Embedded Software Engineer, Validation

We are looking for an Embedded Software Engineer to build the automated validation systems that ensure the reliability of the embedded platform powering autonomous aircraft operating in safety-critical environments. This role sits within the Embedded Platform team, which develops the foundational middleware and infrastructure used throughout the flight software stack. As an Embedded Software Validation Engineer, you will design and build the simulation and hardware-in-the-loop (HIL) infrastructure used to validate these platform services. Working closely with software engineers across the Flight Software organization, you will develop comprehensive automated test scenarios that verify functionality, performance, reliability, and fault tolerance before software reaches an aircraft. This is a software engineering role focused on building scalable validation infrastructure, not manual testing.

Responsibilities

• Design, implement, and maintain automated validation infrastructure for embedded platform software
• Build simulation and hardware-in-the-loop (HIL) test environments that exercise platform services under realistic operating conditions
• Develop automated test scenarios covering core platform capabilities including:
• interprocess communication (IPC)
• logging and observability
• communication bridges
• over-the-air (OTA) update systems
• live telemetry and cloud connectivity
• Design tests that validate functionality, reliability, performance, and behavior under fault conditions
• Develop stress, endurance, regression, and fault-injection test suites for distributed embedded systems
• Partner closely with Embedded Platform engineers throughout the software development lifecycle to improve testability and define validation strategies during feature design
• Build tooling for automated test orchestration, execution, reporting, and dashboards
• Contribute to continuous integration pipelines and automated validation workflows
• Investigate failures across simulation, HIL, and production environments to identify root causes
• Occasionally contribute improvements to production embedded software that increase reliability, observability, or testability
• Build automated validation infrastructure that enables engineers to rapidly verify platform changes with confidence
• Increase coverage of simulation and HIL testing across the Embedded Platform stack
• Identify reliability and performance issues before they reach flight hardware
• Improve the observability and testability of core middleware through close collaboration with platform engineers
• Enable the Flight Software organization to move faster while maintaining the reliability expected of safety-critical systems

Requirements

• Experience developing embedded or systems software
• Professional experience with Rust, Python, or similar programming languages
• Experience working with embedded Linux systems
• Strong understanding of systems-level concepts including:
• concurrency
• networking
• interprocess communication
• distributed or multi-process systems
• Experience designing automated test frameworks or validation infrastructure
• Strong debugging and problem-solving skills across software and hardware boundaries
• Ability to collaborate closely with software engineers to improve system quality and testability

Nice to have

• Experience building Hardware-in-the-Loop (HIL) or simulation-based validation systems
• Experience in safety-critical or high-reliability industries such as aerospace, automotive, robotics, industrial systems, or medical devices
• Experience with autonomous systems or robotics
• Experience validating distributed embedded systems
• Familiarity with OTA update systems, observability platforms, or telemetry infrastructure
• Experience with performance testing, stress testing, fault injection, or resilience testing
• Experience building automated test orchestration, dashboards, and reporting systems
• Familiarity with CI/CD systems for embedded software development