Own quality assurance for Cyberwave's robotics infrastructure and products. Design test plans, validate real hardware integrations, and help ensure our platform works reliably across robots, edge devices, simulations, and customer deployments.
Cyberwave is building the infrastructure layer for intelligent machines - making robotics as accessible, scalable, and programmable as cloud software. Our platform connects real robots, simulations, edge devices, cloud services, and developer tools into one reliable operating layer for robotics teams.
We're looking for a mid-to-senior QA Engineer with hands-on robotics or automation experience to help us test Cyberwave from end to end. You'll validate the infrastructure and product surface across web apps, backend APIs, SDKs, edge software, telemetry streams, simulations, and physical robots. This is not a purely manual web QA role: we need someone comfortable debugging real systems, writing repeatable test plans, and turning messy hardware-in-the-loop behavior into clear, reproducible reports.
You'll work closely with engineering, product,
and deployment teams to raise the quality bar before
features reach customers. We especially value experience testing systems that involve ROS or ROS 2, drones, AGVs/AMRs, robotic arms, sensors, cameras, PLCs, or other industrial automation equipment.
This is a mid-to-senior role based in Milan, with regular access to real robots and automation hardware.
Requirements
3+ years of QA, test engineering, robotics engineering, automation engineering, or systems integration experience
Hands‐on experience testing robotics, industrial automation, autonomous systems, or hardware‐in‐the‐loop products
Specific experience with ROS or ROS 2, including validating nodes, topics, services, launch files, logs, and robot behavior
Experience with at least one class of real robotic or automation hardware, such as drones, AGVs/AMRs, robotic arms, mobile robots, cameras, sensors, PLCs, or industrial controllers
📌 QA Engineer, Robotics (Italia)
🏢 Altro
📍 Italia