Jobs at Lynx Software Technologies

Develop, integrate, test, and deploy safety- and mission-critical embedded and flight software for aerospace and defense systems. Responsibilities include C/C++ development, digital simulation, integration and testing, full software lifecycle execution, software analysis, and collaboration with engineering and deployment teams. The role requires onsite work in Sunnyvale, an active Secret clearance, and experience with embedded flight software, GitLab, Linux, Windows, and development tools.

Develop, integrate, and test embedded flight software for an advanced missile platform in high-performance, real-time environments. Lead software design and integration while applying full-lifecycle development, safety-critical practices, and flight software engineering principles. Collaborate with distributed engineering and program teams, communicate technical solutions, and support mission-critical systems. The role is fully onsite in Huntsville, requires an active Secret clearance, and includes approximately 10% travel.

Develop and integrate embedded flight software for missile Guidance, Navigation, and Control systems. Responsibilities include architecture, implementation, real-time and deterministic software design, hardware interfaces, sensor processing, system integration, verification, simulation, hardware-in-the-loop testing, and flight qualification. The engineer collaborates with software, GNC, systems, and test teams in a safety- and mission-critical environment.

Develop, integrate, and test safety-critical embedded software for military aircraft avionics systems. The role involves C++ development in real-time operating systems, communications protocols, laboratory and hardware integration, troubleshooting, and software documentation. Candidates collaborate across engineering and deployment teams, work onsite in Atlanta, obtain security clearance eligibility, and travel approximately 10%.

Leads hardware and software subsystem integration for vehicle-level systems, coordinating FPGA, flight software, test software, simulation, and hardware teams. Drives interface resolution, documentation, system-level integration, verification, validation, and hands-on laboratory testing. Troubleshoots integrated systems, executes hardware-in-the-loop procedures, supports design reviews, delegates technical tasks, and mentors or leads engineering teams. The role requires onsite work in Huntsville, an active Secret clearance, and travel up to 25%.

Leads hardware and software subsystem integration at vehicle and system levels for defense platforms. Coordinates FPGA, flight software, test software, simulation, and related engineering teams; resolves interfaces, reviews technical documentation, and directs lab-based integration, verification, and validation. Develops system-level and hardware-in-the-loop test procedures, troubleshoots integrated systems, and drives resolution of deficiencies. Requires onsite work in Huntsville, active Secret clearance, and travel up to 25%.

Develop, integrate, test, and deploy safety- and mission-critical embedded software for autonomous flight and defense systems. Responsibilities include software development in C, C++, Java, Python, and Bash; autonomous flight system configuration; UAS/UAV integration and troubleshooting; sensor and robotics integration; testing; source control; and collaboration with technical teams and clients. The role requires supporting classified defense programs, obtaining a Secret clearance, and traveling approximately 25%.

Develop, integrate, test, and deploy embedded software for autonomous flight and mission-critical aerospace systems. Responsibilities include working with C, C++, Java, Python, and Bash; configuring ArduPilot or PX4 flight controllers; integrating sensors and autonomous systems; troubleshooting UAS/UAV platforms; and collaborating across engineering teams. The role requires Git proficiency, Linux and Windows development experience, a bachelor’s degree, ability to obtain a Secret clearance, and 25% travel.

Develop, integrate, troubleshoot, and test embedded software for safety- and mission-critical aerospace and defense systems. Work with C, C++, and/or Ada; integrate real-time operating systems; debug on target hardware; incorporate algorithms; and support full lifecycle development. Collaborate across engineering and customer teams using Agile, DevSecOps, and CI/CD practices. An active Secret clearance and 25% travel are required.

Build and maintain Python automation tools, test frameworks, and Jenkins CI/CD pipelines supporting functional, regression, and performance testing. Investigate test and pipeline failures, validate software fixes, improve automation coverage and reliability, and communicate actionable results. Partner with QA, Engineering, and DevOps teams on tooling and enterprise changes. Provide technical guidance, mentor co-op students, support hiring, and report on team progress, risks, priorities, and initiatives.

Develop and integrate mission-critical software for military aircraft using Open Mission Systems architectures. Responsibilities include C++ development in Linux, middleware and data distribution, service contracts, interface definitions, data modeling, mission-level simulation, integration testing, and third-party application integration. The role requires onsite work, collaboration across engineering teams, technical documentation, and 10% travel. An active Secret clearance and continued eligibility for classified access are required.

Develop, integrate, and test real-time embedded software for military mission systems and avionics architectures. Responsibilities include mission computing, data links, sensors, communications, navigation, displays, electronic warfare, and weapon systems. The role involves software architecture, interoperability testing, protocol implementation, and integration in laboratory and simulated environments. Candidates will collaborate across engineering and deployment teams, work onsite full-time in Fort Worth or Palmdale, and travel approximately 10%.

Designs, develops, integrates, and tests real-time embedded software for military mission systems and avionics. Responsibilities include mission computing, data links, sensors, communications, navigation, displays, electronic warfare, and weapon systems. The engineer performs architecture, interoperability testing, and integration in laboratory and simulated environments while collaborating across engineering and deployment teams. The role requires onsite work in Fort Worth or Palmdale, 10% travel, and an active Secret clearance.

Develop, integrate, and test safety-critical embedded software for military aircraft and avionics systems. Work with C++, real-time operating systems, Linux, Windows, and bare-metal environments, supporting hardware/software integration, lab testing, simulation, and troubleshooting. Collaborate across multi-site engineering and deployment teams while documenting complex technical designs. The role requires 100% onsite work, 10% travel, and an active Secret clearance.

Develop, integrate, and test mission-critical software for military aircraft using Open Mission Systems architectures. Build C++ mission software in Linux environments, implement DDS and service-oriented or event-driven designs, develop service contracts and interface control documents, and perform mission-level simulation and integration testing. Collaborate across distributed engineering and deployment teams while supporting classified aviation programs.

Develop, integrate, and test safety-critical embedded software for military aircraft and avionics systems. Responsibilities include C++ development, RTOS-based application development, software integration and testing in laboratory and hardware environments, and collaboration across engineering teams. The role requires onsite work, active Secret clearance, and 10% travel. Preferred work includes flight software, Python, MBSE, simulation, hardware/software integration, DO-178C practices, navigation and guidance, signal processing, and technical documentation.

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.

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.