Repair Engineer

We are seeking a Lead Embedded Systems Engineer to support the development of safety-critical software for aero engine control systems, including FADEC and PHMU platforms. This role combines hands-on embedded software development with technical leadership, project execution, and cross-functional collaboration across controls, hardware, systems, and certification teams.

Key Responsibilities

• Delivering safety-critical engine control solutions for major OEMs
• Plan, estimate, track, and report software design tasks, schedules, and resources.
• Drive technical decision-making, risk management, and issue resolution.
• Collaborate closely with cross-functional teams and external stakeholders.
• Interface with customers to support integration and debugging at test facilities.
• Participate in Agile workflows and present progress to integrated product teams.
• Develop FADEC/PHMU hardware, operating system, communication, and interface architectures.
• Decompose system-level and customer requirements into detailed software requirements and designs.
• Review and approve software requirements and design artifacts within an Agile framework.
• Develop low-level embedded C software for real-time target processors.
• Perform hardware–software integration, debugging, and system-level testing.
• Support configuration management, issue tracking, and continuous process improvement.
• Produce and support certification documentation for safety-critical software (e.g., DO-178C).
• Capture and maintain embedded software workflows (ESW) aligned with corporate policies and procedures.
• Required Qualifications
• Bachelor’s or master’s degree in aerospace engineering, Mechanical Engineering, or a related field with 7+ years of relevant engineering experience.
• U.S. Citizenship required due to the nature of the work.
• Experience working on aero engine controls or FADEC software teams.
• Hands-on experience with DO-178C or equivalent certification standards.
• Strong expertise in control system software architecture, requirements, and design.
• Proficiency in C; assembly and scripting languages are a plus.
• Experience using logic analyzers, emulators, and specialized test hardware.