Airflow Dynamics in Robotic Pharmaceutical Isolators
Turning invisible airflow into actionable information to design fast, safe and sterility-aware robotic motions inside pharmaceutical isolators.
Turning invisible airflow into actionable information to design fast, safe and sterility-aware robotic motions inside pharmaceutical isolators.
A vision-based approach to rapidly characterize unknown liquid-container systems and optimize robotic motions for fast transfer, sloshing reduction or controlled mixing.
Development of a simulation environment focused on human skeletal kinematics and dynamics for ergonomic analysis and robotic interaction.
Markerless vision‑based system capturing real‑time human motion as accurate 3D body dynamics for immersive human in the loop simulators.
A robotic 3-DOF platform for balance and proprioception rehabilitation and training.
An immersive driving simulator for rehabilitation therapy pathways, featuring multi-sensory feedback and adaptable modes for patients with psychophysical pathologies.
Combining multibody dynamics, advanced sensing and artificial intelligence to understand bicycle–rider interaction and enable more realistic cycling simulation.
Precision agriculture and robotic monitoring platform developed as part of the NODES network.
An AI-driven augmented reality framework that empowers non-expert users to program collaborative robots using intuitive natural language, turning spoken intent into verified physical actions.
New project in development.
New project in development.
New project in development.