I am a chemical engineer within Chemical Process Development at Bristol Myers Squibb, where I am responsible for process development for small molecule active pharmaceutical ingredients (API) at laboratory scale, and preparation of technology transfer packages to external vendors for pilot plant-scale clinical manufacturing. I hold a Bachelor's degree in Chemical Engineering from Carnegie Mellon University.Read more
I joined the Process Engineering group at AbbVie at the start of 2019, and I work on the development of crystallization and drying processes for active pharmaceutical ingredients. I also work on scaling up mixing processes with the use of CFD tools. I received my B.S.E from Case Western Reserve University in Chemical Engineering with a concentration in Biomedical Engineering. While an undergrad, I completed two co-ops with Sherwin Williams and Encapsys and one internship with Avery Dennison.Read more
Prince works in Process Development at Amgen, developing upstream processes for the manufacture of biologics, which monoclonal antibodies, fusion proteins and other therapeutic modalities. He has extensive experience in process modulation of cell culture product quality attributes, productivity and the implementation of ancillary cell culture technologies.Read more
Keith Mattern is currently a Senior Scientist working in the Process Research and Development group in Merck Research Labs in Rahway NJ. He is a member of the Data Rich Experimentation team and focuses on both developing new tools and techniques, as well as leveraging existing technologies to solve complex problems in the Process Research and Development organization. Previously, he has held positions as a Project Engineer working on process development and charactaerization of late stage pharmaceuticals as well as worked as an Operations Engineer in a Small Molecule API Pilot Plant...Read more
Granular/particulate materials are common in our everyday lives, and their processing consumes ~10% of the world’s energy. Despite their extensive use as well as economic and environmental impacts,...
Charged polymers known as polyelectrolytes have been studied for decades, however understanding their physical properties remains a persistent challenge for polymer scientists. This difficulty stems...
