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Software Test Engineer (Flight Software Integration & Test Operations)

Xona Space Systems

On-siteBurlingame, California, United Statesmid$132k–$178kPosted 8h ago

Job description

  • You will design, build, and execute structured software test procedures that validate spacecraft Flight Software (FSW) across integration milestones, system-level campaigns, and environmental test events

  • You will translate requirements, ICDs, and operational concepts into repeatable, high-signal procedures with objective pass/fail criteria, then execute those procedures on real hardware and integrated test environments to produce flight-ready verification evidence

  • This role combines software test engineering, system integration, automation, and hands-on test operations

  • You will work closely with the Flight Software team to ensure features are testable, measurable, and validated under nominal and off-nominal conditions prior to launch

  • Develop and maintain detailed Flight Software test procedures covering nominal mission threads, off-nominal scenarios, fault responses, safing behavior, and recovery workflows

  • Translate requirements and ICDs into structured procedures with defined preconditions, configuration baselines, operator actions, expected results, and measurable pass/fail criteria

  • Build and maintain test software and utilities (command sequencing, telemetry validation, log capture, automated reporting) to execute procedures reliably

  • Run integration and regression campaigns on development benches, integrated avionics stacks, and HIL/SIL environments

  • Implement fault-focused scenarios to validate FDIR behavior, limit monitoring, safe-mode entry, and recovery logic

  • Own test data collection and time correlation, including telemetry, logs, performance metrics, and relevant instrumentation

  • Develop and maintain live monitoring and post-test dashboards (e.g., Grafana) to track system health, event timelines, and test progress

  • Support environmental test campaigns as a primary test operator when required, executing runbooks and maintaining disciplined event logs- Comfortable triaging issues across hardware, firmware, and software boundaries under schedule pressure

  • Demonstrated ownership of structured test procedures for complex software systems, including authoring, review, version control, and operational discipline

  • Experience building or maintaining test software used to execute procedures and validate outcomes, including data capture and reporting

  • We welcome candidates from robotics, autonomy, automotive, aerospace, defense, or other mission/safety-critical systems

  • Integrated regression suites into CI workflows with clear automated reporting

  • Space experience is not required

  • Experience producing structured verification evidence and disciplined test reports

  • Built test harnesses or automation tooling in Python, C++, or similar languages

  • Experience with test data collection and observability practices, including dashboards and time-correlated datasets

  • Familiar with workflows such as thermal vacuum, thermal cycling, vibration, shock, or EMI/EMC support

  • Experience integrating automated test environments and regression suites into CI/CD workflows

  • Experience supporting environmental test events and operating hardware during structured test campaigns

  • Comfortable working from ICDs and debugging across hardware/software interfaces using telemetry, logs, and lab instrumentation

  • 2+ years of experience in software test engineering, system integration testing, or validation for embedded or mission-critical systems

  • If you’re excited about the role but don’t meet every requirement, we still encourage you to apply

  • Strong documentation and cross-functional communication skills

  • Hands-on experience running system-level campaigns and operating hardware during integration or environmental test events

  • Experience in mission-critical or safety-critical engineering environments

  • Strong understanding of determinism, configuration control, and reducing false positives in system-level environments