Full-timeTC starting at 50k
Milan
Evaluate and improve AI-powered robotics workflows across simulations, edge devices, and real hardware. Build rigorous test plans, debug system behavior, and help turn complex robot deployments into reliable customer-ready products.
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 Applied AI Engineer focused on robotics evaluation and reliability. This role sits at the intersection of applied AI, robotics systems, and product quality: you'll validate how Cyberwave behaves across real robots, simulations, telemetry streams, edge devices, APIs, and user-facing workflows.
This is not a traditional QA role. You'll design experiments, create evaluation plans, debug ambiguous failures,
and work directly with engineering to improve AI-assisted robotics workflows before they reach customers. We especially value people who have tested or integrated systems involving ROS or ROS 2, drones, AGVs/AMRs, robotic arms, cameras, sensors, PLCs, or other industrial automation equipment.
This is a hands-on role based in Milan, with regular access to real robots, automation hardware, and customer-facing deployment scenarios.
Applied AI
Robotics Evaluation
Hardware-in-the-loop Testing
ROS / ROS 2
Drones
AGVs / AMRs
Industrial Automation
Test Planning
Python Scripting
APIs & Logs
Edge Devices
Work Style
Hands-on evaluation of AI-powered robotics infrastructure and products based in Milan
Requirements
3+ years of applied AI, robotics engineering, test engineering, automation engineering, QA, or systems integration experience
Hands-on experience evaluating robotics, industrial automation, autonomous systems, or hardware-in-the-loop products
Specific experience with ROS or RO
📌 Applied AI Engineer, Robotics Evaluation (Milano)
🏢 Altro
📍 Milano