HyTra (Hybrid Tracking in Soft Tissue for Surgical Simulators) develops a hybrid tracking system that combines a conventional global tracking system with soft sensors embedded in the artificial tissue.

FHSimApUs (Fetal Heart Simulator for the Development and Optimization of Ultrasound Imaging Algorithms) developed an active ultrasound phantom of a beating fetal heart.

MEDUSA (Medical EDUcation in Surgical Aneurysm clipping) developed a patient-specific mixed-reality simulator for cerebral aneurysm clipping.

In this project, we developed Dynamic Tactile Synthetic (DTS) Tissue: a fully soft artificial tissue that can both feel and move.

In this project, we developed a hybrid surgical simulator for training the implantation of laryngeal pacemaker electrodes.

PatientSim is our pilot project, in which we are developing a hybrid surgical simulator for cement augmentation techniques.

This project aims to develop a surgical simulator for training cranial bone graft harvesting techniques.