keepMED is a medical technology company dedicated to providing treatment solutions to improve the health and quality of life of people with obstructive sleep apnea. The company is developing the keePAP device, a hose-less, wearable, therapeutic positive airway pressure (PAP) on demand device with minimal airflow, designed to restore normal breathing gently and effectively.

- Leading a flagship project of the Israeli Ministry of Economy to bring multinational companies to carry out mergers and acquisitions, research, development and significant production in Israel.- Establish a multi-industry forum for collaboration, extraction and development of proprietary technologies from different applications and industries.- Comprehensive analysis of innovative technological products in the life sciences and medical devices.- Developing a model for matching multinational companies with Israeli small and medium size companies.

Responsible for the development of the new Retinal Function Imager (RFI). A diagnostic equipment that provides new early diagnostics capabilities and new insights into ophthalmic and neurologist diseases. The RFI is an integrated hardware and software system, providing a unique non-invasive, ophthalmic functional imaging system with novel capabilities for “seeing the invisible”.

In my role, I am responsible for leading the New Products development group in R&D Jerusalem, Israel. This includes overseeing the creation, development, qualification and release of new products into the market. In partnership with the Technology Development, PMO, Sales, Marketing, Quality, Regulatory, Clinical, and Legal functions to develop the product strategy that meets Covidien business objectives. During this period, I am managing full multidisciplinary R&D group involves System, Electrical, Mechanical and Integration engineering. Linking the software group we initiate, design and verifying the most up to date Capnography solutions in the medical device market. All the devices developed in the PD group are fully compliant with up to date medical device standards and regulation. In addition to my managerial role, I was responsible for several patent disclosures regarding new technologies that lead the company into 2020

Nouvoyance is an independent development company that has developed PenTile® technology, in partnershipwith Samsung Electronics, for flat-panel display manufacturers to improve the brightness, resolution, contrast,and power consumption of flat-panel displays. As part of my duty at NVI, I was managing the company's researchand development efforts in cooperation with SEC. My responsibilities included:* Simultaneously managing 3 projects* Managing a joint project between Samsung Electronics, LCD division and Nouvoyance California team* Managing the development of a spatial and temporal image processing algorithms for the next generationtablets and TVs LCD panels.* Establishing design work-flow methodology - from requirement analysis to system study, designing, codingand testing, de-bugging, documentation and integration with our customer LCD panels.* Responsible for the statement of work, resource allocation, project schedules and progress reports to SEC.

Neocom Ltd. is a start-up that has developed the double-sided monitor which is based on two LCD panel thatmount as back to back LCD monitors. My responsibilities included the following technical and managerial aspectsof the product:* Analyzing and designing the system architecture of the product.* Managing the Chinese sub-contractors in all mechanical and electrical design tasks.* Responsible for the project's schedule and resource.* Defining software requirements specification (SRS).* Managing a software team that designed the dual monitor software. I also n* Marketing the product within a large consumer electronics company in Taiwan.* In charged of the product demonstrator and its exhibition in CeBIT Global Conferences in Hannover,Germany.

Genoa Color developed technologies for enhancing color appearance in digital displays, such as LCD-TV sets andprojectors. During my work at Genoa, I was involved with the following activities:* Hardware development – I was responsible for all of Genoa’s hardware development activities, including:o Electronic systems specifications.o Design, testing and verification of Genoa’s color enhancement algorithms.o High speed development platforms.o Evaluation boards for Genoa’s clients.* ASIC – involved with the development and production of Genoa’s Keshet™ chip.* Project management – During the last four years, I was managing all the development efforts, and hadsignificant experience working with large Japanese, European and US companies.* Presale – I was involved with all presale technical advisory, product definition, specification, and systemarchitecture and product documentation.* People management – I managed the hardware development team, and was in charge of all R&D sub-contractors.* IP and patents – I have several patent applications, single and co-inventor of another five applications.* Scientific publishing – I am co-author of several publications in various scientific and technology journals.* Responsible for the development of the ColorPeak™ multi-primary display technology, which was awardedthe 2004 “Best of the Year” technology in the consumer market by “Popular Science”.

Test Automation project manager. Work at Alvarion included specification designing, hardware design and implementation, algorithmic research, simulations and software design – which required high team leadership and project management skills.Senior Integration engineer. During this period I evaluated system performance in different scenarios by ETSI compliance. I also performed multiple RF tests using high performance measurement equipment such as traffic analyzers, high frequency generators and spectrum analyzers.

Hardware board designer. During that period I developed a digital data acquisition board. This board gathered data from the WalkAir™ modem to a common PC parallel port. The high speed board was based on Altera’s Flex family and high speed SRAM.FPGA designer. Worked on synchronous tracking systems. The design included FIFOs and implementation of external bus protocol. This project was done on ModelSim software.Labview (National Instrument) programming. I designed an infrastructure for extensive RF testing environment. I designed MMI / GUI software for communication with high speed measurement equipment.

Hardware board and embedded designer. During my army service, I was sent to Starcom Ltd. to be a member ofthe development team for the new computer of the test field radar.I was involved with development of an IF video sampler. This project included implementation of analog circuits(Amplifiers, Filters, and S&H) and digital circuit based on Intel 80196 µ.C. , combined with an internal analog todigital converter. This project also implemented a real time communication protocol between the video samplerand the radar’s computer.

Missiles test field, Israel Air Force.Tracking Radar technician. I served as a senior radar operator at the missiles test field of the Israeli air force.During that time, I was involved with development of microcontroller based digital circuits and real-timeprogramming. The development environment was based on tools such as ORCAD, PSPICE and MAX II.