Applied Robotics Engineer
Pubblicato il 15-10-2026 - Altro in Veneto
About Xaba Xaba https://www.xaba.ai/ is at the forefront of AI-driven robotics automation, pioneering cutting-edge solutions to enhance industrial processes. Headquartered globally, with a team of collaborative scientists, engineers, and designers, Xaba operates in a remote-first and distributed environment. Join us in shaping the future of AI in robotics. The Role We are seeking an Applied Robotics Engineer to contribute to the development and deployment of our innovative products. As a key member of the Xaba team, you will play a pivotal role in shaping AI-powered robotics automation, while closely collaborating with the leadership team. What you will do Collaborate with Xaba's cross-functional team of engineers to support the development, testing and deployment of AI models leveraging state-of-the-art DNN, CNN and GNN models to augment industrial robotics cognition, awareness and facilitate their program generation Conduct applied research in Robotics Welding, Inspection, Machining, and Assembling to gather data. This supports the development, training, auditing,
and validation of physics-based AI models for robotics fabrication processes. Provide training and support for Xaba's products. Work closely with customers to understand their requirements and pain points, ensuring successful integration of AI-powered robotics software. Technical Expertise Working experience with industrial robot manipulators: ABB, FANUC, UR, KUKA, etc. Demonstrated hands-on experience in designing, building and deploying robotic systems. Practical knowledge of robotic fabrication processes, including welding, machining, assembling, or inspection. Proficiency in both spoken and written English. Nice to have Experience with SolidWorks, AutoCAD, CloudCompare. Familiarity with robotic hardware components, sensors, actuators, lasers and cameras. Knowledge of robotic programming languages: RAPID, URSCRIPT, KRL, etc. Solid understanding of key robotic aspects: forward and inverse kinematics, j