An application made for this job — a tailored resume and cover letter that speak straight to the posting.
Epogee, a Medici Brands subsidiary, is seeking an Associate Scientist, Quality to lead benchtop validation and new process development within Epogee’s independent R&D team in New York City.
You will validate ideas through stage-gate criteria, design analytical tests (DSC, GC, HPLC/GPC, titration), and translate lab results into scalable improvements for pilot or commercial production, collaborating closely with senior R&D staff; travel will be required.
Epogee is a food science and lipid chemistry company developing novel structured lipids for the food industry. Our flagship ingredient, EPG® (esterified propoxylated glycerol), is a patented fat alternative with 92% fewer calories than traditional fats. EPG can be used in a wide variety of food applications (e.g., frying and baking, as well as confectionery and snack applications). Note: Epogee is a subsidiary of Medici Brands. David Protein is another brand currently operating as a subsidiary of Medici Brands. While this role will be listed through David’s hiring channels, the Associate Scientist, Quality will operate exclusively within Epogee’s independent team, leadership, and mission.
Epogee is looking for a motivated and innovative associate scientist to lead benchtop implementation of our manufacturing innovation. The role will be responsible for taking ideas from the fuzzy front-end ideation, validating them through a stage gating-process and ultimately making recommendations and learnings that can be translated to process improvements and innovations at scale. Example projects may include process improvements and optimizations, raw material and SKU validation, value-engineering, or novel process development. This is a hands-on role for someone who thrives while working in the lab. You’ll report to the director of R&D and have the opportunity to work closely alongside senior members of the team as you lead benchtop validation and development. Work will include using and modifying established chemical synthesis protocols, analytical measurements and, when needed, designing and building new equipment and processes to suit new specific applications.