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Develop, integrate, and test C++ mission software for military aircraft using Open Mission Systems architectures. Responsibilities include Linux-based development, DDS and publish/subscribe middleware, service contracts, interface definition, data modeling, mission-level simulation, and integration testing. The engineer will collaborate across distributed teams, document complex technical designs, integrate third-party mission applications, and support secure, sustainable software lifecycles. The role is fully onsite in Fort Worth, Texas, or Palmdale, California, with 10% travel.

Develop, integrate, and test safety-critical embedded software for military aircraft avionics systems. Responsibilities include C++ development in RTOS and Windows environments, communications protocol integration, laboratory and hardware testing, troubleshooting, documentation, and collaboration across multi-site engineering teams. The role requires onsite work, occasional travel, and eligibility to obtain a security clearance.

Design, implement, test, optimize, and document secure networking software for the LynxOS-178 real-time operating system. Develop embedded network protocols and services, analyze RTOS, hypervisor, and network performance, troubleshoot kernel-level issues, and support POSIX/ARINC 653 applications and certification data. Collaborate across teams on integration, reliability, interoperability, and performance while using Agile, CI/CD, scripting, and debugging tools.

Lead development, integration, and test of safety-critical embedded avionics software. Design and implement C++ applications across RTOS, Linux, Windows, and bare-metal environments, perform lab and hardware integration/testing, support flight software, and collaborate with multi-site teams under an active Secret clearance.

Develop, integrate, and test safety-critical embedded software for military aircraft avionics systems. Work with C++, real-time operating systems, communications protocols, and hardware/software integration in lab and operational environments. Collaborate across multi-site engineering and deployment teams while supporting classified programs. The role is 100% onsite in Atlanta, requires eligibility for a security clearance, and includes approximately 10% travel.

Lead development, integration, and testing of Open Mission Systems (OMS) C++ mission software on Linux. Design service-oriented, event-driven systems using DDS/pub-sub, define interfaces/ICDs, perform mission-level simulation and integration testing, and collaborate across multi-site teams to deliver secure, deployable avionics software. Requires onsite work and active Secret clearance.

Develop and improve embedded graphics and compute drivers, customize products for embedded hardware and real-time operating systems, and profile and optimize drivers and applications. Write and review technical specifications while collaborating on reliable, high-quality safety-critical solutions. The role requires embedded software development, debugging, troubleshooting, and familiarity with graphics APIs, ARINC 653, and safety-critical development practices.

Leads and mentors a cross-functional software engineering team, managing career development, performance, and resource allocation. Owns delivery of operating system features, including timelines, risks, and dependencies. Serves as a technical liaison for customers and stakeholders, translating operational capabilities into software requirements. Interprets aerospace and safety-critical standards into actionable engineering work while ensuring compliant, secure delivery.

Provides technical leadership for MIDS-JTRS Block Upgrade systems engineering across requirements, architecture, interfaces, design, integration, verification, validation, testing, and customer acceptance. Leads cross-functional teams, authors technical and verification documentation, manages requirements traceability, supports major engineering reviews, develops system-level and Hardware-in-the-Loop test procedures, and troubleshoots complex hardware/software integration issues. Requires deep Link 16 and tactical data-link expertise, strong technical leadership, and eligibility to obtain a security clearance.

Lead product strategy and roadmap for AI/GPU capabilities across CoreSuite and MOSA.ic AI. Translate market and customer needs into prioritized requirements, drive cross-functional execution, engage customers and partners, validate product direction, and ensure deployable ecosystem and adoption in safety-critical industries.