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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.

Leads manufacturing engineering for high-voltage battery modules and packs, including process design, DFA, DFM, PFMEA, laser welding qualification, fixtures, tooling, equipment procurement, process controls, and documentation. Collaborates with design, quality, suppliers, and production teams; leads POCs and DOEs; ensures safety and industrial-standard compliance; supports audits and trains production staff.

Own the mechanical packaging, structural housing, and integration of high-voltage battery modules and electrical powertrain systems into eVTOL airframes. Design lightweight enclosures, mounts, brackets, and HV boxes using CATIA, apply GD&T and tolerance stack-ups, select materials and thermal interface solutions, and ensure manufacturability, electrical isolation, ingress protection, structural integrity, and certification readiness.

Develops and improves aerospace manufacturing processes for aircraft battery assemblies, electrical integration, and wire harnesses. Responsibilities include DFM/DFA support, routing strategies, tooling validation, SOP and manufacturing instruction creation, MBOM and quality documentation, shop-floor troubleshooting, harness testing, root-cause analysis, and continuous improvement across prototype and serial production.

Coordinates aerospace R&D and engineering projects throughout the New Product Development lifecycle. Responsibilities include maintaining project documentation, tracking schedules, coordinating multidisciplinary technical, financial, and regulatory teams, monitoring progress, reporting, managing NPD risks, improving project management processes, and implementing configuration management. Requires aerospace systems and design knowledge, familiarity with TRLs and project management tools, strong communication and organization skills, PMP certification, and 8–10 years of relevant experience.

Coordinates aerospace aircraft design and development projects throughout the new product development lifecycle. Responsibilities include project planning, documentation, multidisciplinary team coordination, schedule and risk tracking, management reporting, configuration management, procurement and supply chain coordination, and continuous improvement of project management processes. The role ensures complete, accurate documentation and alignment with organizational and regulatory requirements.

Drive business development and commercialization opportunities for eVTOL aircraft across the Advanced Air Mobility ecosystem. Identify prospects, partners, technologies, customer use cases, and collaboration opportunities; build and manage a business pipeline; facilitate technical and commercial discussions; prepare proposals and business cases; conduct market research; and represent the company at customer meetings and industry events. Collaborate with engineering, certification, operations, and business teams to advance opportunities toward tangible outcomes.

Lead supplier qualification, quality audits, APQP, PPAP, FAI, component verification, and corrective action activities for mechanical and composite parts. Review control plans, PFMEAs, inspection documentation, drawings, GD&T, and supplier certifications. Conduct incoming inspections, investigate defects using 8D and root-cause methods, monitor supplier performance, and collaborate with supply chain, sourcing, R&D, and design engineering. Travel typically ranges from 20% to 50%.