A challenging project that includes Structural Design & Stress Analysis for all parts of a Vertical Takeoff and Landing Unmanned aircraft with maximum takeoff weight of 25 kg.

Composite Lay Up Tools and Assembly Jigs for the wing, tail, fuselage components were also designed & manufactured for the prototype aircraft. The whole project has been accomplished within 3 months.

Design & manufacture of interface parts for the B737 Cockpit Simulator. The product has to meet the critical operation requirement supporting with high quality additive manufacturing accuracy. 

Digital twin is created by scanning the cockpit doors, aircraft geometry and by reverse engineering the existing  interface parts. The parts are designed to fit in place & mechanically installed on the existing cockpit geometry.

Design & Manufacturing of a Passive Radar Reflector, that will increase the radar visibility of the aircraft installed. The end product is expected to be used on target drone missions, meeting the military requirements.