The goal with this project was to further develop VR UL pre-grad to contain more training modules targeted towards younger doctors, as well as adding

This project was a continued development of the VR UL pilot project in conjunction with a medium-sized RCT-study (n = 104).  The aim of the

The aim of this pilot project was to adapt our VR imaging technologies to also support real-time generation of realistic x-ray and fluoroscopy images from

The aim of this project was to develop a virtuel course to test skills within Contrast Enhanced Ultrasound (CEUS), specifically related to liver lesions.  The

The aim was to demonstrate CT-guided Cryoablation of kidney tumors in a teaching setting. This was done by simultaneously recording multiple 360 videos and output

The aim of this project was to further develop our software solution to support the creation of VR-educational-material for SOSU-students and PA-students across different SOSU-schools

The aim of this project was to offer long term in-patients at Odense University Hospital (OUH) a cultural experience. The project was primarily led by

Development of a prototype that was used in a pilot study (n = 19). The aim was to examine the effect of adding VR-based training

The aim of this project was to develop a prototype that was used in a pilot study (n = 20). The study examined the effects

Knowledge, education and training of the future public sector personnel are essential and fundamental elements, especially in the social and healthcare sectors. Requirements for the

In collaboration with Aalborg University, a VR based training tool for practise of Ultrasound Guided Intravenous Acces (USGIVA) was developed. The training tool a spin-off module to

In collaboration with the University of Southern Denmark (SDU) and Odense University Hospital, VitaSim has developed a VR platform for learning and practising point-of-care ultrasound.  The learning