Experience

E Ink Corporation

• United States
• Appliances, Electrical, and Electronics Manufacturing
• 400 - 500 Employee

• Senior Director, FPL Systems

  • May 2000 - Oct 2012

  Accomplishments during my tenure at E Ink: - 11 US patents granted, with (at present) 5 additional pending or allowed. Patents span many aspects of the electroactive layer (EAL), including design of the ink colloidal dispersion, adhesive and binder composition, and methods of preparation. - Inventor of image stability composition that enabled the first use of electrophoretic inks in TFT displays. Invention is practiced in all E Ink electrophoretic ink systems. - Responsible for… Show more Accomplishments during my tenure at E Ink: - 11 US patents granted, with (at present) 5 additional pending or allowed. Patents span many aspects of the electroactive layer (EAL), including design of the ink colloidal dispersion, adhesive and binder composition, and methods of preparation. - Inventor of image stability composition that enabled the first use of electrophoretic inks in TFT displays. Invention is practiced in all E Ink electrophoretic ink systems. - Responsible for material & process development that led to qualification of coating and lamination processes for 3 generations of EAL/FPL film production processes. - Led development and process engineering teams, successes included development the first ink capsule coating operation in the US (with then partner Polaroid), and then development of the internal EAL manufacturing systems used to produce all current EAL product from 2009 forward. - Coating and lamination process innovations for 2nd generation EAL platform enabled 3.5x increase in EAL manufacturing capacity in 2010. - Process innovations for 3rd generation EAL will enable in 2013 an additional 2x increase in process capacity with a more complicated EAL structure. Managed 6 scientists & engineers responsible for all electroactive layer (EAL) and front-plane laminate (FPL) film development projects, including: - optical front electrode, barrier, and release substrate development; - coating and functional materials development; - design & optimization of multiple layer electroactive film structures; - coating formulation optimization & process design of chemical mix operations; - development of film manufacturing coating & lamination processes on pilot and production scale equipment; - development of roll-to-sheet conversion & condition manufacturing processes. This team was involved in all aspects of the development stage gate process through transfer of processes to operations. Show less Accomplishments during my tenure at E Ink: - 11 US patents granted, with (at present) 5 additional pending or allowed. Patents span many aspects of the electroactive layer (EAL), including design of the ink colloidal dispersion, adhesive and binder composition, and methods of preparation. - Inventor of image stability composition that enabled the first use of electrophoretic inks in TFT displays. Invention is practiced in all E Ink electrophoretic ink systems. - Responsible for… Show more Accomplishments during my tenure at E Ink: - 11 US patents granted, with (at present) 5 additional pending or allowed. Patents span many aspects of the electroactive layer (EAL), including design of the ink colloidal dispersion, adhesive and binder composition, and methods of preparation. - Inventor of image stability composition that enabled the first use of electrophoretic inks in TFT displays. Invention is practiced in all E Ink electrophoretic ink systems. - Responsible for material & process development that led to qualification of coating and lamination processes for 3 generations of EAL/FPL film production processes. - Led development and process engineering teams, successes included development the first ink capsule coating operation in the US (with then partner Polaroid), and then development of the internal EAL manufacturing systems used to produce all current EAL product from 2009 forward. - Coating and lamination process innovations for 2nd generation EAL platform enabled 3.5x increase in EAL manufacturing capacity in 2010. - Process innovations for 3rd generation EAL will enable in 2013 an additional 2x increase in process capacity with a more complicated EAL structure. Managed 6 scientists & engineers responsible for all electroactive layer (EAL) and front-plane laminate (FPL) film development projects, including: - optical front electrode, barrier, and release substrate development; - coating and functional materials development; - design & optimization of multiple layer electroactive film structures; - coating formulation optimization & process design of chemical mix operations; - development of film manufacturing coating & lamination processes on pilot and production scale equipment; - development of roll-to-sheet conversion & condition manufacturing processes. This team was involved in all aspects of the development stage gate process through transfer of processes to operations. Show less



The Lubrizol Corporation

• United States
• Chemical Manufacturing
• 700 & Above Employee

• Research Scientist

  • 1991 - May 2000

  Applied research supporting product development in electrorheological fluids, surfactant chemistry for high internal phase emulsions such as emulsion explosives and high surface area foams, wax crystal inhibition for low-T flow of lubricants, and electrodecantation. Applied research supporting product development in electrorheological fluids, surfactant chemistry for high internal phase emulsions such as emulsion explosives and high surface area foams, wax crystal inhibition for low-T flow of lubricants, and electrodecantation.