoxy molding compound (EMC), positive temperature coefficient (PTC) and so on. I was awarded PhD degree from Tokyo Institute of Technology at March, 2003. I researched the development of novel functional ethylene-propylene rubbers reinforced with micro-scale fillers and electrochemical materials that are related to high ion-conductive polymers by the control of nano-structure using supercritical fluid as green technology. I also worked for Professor H.R. Allcock’s group in the department of chemistry at Penn State as a Post-Doc researcher for the development of functional ion-sensitive materials. In my Project Leader’s experience, especially in Samsung SDI, my mission is to achieve development goals include design of battery architecture, product quality, delivery, customers’ satisfaction, and providing solutions for the filed issues.
