• Overall responsibility for all technical aspects of manufacturing of medical device catheters and multidisciplinary consoles. • Development of production technologies for the subcontractors who produce the catheter in serial production.• Material management (supply chain and raw material)• QA&RA support (e.g. investigations, validations, change control etc…)

Management of Development and Engineering group:• Overall responsibility for all technical aspects of manufacturing of medical device(s) for long term implantation.• Cross functional project management . Timelines, budget and Technical responsibility.• System manager - Manage the system engineering and integration team in the development and validation of complex systems • Multidisciplinary systems, automatic and manual working stations development.• Development and continues improvements of new processes for new products. • Improving manufacturing capacity in 250% in two years • Introducing new technologies of automatic Laser Welding and advance Wire EDM cutting and drilling, Electropolish, Passivation, Heat treatment, and other technologies. • Technology transfer from and to other ALCON sites• Business continuity• Data Integrity and CSV• QA&RA support (e.g. investigations, validations, change control etc.)

Development of an embolic protection device. The development was funded by the Innovation Authority, “Tnufa” program. The project ran in parallel to full time job at Alcon.

Management of the Project Leaders Team and the Mechanical Engineers group. This groups are responsible for:• Multidisciplinary systems development, new machinery, and new production processes at the Catheter and Stent Production Plant,• Supporting the R&D products department and its equipment. • Matrix management of electrical, and software engineers.• Projects management . Timelines, budget and Technical responsibility.• System manager - Manage the system engineering and integration team in the development and validation of complex systems • Multidisciplinary systems, automatic and manual working stations development.

• Responsible for leading the design of a complex cardiovascular implant from abstract idea to clinical trials.• 30% Hands-on work on models, concept review, and testing execution & design• Leading all V&V activities for the Implant.• Responsible for transfer from development to production including writing protocols and defining the required tests. • Comprehensive anatomical and mechanical research.• Management of laboratory experiments and trials.

• Engineering Project Management . Timelines, budget and technical aspects.• System engineering of complex machinery.• Engineering of precision multi axes, lasers, image processing and robotic integrated systems.• Implementation of new production lines and advanced technologies.• Responsibility for the engineering aspects of production lines. • Determination of engineering and manufacturing procedures.• Streamlining production processes.• New technology market research.

Principal Engineer• Mechanical and electrical design of production machines that produce bearings. (hydraulics, pneumatics, propulsion, conveyors, etc.)• PLC programming of automatic production systems (2000 units/hour) based on fine mechanics, • Supporting in maintenance and complex problems. • Implementation of the machines in their production lines and responsibility during machine operation.