Humanoid Robotics Motion & Control Engineer

Core Talent Finder; Carate Brianza; In loco; EUR 55.000 - 75.000; Tempo pieno

Vantaggi offerti da questo lavoro

Descrizione del lavoro

Core Talent Finder is seeking a Motion & Control Robotics Engineer to design and implement motion planning and control systems for humanoid robotics platforms. You will collaborate with multidisciplinary R&D teams to integrate motion software with perception systems, cognitive modules, and hardware actuators.

This role suits engineers passionate about robotics, control systems, and applying advanced algorithms to real-world robotic platforms.

Competenze

• Masters degree required in robotics, automation, computer engineering, or related field.
• Proficiency in Python and ROS2 required.
• Experience with Git or similar version control systems.
• Strong object-oriented programming skills.
• Professional working proficiency in English.

Mansioni

• Design and optimize motion planning and control algorithms for locomotion and manipulation.
• Integrate motion software with perception pipelines, cognitive systems, and hardware actuators.
• Develop solutions for dexterous manipulation and coordinated robot movement.
• Apply reinforcement learning and trajectory optimization techniques.
• Test, debug, and troubleshoot in simulation and on physical humanoid robots.
• Evaluate new research, tools, and technologies to improve performance and reliability.

Conoscenze

Python

ROS2

Git

Object-oriented programming

English

Formazione

Masters degree in Robotics, Automation, Computer Engineering, or related field

Strumenti

TensorFlow

PyTorch

NVIDIA Isaac Sim

Descrizione del lavoro

Core Talent Finder is seeking a Motion & Control Robotics Engineer to design and implement motion planning and control systems for humanoid robotics platforms. You will collaborate with multidisciplinary R&D teams to integrate motion software with perception systems, cognitive modules, and hardware actuators.

This role suits engineers passionate about robotics, control systems, and applying advanced algorithms to real-world robotic platforms.