»Mechanical Design and Sensor Integration Engineer

»Develop and test sensor setup and sensor mount to validate system meets performance requirements and reliability

»Create internal tools to optimize sensor setup and visualize objects and detection threshold for the setup

»Finite Element Analysis for structural components and design optimization

»Design and rapid prototype parts and mounts and develop calibration test systems for system level integration

»Design power circuit with redundant and safety features set to operational characteristics

»Develop Design of Experiment to test basic functionality of prototypes

» Develop a lab scale working model to pilot for affirmation of the feasibility of working technology in commercial scale

» Design and fabrication of prototypes and baseline system to incorporate instrumentation to measure performance of the system

» Google - X :Project Loon

» Developed a thermal model of the Free Space Optical Communication module with a margin of less than 5 degree C from telemetry data.

» Design and test the model to simulate critical conditions for the payload to ensure proper operational thermal conditions for the

electrical, optical, opto-mechanical and electro-optical components.

» Design solutions and check them in the model to help optimize maintenance of the thermal conditions of the module in various

representative environments.

» Developed a Design Of Experiment for a scaled model of a 2.5MW wind turbine to test system performance for a design that would improve gearbox life by 7-9 years without loss of generated power upon implementation of solution

» Coordinated with team in India and China along with vendors to manage sizing and reduce production cost

» Researched, reviewed and presented to the marketing and product development team on emerging sector and market for hydraulic cylinder and product development assessment to capture and expand business