Dr. Sebnem Baysec

Achieving to develop, improve, characterize and test novel oligomers and polymers in a project funded by EU for four years with 3.6 million EurosResulted in four publications, a PhD thesis and unique industrial applications (optoelectronic, medical and military) with collaboratorsResponsible for managing bachelor and master students and projects by providing scientific direction, refining and delivering technical solutionsGained high adaptability and flexibility due to working in cross-functional roles

Collaborated cross-functionally across 3 different departments for application design and development of polymeric materials.

Gained extensive hands-on experience in mass production line of novel polymers.

Attained expertise in various characterization techniques for materials.

Development and design new formulations for cast or BOPP or BOPET-based unique films at pilot scale resulted in an optimized process for mass production and high-efficiency products for the market application.Collaborate with other professionals and customers to yield more quality and cost-efficient films which are from existing portfolio as well as brand new.Gather, assess, evaluate, interpret, and communicate technical and scientific data to provide workflow through Quality, Marketing Departments

Development of new transparent nanocomposites coating by adjustment of refractive indexes which induced industrial applications in a research project funded by Scientific and Technological Research Council of Turkey (TUBITAK)High organizational and management skills evidenced by being in cross-functional roles; extensive hands-on researching while managed time, deadline, budget and bureaucratic papers.

Investigate the quality of drugs by moisture, average size and weight determination, disintegration, friability, and dissolution test, HPLC, GC and UV-VIS characterization for customer health and satisfaction.

Synthesis of Small Molecule N-IR Dyes and their Incorporation into Polymers for Organic Electronics.

Synthesis, Spectroscopic and Electrochemical Studies of Perylene Containing Conjugated Copolymers

Fabrication of Transparent Composites with High Refractive Index Containing Invisible Nanoparticles.