VR medical simulation
Virtual Valve is an award-winning, high-fidelity virtual reality in healthcare simulation designed to help healthcare professionals understand the anatomy, physiology, and patient impact of aortic stenosis. At the heart of the experience was a patient character named Philip, whose symptoms, clinical presentation, and disease progression formed the narrative structure of the training. Learners followed Philip’s journey through diagnosis and treatment planning while visualising how different severities of stenosis affected the function of his aortic valve and the behaviour of his heart.
Using anatomically precise 3D models and referenced clinical data, we created a dynamically beating heart that users could explore interactively. Learners could adjust the level of stenosis, observe physiological changes in real time, and connect these observations directly to Philip’s symptoms and clinical status. This blend of patient-centred storytelling with interactive anatomical visualisation helped professionals understand not only the condition itself but also how it manifests in lived experience and impacts patient outcomes.
The project was deployed across multiple platforms initially on the Oculus Rift DevKit 1, then on a Samsung Gear VR headset, and later adapted for an Igloo 360° immersive dome, while retaining the high level of anatomical clarity that earned it recognition and multiple awards within the healthcare industry.
Cardiovascular professionals queued at the stand and in the experience room to access the experience, showing a real interest in the Virtual Valve. Using iPads to collect feedback afterwards proved invaluable with ratings scoring over 90% and individuals providing comments such as ‘Tremendous’, ‘Nothing less than amazing’, ‘Super-marvellous and inspirational’, ‘Great to see the anatomy in a new way. Really innovative!’
Virtual Reality in Healthcare
Virtual Valve uses Oculus Rift’s revolutionary virtual reality headsets combined with motion sensor technology to enable hundreds of delegates to experience travelling through the aortic arch into the heart with full, life-like HD 360 degree vision. Once inside, they were able to explore the left ventricle and interact with the experience to simulate levels of aortic stenosis and assess the impact of this condition on the patient’s heart.
Virtual Valve won 4 awards at the PM Digital Awards, including Gold for HCP education and support.




