- Lead R&D various projects with a large impact on the device performance and cost. - Zemax: Modeling of device imaging systems, design review, simulations and analysis.- Support next generation project.- Optical support production and R&D disciplines.

- Lead the new Multi Spectral camera qualification.- Build set ups and define tests to validate the specifications.- Validate the system parameters from pixel level to camera level.- Develop and implement image processing algorithm and testing equipment.- Work with manufacturer and customer.- Escort and lead the payload qualification process.

Optical engineering at Engineering department.Responsibilities:- Connection between production to R&D in diverse aspects.- Involvement in R&D, including definition of SPEC, ATP, etc.- NPI- Qualification and inspection of optical components.- Managing and Leading of ECO (engineering change order) and NCR, including experiments, investigation and Qualifications.- Cost Reduction – by making processes more efficient, finding new suppliers, etc.

- Responsibility on the optics R&D division of the company.- Examination and characterization of wide angel (fisheye) cameras for 3D.- CCD research (Cheetah, Aptina and Omnivision test systems).- Developement of algorithm for image processing and resolution, including MTF.- Expertise in camera structure and optical parameters.- Connection with world wide manufacturers for purchasing diverse products.

Lab & system electro-optical engineer at iPhysicist - a company for consulting and innovative turnkey solutions for electro-optical systems, optical design, and sales of optical elements and devices.• Management of multispectral system project, including inspection, focusing, assembly, documentation, calibration and measurement.• Build of calibration systems and multi-disciplinary experiments set-ups.• Build of testing systems such as spectro-photometer and microscope.• Elements characterization and analysis.• Writing and editing of procedures and reports (MRB, test reports, etc.)• MRB - managing and tracking.• Optical design.

- Work in a clean room (CLASS 1000) at AMAT department.- Opto-mechanic assemblies of multi-disciplinary compounds.- Writing and editing of procedures and CE files.- Optic attachments.- Integration and ATP (with Labview & Seplink).

student position:- Work at manufacturing.- QA - composition and inspection of runcards' tracking tables.

student position:Projects in physics for international companies, such as designing a plastic spring instead of metal (with the same features) for perfumery company, or developing an apparatus of temperature preservation, based on thermocouple.