Teams at The ePlane Company

Performs aircraft-level and system-level safety and hazard analyses, including FHA, FTA, and FMECA, while developing reliability models using RBDs and Markov analysis. Defines and manages safety and reliability requirements, guides design-for-reliability activities, supports the aircraft safety case, and prepares certification documentation for authorities such as DGCA and EASA. The role focuses on avionics, flight controls, embedded systems, and other safety-critical aircraft systems.

Design and assure the safety and airworthiness of flight control systems for an electric VTOL aircraft. Responsibilities include control-law development, trajectory optimization, flight-dynamics modeling, simulation, Fly-By-Wire and actuator-loop integration, flight testing, system identification, data analysis, safety-critical assessments, and troubleshooting. The engineer will coordinate with design teams to support DGCA type certification, design organization approval, ITSO authorization, and preparation of certification documentation while applying aerospace safety and software standards.

Develop and maintain nonlinear 6-DOF aircraft flight-dynamics and simulation models; conduct stability, control, performance, handling-quality, and flight-envelope analyses; support flight-control-law development, SIL/MIL/PIL/HIL simulations, flight testing, system identification, model validation, fault analysis, and certification documentation. Use MATLAB/Simulink, Python, and C/C++ to model aircraft systems and correlate simulations with test data.