Were looking for a Robotics Software Test Engineer to design and build the test infrastructure that ensures our robot software stack is reliable, regression-free, and ready to ship.
What Youll Do- Design and implement automated test plans, test cases, and test fixtures across the full robotic software stack
- Architect and build test infrastructure across all testing layers - spanning unit tests, component integration tests, system-level tests, and hardware-in-the-loop validation
- Strengthen and extend CI/CD pipelines to catch regressions early and gate releases
- Define quality metrics and KPIs; track test coverage, failure trends, and release readiness to give the team clear signal on product health
- Participate in design and code reviews with a focus on observability, testability, and reliability
What Were Looking For- Proficiency in Python and C++
- Strong knowledge of software engineering best practices and design patterns
- Experience designing and building test infrastructure
- Hands-on experience with CI/CD systems
- Solid understanding of software testing methodologies across multiple layers
- Experience with Linux-based development and production environments
- Self-starter mentality - comfortable with ambiguity, able to prioritize independently, and willing to jump in wherever needed
- Effective communication skills; able to work cross-functionally in a small, fast-moving team
Nice to Have (But Not Required)- Experience with Docker and containerized environments
- Experience with Bazel or similar build systems
- Familiarity with perception systems
- Knowledge of industrial communication protocols (EtherCAT, Modbus, gRPC, etc.)
- Understanding of networking fundamentals (TCP/IP, DNS, firewalls) and security best practices for embedded IoT devices
- Experience contributing to product design processes
Why This Role- Own the quality bar for a humanoid robot software stack - your test infrastructure is the last line of defense before code runs on real hardware in the real world
- Build foundational QA systems from the ground up at a critical moment in the companys development, with direct influence over how the engineering team ships
- Work at the intersection of software reliability and physical robotics, where a missed regression isnt just a bug - it has consequences in the physical world
