Jobs at Lynx Software Technologies

Lead the design and integration of mission-critical embedded flight software for an advanced missile platform in high-performance, real-time environments.

The Principal HW/SW Integration Engineer Lead will manage integration activities, coordinate between teams, ensure functional hardware/software interactions, and drive system interface documentation reviews.

Lead hardware/software subsystem integration at vehicle level, coordinate across FPGA, flight software, test, simulation, and EGSE teams; drive interface completion, develop and execute system-level and HIL tests, troubleshoot integrated HW/SW in lab, support V&V and integration documentation reviews.

The Systems Administrator will design and maintain IT infrastructure, support cybersecurity initiatives, manage servers, and ensure secure access for remote teams.

Lead capture and proposal lifecycle for strategic aerospace, defense, and safety-critical software opportunities. Develop capture plans, win strategies, competitive assessments, and teaming approaches. Manage end-to-end proposals, write executive and technical content, ensure compliance with government acquisition and export controls, and coordinate cross-functional stakeholders to increase win rates and grow strategic pipeline.

The role involves leading the architecture and implementation of hypervisor features, mentoring engineers, and driving technical vision for Lynx's Mosaic platform.

Design, develop, integrate, and test real-time embedded mission software for avionics and defense systems. Work on mission computing, data links, sensors, CNI, displays, EW, and weapon systems; perform lab and simulated interoperability testing; produce technical designs and documentation; collaborate with multi-site teams to deliver reliable, safety- and mission-critical software.

Develop, integrate, and validate mission-critical embedded avionics software through automated testing and Python scripting. Perform lab and HIL integration, write automated tests, collaborate across multi-site teams, and support system-level simulation (SIL/MIL/HIL). Must hold an active Secret clearance and work onsite with occasional travel.

Develop, integrate, and validate mission-critical avionics and embedded software for military aircraft. Design and implement automated tests and scripts (Python), perform lab and hardware-in-the-loop integration, support SIL/MIL/HIL simulations, and collaborate with multi-site engineering teams. Maintain documentation, requirements-based test traceability, and meet program security clearance requirements while working onsite.

Design, implement, and maintain secure, resilient DevSecOps pipelines for safety-critical, air-gapped military aircraft software. Enable containerized on‑prem/Kubernetes deployments, IaC, build systems, and Linux-based toolchains. Lead cross-functional teams, ensure compliance for certified systems, and support classified program requirements while working onsite.

Design, build, and maintain secure DevSecOps pipelines for safety-critical, air-gapped military aircraft software. Implement containerization, Kubernetes, IaC, CI/CD, and build systems on Linux. Collaborate across engineering, security, and IT, support certification artifacts, and work onsite with an active Secret clearance.

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

Serve as an embedded Linux expert on customer projects: design and refactor real-time architectures, develop Linux kernel drivers, debug low-level hardware/software issues, optimize kernel performance, collaborate with customers and internal teams, lead technical efforts, produce high-quality deliverables, and create technical proposals to support product lifecycle and certification.

This role involves leading the design, development, and optimization of GPGPU and AI inference libraries, ensuring performance and reliability while mentoring engineers and coordinating with product management.

Develop, integrate, and test Open Mission Systems (OMS) avionics software 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 with occasional travel; active Secret clearance required.

Lead development, integration, and test of safety- and mission-critical embedded avionics software. Design and implement flight software on RTOS and bare-metal platforms, perform hardware/software integration, support lab and flight test, and collaborate across multi-site teams to deliver DO-178C-compliant, production-ready systems.

Design, develop, integrate, and test embedded avionics software for military aircraft using C++ and RTOS platforms. Work on flight software across Linux/Yocto, Windows, and bare-metal environments, perform lab and hardware integration/testing, and collaborate with multi-site teams on mission-critical systems.

Develop, integrate, and test Open Mission Systems (OMS) C++ mission software on Linux. Design service-oriented, event-driven, DDS-based middleware, define interfaces/ICDs, support mission-level simulation and integration testing, and collaborate with multi-site teams. Onsite work required with ~10% travel.

The Principal AI Platform Engineer will architect and build AI platforms for certification workflows, integrating tools and ensuring security, stability, and scalability while mentoring other engineers.

Design, implement, test, and document network protocol stacks and services for LynxOS-178 and other RTOS/Linux kernel environments. Optimize network performance, troubleshoot low-level network and software issues, develop BSD/POSIX sockets applications, collaborate cross-functionally, and support certification data generation and review.