Through our experience as electric propulsion system lead engineer, we acquired keen knowledge on the development and optimization of propulsion system architectures, electric power distribution networks, and energy management systems in line with relevant SC-VTOL and CS-23/25/27/29 requirements. We have supported customers in developing multi-channel power distribution architectures, high-voltage network control logic, ensuring load balancing, fault isolation, and redundancy are properly implemented from the earliest design stages.

Our Safety & Reliability Engineering team applies ARP-4761A principles to assess and substantiate H(EPS) architectures. We developed structured failure matrices for hybrid and electric propulsion systems, analyze power-source dependency, and perform FHA, PSSA, and SSA studies to demonstrate compliance with EASA 1309-series safety objectives. Early Intrinsic Hazard Analyses (IHA) help identify design vulnerabilities such as battery thermal events or inverter isolation faults early on in the system level development.

Our Software Development and Product Security experts support the certification of power management, propulsion control, and energy monitoring software developed under DO-178C and DO-326A cybersecurity frameworks. We ensure that software assurance and security risk management — covering areas such as data integrity, command authenticity, and protection against cross-domain interference — are fully integrated within the propulsion system’s overall safety case.