Jobs at Lynx Software Technologies

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.

Lead and mentor a cross-functional software engineering team to deliver OS features for mission-critical edge systems. Manage timelines, risks, contractors, and resource allocation while ensuring safety, compliance (e.g., DO-178C), code quality, and Agile processes in certification-driven environments.

Lead design and ownership of an Azure-based production AI platform: integrate and standardize LLM tooling (orchestration, observability, prompt/versioning), build secure backend and CI/CD IaC pipelines, harden production operations, enable auditable regulated workflows, and mentor engineers to ensure reliable, traceable AI-assisted certification workflows.

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.

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.

Develop, integrate, troubleshoot, and test safety- and mission-critical embedded software for military aircraft and avionics systems. Work with C, C++, or Ada; real-time operating systems; software requirements traceability; communications protocols; and target hardware in laboratory environments. Collaborate with distributed engineering and customer teams, document technical designs, and support graphics, flight software, and hardware/software integration. The role is fully onsite in Marietta, Georgia, requires U.S. citizenship, Secret clearance eligibility, and approximately 10% travel.

Provides technical leadership for designing, developing, optimizing, porting, and certifying GPGPU and AI inference libraries built on Vulkan SC drivers. The role targets embedded GPU platforms such as Arm Mali and Intel, maintains AI model testing infrastructure, defines validation standards, supports customer deployments, and troubleshoots drivers. It also involves documentation, competitive analysis, cross-functional architecture decisions, mentoring, onboarding, and exploring emerging AI compute capabilities.

Design, develop, integrate, and test real-time embedded mission systems software (C/C++) for avionics: mission computing, data links, sensors, CNI, displays, EW, and weapons. Lead architecture, interoperability testing, and cross-site collaboration to deliver reliable, secure mission capabilities for defense platforms.

Lead development and deployment of secure, resilient DevSecOps pipelines for military aircraft software. Design air-gapped CI/CD, containerized Kubernetes deployments, IaC, and build environments. Collaborate across engineering, security, and IT, and support embedded/real-time systems and certification activities in a multi-site team.

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.

Design, develop, integrate, and test real-time mission systems software (C/C++) for avionics: data links, sensors, displays, CNI, EW, and weapon systems. Perform integration/interoperability testing in lab/simulated environments and collaborate across multi-site teams to deliver reliable mission-critical functionality.

Lead design and implementation of secure DevSecOps pipelines for safety-critical, air-gapped military aircraft software. Build and maintain containerized, on-prem CI/CD using IaC tools, collaborate across engineering, security, and IT, support embedded/real-time systems, and ensure compliance and deployment readiness for mission-critical environments.

Develop, integrate, and test Open Mission Systems (OMS) avionics software for military aircraft using C++ on Linux. Implement DDS/pub-sub middleware, service-oriented and event-driven designs, define interfaces/ICDs, perform mission-level simulation and integration testing, and support CI/CD and configuration management. Work onsite full-time with ~10% travel; requires active Secret clearance.

Lead HW/SW subsystem integration at vehicle level, coordinating FPGA, flight software, test, EGSE, STE, and simulation teams. Drive resolution of system-level interfaces, develop and execute system and HIL test procedures, support V&V and interface documentation reviews, troubleshoot integrated systems in lab testbeds, and mentor/coordinate across engineering POCs.

Design, develop, integrate, and test embedded autonomy and flight software for UAS. Work on autonomous flight controllers (ArduPilot/PX4), collaborate across multi-site teams, support integration and troubleshooting of UAV systems, and communicate technical status to clients. Must meet eligibility for DoD Secret clearance and travel ~25%.

Develop, integrate, and test safety-critical embedded avionics software using C++ and RTOS on Linux/Windows/bare-metal platforms. Perform lab and hardware integration, collaborate with multi-site teams, and support mission-critical flight software with compliance and documentation for defense programs.

Design, develop, integrate, and test embedded software for safety- and mission-critical aerospace systems. Work with RTOSes, debug on target hardware, follow full software lifecycle, collaborate with multi-site teams, communicate status to stakeholders, and maintain an active Secret clearance. Travel ~25%.

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.

Senior embedded software engineer responsible for developing, integrating, and testing autonomy and flight software for UAS/UAV platforms. Work includes embedded development, sensor integration, autonomous flight controller configuration, troubleshooting, and collaboration with cross-site teams and customers. Role requires technical leadership, independent work, and strong communication skills.