Software Engineer, Software Architect, Embedded Software Engineer

Job Description Summary

Have you ever wondered what makes today’s most advanced aviation systems so capable? Some people point to the sensors, networks, or processors. On my team we believe it’s the logic and software that stitch all of those elements together into a cohesive operating system – one that can readily respond to pilot and mission needs while still delivering safe, reliable, and efficient performance across the fleet.

That same software foundation also enables diagnostic, prognostic, and connectivity capabilities to better support our customers’ mission readiness. In this role, we design, develop, integrate, and lead software solutions for advanced aerospace applications, from embedded platforms on the vehicle to supporting tools and infrastructure. Work ranges from early technology development through New Product Introduction (NPI) and fielded product support, with direct impact on safety, mission effectiveness, and lifecycle cost.

If you have a passion for leading teams that deliver integrated hardware and software solutions, owning software architecture and execution, and partnering across disciplines, I’d encourage you to come check out some of the really interesting projects that we are delivering.

Identify, develop, evaluate, introduce, and manage software engineering solutions for complex aerospace systems, with emphasis on safety‑critical and high‑reliability applications. Apply software engineering best practices and (where applicable) control and systems engineering principles to design software with predictable, verifiable behavior across a range of operating conditions. Serve as the software technical lead for assigned products or features, including requirements definition, architecture, detailed design, integration strategy, verification, and issue resolution.

Define and drive software architectures, interfaces, and design patterns that enable modularity, reuse, and robust integration with hardware, controls, and systems. Lead planning and execution of software development activities, including estimates, schedules, risk assessments, and technical reviews, ensuring alignment with program objectives. Promote and enforce modern software practices such as automated testing, continuous integration, static analysis, code review, configuration management, and secure coding.

Broadly deepen and extend knowledge of relevant software technologies (for example real‑time embedded systems, model‑based development, data processing, connectivity, or cyber considerations). Develop a solid understanding of key business drivers and program priorities; use this understanding to make sound technical tradeoffs that support Safety, Quality, Delivery, and Cost objectives. Collaborate closely with systems engineering, controls, hardware, verification, and program leadership to ensure the software solution integrates correctly into the overall system.

Assure proper documentation of technical data generated for assigned projects and tasks, consistent with engineering policies, procedures, and applicable standards or certification needs. Participate as a key presenter or reviewer in technical, design, and program reviews; lead closure of significant software‑related actions. Provide day‑to‑day technical leadership and mentoring for less experienced software engineers to help develop their design, implementation, and verification skills.

• Bachelor’s degree in Computer Science, Computer Engineering, Electrical Engineering, or a related STEM discipline from an accredited university or college.
• Minimum of 5 years of professional experience in software engineering for complex systems.
• Successful candidate must obtain and maintain U.S. Government Security Clearance; prerequisite for a security clearance is U.S. citizenship.

• Strong oral and written communication skills, with the ability to explain technical software and system concepts clearly to both technical and non‑technical stakeholders.
• Proven experience leading software development for real‑time embedded systems, avionics, or other high‑reliability domains.
• Familiarity with…