Intelligent robotic monitoring network for sustainable agriculture activity
Methods and technology for creating sustainable product designs using AI and digitization tools
Advances on core questions of AI-based robotics and providing an integrative community platform
Implementation of a robust framework for the automation of key soft object manipulation primitives.
Research and development of a learning robotic surface finishing technology for the craft sector
How a robot can efficiently learn tomanipulate in a purposeful and highly performant way.
Intelligent and robust low-cost robot hand for dexterous manipulation in industrial production
Factory of the Future – Extended (FoF-X)
Using intelligent robot systems in the digitalized production of the future
Development of intuitive tools for analyzing and optimizing the reliability of manufacturing processes and work cells
Integration of a robust multimodal awareness strategy for teleoperation of vehicles transporting humanitarian goods
Shared autonomy for the teleoperation of vehicles for the transport of humanitarian goods
Development of robotic platforms for lab automation and their application to autonomous immunulogical investigations.
Designing the future on-orbit servicing and assembly demonstration missions
Teleoperation of vehicles for the transport of humanitarian goods.
Vertical Innovation in the Domain of Robotics Enabled by Artificial intelligence Methods
Hovitron project aims to synthesise and validate holographic visual feedback in Head Mounted Displays (HMDs) for robotic teleoperation.
Failure and Uncertainty Tolerant Universal Robot Operation
Multi-modal teleoperation of multiple robotic avatars on a planetary surface from orbit
Mixed-skill factories and collaborative robot systems
Development of concepts and assistance applications for the effective support of people in need of care and people with disabilities.
Development of energy-efficient elastic robots
Design, modeling and control of modular tendon driven elastic continuum mechanism.
CeTI (Centre for Tactile Internet with Human-in-the-Loop) aims to democratize access to skills and expertise through Cyber Physical Systems (CPS).
Basic research for a new generation of humanoid walking robots
Development of a paneuropean network in healthcare robotics
Validation of the prototype Vita in practice
Exploration of the two moons of Mars
Robotics for inspection and maintenance
heterogeneous, autonomous robotic systems in a network
MIRO Innovation Lab
Open Innovation Lab in the field of robot-assisted medicine