ADVANCED ROBOTICS SENIOR SPECIALIST
Pubblicato il 30-08-2026 - Cim4.0 - Competence Center in Italia
Company description
CIM (Competence Industry Manufacturing) – CIM – is one of the eight nationally recognized competence centers with high specialization, promoted by the Ministry of Economic Development (MISE), now the Ministry of Enterprises and Made in Italy. It is recognized as a center of excellence in the digital transformation of companies, focusing on the dissemination of Industry 5.0 technologies and skills.
Established by the Polytechnic and the University of Turin , supported as founding members by 21 major Italian and international private companies , and qualified by key industrial players as activity partners , CIM assists companies in their journey towards technological, process, and product maturity, increasing their digital and sustainable competitiveness.
CIM’s Advanced Robotics unit will drive the adoption of advanced robotics by empowering organizations to accelerate digital transformation , enhance competitiveness , and achieve seamless human-machine collaboration . The program aims to make robots more accessible, adaptable,
and impactful in real-world applications. The main market segments are manufacturing, agriculture, food and logistics.
The Advanced Robotics unit addresses the next generation of robotic systems that combine sophisticated hardware with intelligent software to perform complex tasks autonomously , safely , and adaptively in dynamic and unstructured environments . These robots are capable of perception, learning, decision-making, and physical interaction, often in collaboration with humans and / or other robots.
Position Summary
The Advanced Robotics Specialist will focus on developing technologies for one of the following robot categories 1) Mobile Manipulators , 2) Humanoids and/or 3) Aerial Vehicles . The specialist’s domain will be defined based on technical background, experience, preferences, and project priorities.
Key Responsibilities:
· Design and implement open, modular robot systems using ROS2 and interoperable sof