Offering services to bring liquid crystal display, X-ray, liquid crystal lenses and related technologies from an R&D stage to pilot line level and high volume production. Experience in setting up in-house production and contract manufacturing in Japan and China.

Led the industrialization of CBRITE’s Metal Oxide Thin-Film-Transistor (MOxTFT) technology and brought it from R&D into mass production. This new technology has superior performance than conventional amorphous Silicon TFTs.I have created a supply chain to manufacture MOxTFT X-Ray panels on glass at a performance level like CMOS sensors, but at the cost and substrate sizes equivalent to a-Si TFT sensors. PVD coatings developed at CBRITE have been scaled for Gen 4 size substrates and are… Show more Led the industrialization of CBRITE’s Metal Oxide Thin-Film-Transistor (MOxTFT) technology and brought it from R&D into mass production. This new technology has superior performance than conventional amorphous Silicon TFTs.I have created a supply chain to manufacture MOxTFT X-Ray panels on glass at a performance level like CMOS sensors, but at the cost and substrate sizes equivalent to a-Si TFT sensors. PVD coatings developed at CBRITE have been scaled for Gen 4 size substrates and are compatible with standard a-Si TFT processes and PIN photodiodes in existing LCD lines.CBRITE Inc. has delivered the first panels into the existing X-Ray industry this year. Show less

Successful in bringing LensVector’s Liquid Crystal lens invention from R&D into mass production. LC lens was designed for miniature cameras (mobile phones, medical, industrial, scanners), ophthalmic (intra-ocular, contact lenses) and for lighting purposes (luminaires, lamps, LED flash). By combining technologies from LCD manufacturing and Thin-Film coating on ultrathin substrates, a complete manufacturing line was created and qualified in Sunnyvale, CA which produced over 2 million… Show more Successful in bringing LensVector’s Liquid Crystal lens invention from R&D into mass production. LC lens was designed for miniature cameras (mobile phones, medical, industrial, scanners), ophthalmic (intra-ocular, contact lenses) and for lighting purposes (luminaires, lamps, LED flash). By combining technologies from LCD manufacturing and Thin-Film coating on ultrathin substrates, a complete manufacturing line was created and qualified in Sunnyvale, CA which produced over 2 million devices on 100um thin / 8” (200mm) glass wafers. For very high volume production (>10 million devices per month as required by the smartphone industry), a scalable manufacturing process yielding over 5,000 devices per substrate has been developed and implemented by leveraging existing but underutilized LCD lines in Asia (Gen2/Gen3) as well as thin film coating facilities in Germany and Japan.The first line in Japan was successfully qualified in 2014 and started delivering product in 2015. Show less

Responsible for the global manufacturing and sourcing of finished products, parts and material for Olevia and Vivitar brands and assessories. Implemented the only LCD TV manufacturing facility in California and supervisod internal and external (contract manufacturing) facilities in Taiwan and China. It also included the internal manufacturing of LCoS devices in Arizona, light engines and rear projection TVs in California and China.

Heading the largest LCD manufacturing line in US. Responsible for Three-Five’s worldwide LCD activities, including the LCD sites in Manila, Philippines and Beijing, China. Lead Three-Five’s LCD production to a three shift operation, manufacturing more than 2 million LCD’s per month in a very compact, fully automated LCD manufacturing line. Introduced into production ultrathin glass LCD’s for portable applications.Designed and staffed the Microdisplay (LCoS) manufacturing line to create the… Show more Heading the largest LCD manufacturing line in US. Responsible for Three-Five’s worldwide LCD activities, including the LCD sites in Manila, Philippines and Beijing, China. Lead Three-Five’s LCD production to a three shift operation, manufacturing more than 2 million LCD’s per month in a very compact, fully automated LCD manufacturing line. Introduced into production ultrathin glass LCD’s for portable applications.Designed and staffed the Microdisplay (LCoS) manufacturing line to create the largest production line of that kind. Introduced new production technologies by combining semiconductor process technologies and tools for active matrix LCD requirements. Applied lean manufacturing concepts on this line, creating a capacity of making up to 100,000 Microdisplays per month Show less

Product development for LCD’s, including product management, product design, sample production on the mass production line and production engineering. Transfer of operations to the Czech Republic. Added technology features like chip-on-glass, chip-on-flex and heat-seal connectors to extend the applications for higher multiplexed displays not only to automotive or avionics but to the then emerging markets of portable devices, like cellphones and PDAs

Responsible for the design, installation and start-up operation of the first TFT LCD line in Europe at Thomson-LCD (now Thales).

Part of the team that developed first megapixel color TFT LCD for avionic applications at GE Corporate R&D center in Schenectady, NY

Developed Metal-Insulator-Metal (MIM) devices for active matrix LCD's (automotive). First in-dashboard navigation display presented at IAA Frankfurt.