Motion & Control Robotics Engineer
Pubblicato il 11-10-2026 - Core Talent Finder in Carate Brianza
About the job Motion & Control Robotics EngineerWe arerecruiting on behalf of an innovative robotics technology company developing advanced humanoid robotic systems for industrial and healthcare applications.
Si assicuri di leggere l'intera descrizione riportata di seguito e di candidarsi immediatamente se è affidabile/a di soddisfare tutti i requisiti.
This organization is building next-generation robotic platforms designed to assist humans in repetitive, hazardous, and physically demanding environments. Their multidisciplinary team combines robotics, AI, and control systems to deliver cutting-edge solutions deployed in real-world environments.
About the Role
We are seeking a Motion & Control Robotics Engineer to join a robotics motion team focused on enabling precise locomotion, manipulation, and coordinated movement in humanoid robotic platforms.
This is a hands-on engineering role ideal for candidates with strong expertise in robotics, motion planning, control systems, and real-world hardware integration.
Key Minimum Requirements (Must-Have)To be considered,
candidates must meet all of the following:
At least 2 years of professional experience programming in Python
At least 2 years of hands-on experience working with ROS2
At least 2 years of experience in robot motion planning and control systems
Candidates who do not meet these minimum requirements are unlikely to be considered.
ResponsibilitiesDesign, implement, and optimize motion planning and control algorithms for robotic locomotion and manipulation
Collaborate with software, AI, and hardware teams to integrate motion systems into complex robotic platforms
Develop perception-to-manipulation pipelines and control solutions for coordinated movement
Apply advanced techniques such as reinforcement learning or optimization methods to improve motion and real-time decision making
Test, debug, and validate robotic systems in simulation and on physical hardware
Research and xbvzest evaluate emerging robotics technologi