Job Title: Software Engineering Manager
Location: Remote – US
Salary Range: $130,000 – 160,000 + Bonus Eligible
Who we are: Lynx delivers modular, open standards–based software that transforms how high-assurance, mission-critical edge systems are built, deployed, and maintained. Our secure edge computing solutions enable innovation and operational excellence in the world’s most demanding environments, from aerospace and defense to commercial and industrial systems. We partner across industries including automotive, medical, and critical infrastructure to deliver tailored solutions aligned with each customer’s mission and operational requirements. Our key products and services are:
- MOSA.ic: LYNX MOSA.ic™ is a modular software framework and architecture purpose-built for mission-critical edge computing. Based on the Modular Open Systems Approach (MOSA), it provides a flexible foundation for building secure, scalable, and certifiable edge systems.
- LYNX MOSA.ic.AI: LYNX MOSA.ic.AI is a unified CPU and GPU software platform that enables deterministic, certifiable deployment of AI and advanced workloads in mission-critical edge systems. It brings control, performance, and lifecycle governance together, allowing AI to operate predictably within safety-critical environments without compromising certification or system integrity.
- CoreSuite 2.0: CoreSuite 2.0 is Lynx’s safety-critical GPU for graphics enablement framework designed for mission-critical edge computing systems. It provides hardware-accelerated graphics, visualization, and video processing capabilities that can be certified for high-assurance systems.
- Services: Lynx Services is Lynx’s professional services organization that helps customers design, integrate, certify, deploy, and maintain safety- and security-critical systems. It supports industries like aerospace, defense, automotive, and industrial computing through consulting, engineering, integration, and lifecycle support, reducing development risk and accelerating certification in standards-driven, mission-critical environment.
Key Responsibilities
- Team Leadership: Direct and mentor a cross-functional team of software engineers and contractors. You are responsible for career growth, performance management, and resource allocation.
- Project Execution: Own the delivery lifecycle for OS features. You’ll manage timelines, risks, and dependencies, ensuring that "moving fast" never comes at the expense of "moving safely."
- Contractor Management: Oversee external partners and contractors, ensuring their deliverables meet Lynx’s high standards for code quality and architectural integrity.
- Safety & Compliance: Work closely with the Certification and QA teams to ensure all development processes align with industry standards such as DO-178C.
Requirements:
- 7+ years in software engineering, with at least 3 years in a management role.
- The ability to translate complex technical hurdles into clear project status updates for stakeholders.
- Deep expertise in SCRUM/Agile. You know how to make Agile work in environments where "breaking things" isn't an option.
- Bachelor’s degree in Computer Science, Engineering, or related technical field preferred.
- Must be a US Citizen.
Highly desired additional experience:
- Exposure to safety-critical development processes (DO-178C, ISO 26262).
- Experience developing systems-level software, including virtualization, OS kernels, or hypervisors for x86/ARM.
Sound Exciting? Get in touch today! We have very robust benefits including:
- Low-cost Medical / Dental / Vision coverage options
- 401K with generous employer match
- Responsible Paid Time Off + 11 Paid Holidays
- Remote work opportunities based on role
- Employee Assistance Program (EAP)
- Career growth and professional development opportunities
All qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, disability, or veteran status.
Skills Required
- 7+ years in software engineering
- At least 3 years in a management role
- Ability to translate complex technical hurdles into clear project status updates for stakeholders
- Deep expertise in SCRUM/Agile
- Bachelor's degree in Computer Science, Engineering, or related technical field
- Must be a US Citizen
- Exposure to safety-critical development processes (DO-178C, ISO 26262)
- Experience developing systems-level software, including virtualization, OS kernels, or hypervisors for x86/ARM
What We Do
For over thirty years, Lynx Software Technologies has helped customers with some of the most demanding, mission critical, system requirements to create, certify, and deploy equipment, above, on and below the surface of the earth.. Lynx for the Internet of Things (IoT): As billions of ‘things’ are connected to the internet, a new paradigm of security is required. Lynx offers real-time military-grade security products to protect the edge, the gateway and cloud devices while protecting any sensitive data as it traverses the IoT. Key Markets: Automotive, Industrial, Factory Automation, Medical and Transportation. Our LYNX MOSA.ic software framework and LynxSecure separation kernel hypervisor provide a secure foundation for this new generation of connected platforms. Lynx for Enterprise Cyber Security: To fight modern day malicious threats, security needs to be built-in rather than implemented as an afterthought. Lynx offers isolation technology that can be implemented in endpoint and cloud deployments to separate and protect critical enterprise infrastructure. This isolation technology separates sensitive information from the key attack points and denies infiltration and exfiltration attempts. Lynx for Aerospace & Defense: Lynx provides certified avionics RTOS solutions based on open standards such as POSIX, ARINC and FACE that allow reusability of certified code and systems. The FAA Reusable Software Component (RSC) has been issued to LynxOS-178. The LynxOS 7.0 RTOS and LynxSecure separation kernel technologies were designed to provide the highest levels of security without compromising performance and real-time determinism.
