Charles M. Shaw Email & Phone Number

Seattle, Washington, United States

Greater Seattle Area

-Co-invented core technology to create Atomo's bean-less coffee from upcycled materials that reduces both water consumption and CO2 emission by more than 90% compared to traditional coffee-Lead the R&D team through the scaleup, sourcing and regulatory processes to enable industrial-scale production of Atomo's novel bean-less coffee technology -Coordinated with cross functional launch team to bring Atomo's first 2 SKUs to market

Seattle, Wa

-Collaborated with James Beard award winning chefs to transform their recipes into a new product category - sous vide starter sauces-Developed safety, stability, regulatory and quality programs enabling rapid deployment of new shelf stable products-Coordinated outside analytical and microbial testing to assure quality and safety of the product line-Sourced flavors, extracts, emulsifiers and other technical ingredients enabling the development of top quality sauces-Built lab-scale hot fill system to allow consumer testing of novel product concepts-Answered technical and food safety questions from Joule and Joule Ready customers-Supported the chefs in the development of recipes, guides and lectures based on emulsification, fermentation and baking

Greater New York City Area

Coordinate cross-functional taskforce—including teams from product development, consumer insights, corporate innovation, packaging and production operations—in the development and validation of novel technology platforms for damaged hairAdapt modern protein modification chemistry techniques to produce safe, high-performance hair treatments superior to existing productsLead international (Americas and Europe) collaboration of six other Ph.D.-level scientists that transforms novel findings into real productsLeveraged consumer insights studies (7,500 participants) to build hair repair technology strategy delivering on key market needs

Greater New York City Area

Co-developed novel hair styling technology employing localized inter-fiber links to produce clean-touch, reshapable styling with natural movement. Supported global launches of above technology platform in 9 SKUs, with projected annual sales > 10 M$.

Newark, De

Continuation of University of Michigan materials research projects in relocated lab at the University of Delaware.

Ann Arbor, Mi

Processing/structure/property relationships of novel materials, including semiconductors, polymers, biomaterials, liquid crystals and emulsions. Development of processing routes that optimize performance of thin films and coatings. Development and adaptation of characterization techniques to extend capabilities and improve data quality.

Pittsburgh, Pa

Simulations and computational methods for heat and mass flow problems of industrial and research interest.• Designed and conducted simulations of injection molding processes for thin-walled solids to demonstrate superiority of novel, in-house meshing algorithms• Implemented Level Set Methods to model mass flow for injection molding simulation and heat flow for cryosurgery simulation

Ph.D., Macromolecular Science & Engineering

Activities and Societies: Treasurer for POLY Student Chapter of the American Chemical Society, American Physical SocietyPolymer science.

M.S., Macromolecular Science & Engineering

Polymer science with a specialization in polymer physics and optical/electronic properties of materials

B.S., Mechanical Engineering

Activities and Societies: Pi Tau SigmaEmphasis: computational engineering

B.S., Physics

Activities and Societies: Sigma Pi Sigma, homeworkEmphasis: quantum and condensed matter physics