Develops Python-based software drivers, automated test frameworks, and CI/CD pipelines for hardware testing of aerospace components like PCBAs, avionics, and sensors. Collaborates with hardware and QA teams to ensure scalable, reliable validation infrastructure. Requires BS in CS/EE and advanced Python/Linux skills.
128k – 192k
On-siteQA Engineering
About the role
Responsibilities
Architect, design, and develop software drivers and interfaces in Python for hardware systems, including PCBAs, avionics, sensors, and automated test equipment.
Design and implement automated test frameworks to validate aircraft components and subsystems, ensuring scalability, reliability, and repeatability across multiple programs.
Develop and evolve CI/CD pipelines that enable continuous integration, automated validation, and seamless deployment of test stand software.
Build and maintain scalable test infrastructure and shared libraries, promoting modularity, reusability, and consistency across teams and platforms.
Automate system provisioning and configuration management to accelerate deployment and maintenance of new test stands and test environments.
Develop real-time monitoring and data visualization tools (e.g., Grafana) to deliver actionable insights during test execution and system debugging.
Lead and participate in design and code reviews, championing sound architectural principles, testability, observability, and reliability throughout the software stack.
Collaborate cross-functionally with hardware, systems, and QA teams to integrate software and test capabilities into broader aircraft validation workflows.
Requirements
B.S. in Computer Science, Computer Engineering, Electrical Engineering, or a related STEM field.
Mastery of fundamental computer science topics.
Advanced skillset for developing software in Python.
Experience with Linux including Bash scripting and networking.
Ability to configure and maintain small computer networks.
Experience working on complex software development projects.
Preferred
Comfort working with hardware (circuit boards, motors, sensors).
Mastery of fundamental engineering concepts including EE, Mech E, Programming, Physics, and Mathematics.
Experience writing drivers for electronics test equipment.
Demonstrated adaptability, agility, and innovation under pressure.
Skills
PythonLinuxBashCI/CDGrafanaTest AutomationPcbasAvionicsSensorsAutomated Test Equipment
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