Jellopcrowdfunding is the ad-tech power behind the most successful crowdfunding campaigns. The company developed proprietary technology to analyze and optimize ad campaigns in real time.

Volumetric develops smart and innovative dispensing solutions for topical medications and personal care formulations. In particular, the products are highly accurate dosage control applicators with full IoT integration that revolutionize the smart packaging industry.

Instrumems develops MEMS sensors based on a new nano-wire technology developed at Princeton university. The company offers the only commercial time resolved velocity, temperature and humidity sensors. Instrumems technology is designed for the IoT sensors market, specifically, for measurement on moving platforms and fast changing conditions such drones, weather, cars and other.

Development of nano-scale sensors to measure humidity, velocity and temperature.

Responsible for the research, design, analysis and validation of different technologies for controlling fluid in micro fluidics MEMS devices. Responsibilities include fundamental research and studies of fluid mechanics at the micro scale and on advanced micro systems for flow control and bubble management. Work includes designing and performing experiments to test different MEMS designs and different ink delivery systems. Additional activities included research into newly emerging Flow Control technologies, high-precision sensors and the latest test equipment and processes.

Design and development of test equipment and procedures. Specialized in the area of test systems development: Measurement fundamentals, mechanical design, signal processing, data analysis.Experience with supervisory control and data acquisition. Significant experience with LabView programming.

Aerodynamic laboratory engineer. Conducting wind-tunnel experiments and researches. Development and modeling of actuator for active flow control applications in aircraft. Participation in projects: proving the application of pitching and rolling control without steering surfaces, trucks drag reduction using flow-control, flow control on several airfoils and set up design of experimental system for MEMS components.

Airfoils performance calculations, airloads analysis, wind tunnel testing and assisting with the Aerodynamic design of flight vehicles. Supports the development of new and improving existing technologies, tools and processes to enhance technology readiness, improve vehicle performance and reduce drag and cost. Assists with development of wind tunnel and flight test requirements. Projects:Designed controlled and analyzed wind-tunnel experiments in various projects: proving the application of pitching and rolling control without steering surfaces, trucks drag reduction using flow-control and flow control on several airfoils.

In charge of computer network communications, software fitting, and working in coordination with engineers’ offices.

Operators’ course for UAV (unmanned aerial vehicle).In charge of the examinations, training and placement of soldiers for the UAV squadron.