Product Developer / Lead Scientist at Sabic Innovative Plastics
Albany, New York Area
Product Developer / Lead Scientist at Sabic Innovative Plastics
Albany, New York Area
Product Developer (2003-current)
Noryl Technology, Sabic Innovative Plastics (Formerly General Electric Plastics)
My specialty is front-end idea generation and validation. I love innovation, lateral thinking, and cross-pollination.
I current do Technical Product Development for the Plastics Industry working on longer term high impact programs. Working with customers to develop and validate new markets, developing enabling technology along the way. I have had and continue to have responsibility for joint Development programs with strategic partners aimed at building mutually beneficial technology for organic growth.
Previously I built up and have been project owner/team leader for our "New Ideas" group directing this global team in quickly assessing new ideas and developing them into new technology platforms and product line extensions.
I am interested in other opportunities to expand along these lines either as a leader of an innovation team in another industries or though Business Development roles.
Contact me at geekfish (at) gmail (dot) com
R&D, Product Development, New Idea Generation, Fuzzy Front End, Open Innovation, Materials, Thermoplastics, Materials Science, Thermoplastics Processing, TPE, TPV, Expertise in Supercritical Fluids, Metal Deposition, Gas Separations, Chemical Engineering, Colloidal Systems, Surface Science, chemical engineering, chemical process industry, silicones, microelectronics.
(Public Company; 10,001 or more employees; Plastics industry)
January 2008 — Present (7 months)
(Public Company; 10,001 or more employees; GE; Plastics industry)
November 2003 — August 2007 (3 years 10 months)
(Educational Institution; 501-1000 employees; Research industry)
1998 — 2003 (5 years)
Received a Ph.D in Chemical Engineering in 2003
I worked for a research group focusing on developing new processes utilizing supercritical fluid processing and the unique materials these new processes enabled.
My research experience includes:
-Novel fabrication techniques for the construction of metal-metal and metal-ceramic composites including: thin metal films for microelectronics, gas separation, and catalytic applications.
-Fabrication of palladium and palladium-alloy films using reactive deposition from supercritical fluids.
-Control of composite structure through reactor geometry and reactants mass transport
-3-D ordered structures using self-assmebling templates.
-Supercritical fluid processing
-Gas permeation testing of palladium and palladium alloy films for hydrogen separation.
-Design and construction of modular high-pressure continuous metal deposition reactor system.
-Design and construction of modular high-temperature gas permeation apparatus.
(Educational Institution; 1001-5000 employees; Research industry)
1992 — 1998 (6 years)
Received a combined BS/MS in Chemical Engineering from the University of South Florica. My research topics included:
-Computer simulation of Colloidal Particles and stability
-Computer Simulation of Suspension Polymerization and morphology predictions
-Modelling of Colloidal Stability using Population Balances
-Experimental measurement of model verification using UV/Visible Spectroscopy
-Experience in Emulsion and Suspension Polymerization
PhD, Chemical Engineering, 1998 — 2003
BS/MS, Chemical Engineering, 1992 — 1998
Innovation, Emerging Markets, Product Development, Venture Capital, Materials, Nanotechnology, Fuzzy Front-End, open innovation, electronic materials, polymers, Rubber, gas separations, supercritical fluids