About this role
What you'll do:
- Design, develop, and maintain automated test frameworks, validation tooling, and test infrastructure supporting autonomy software.
- Develop and execute verification and validation strategies across simulation, SIL, HIL, VIL, and representative system environments.
- Build automated regression, integration, functional, and performance test suites that improve software quality and deployment confidence.
- Develop Python-based automation, test harnesses, and analysis tools that reduce manual testing effort and improve repeatability.
- Analyze test results, identify software defects and integration issues, and support cross-functional root cause investigations.
- Develop software quality metrics, dashboards, and readiness assessments that provide objective evidence of software maturity.
- Integrate automated testing into CI/CD workflows to enable continuous validation and rapid developer feedback.
- Collaborate with autonomy software, systems engineering, flight test, and integration teams to define validation strategies and readiness criteria.
- Improve test infrastructure, automation coverage, and validation methodologies across the Expeditionary and Emerging Operations portfolio.
Required qualifications:
- BS in Computer Science, Aerospace, Electrical, Mechanical Engineering or related field.
- 4–7 years developing software test, verification, automation, or validation solutions for robotics, autonomy, aerospace, or other complex distributed systems.
- Strong proficiency in Python for automation, testing, and data analysis.
- Experience developing automated test frameworks, test harnesses, or validation infrastructure.
- Experience with Linux-based development environments.
- Experience validating software in simulation, SIL, HIL, and/or representative hardware environments.
- Experience debugging complex software and system integration issues.
- Experience with CI/CD pipelines and continuous validation practices.
- Strong understanding of software verification, regression testing, and quality assurance methodologies.
Preferred qualifications:
- Experience with flight control systems such as ArduPilot or PX4.
- Experience with unmanned aerial systems (fixed-wing, quadrotor, or both)
- Background in autonomy, robotics, or aerospace systems
- Familiarity with flight controllers, radios, and communications systems