Abdominal Aortic Aneurysm Screening App
Logo of the AAA Screening App
Next event:
ERINN SAVAGE – Performance
Tomorrow 15:00 GMT
The MSc in Medical Visualisation and Human Anatomy is a one-year taught postgraduate programme offered by the School of Simulation and Visualisation at The Glasgow School of Art in collaboration with the Anatomy Facility at the University of Glasgow. The programme, accredited by the Institute of Medical Illustrators, provides a unique opportunity to combine 3D modelling, interactive applications development and in depth study of human anatomy.
In their final research projects, students work across a wide range of life science disciplines, with experts from the College of Medicine, Veterinary and Life Sciences at Glasgow to develop innovative, interactive, and empowering solutions. Research projects often involve using cutting-edge technologies such as volumetric visualisation and high-resolution 3D animations, 3D printing and Extended Reality.
The projects on show in this digital showcase highlight just some of the diverse range of topics explored by students across the programme, and demonstrate the skills and expertise of our amazing students.
Sara Bakalchuk: MSc Medical Visualisation and Human Anatomy. Application created for Terumo Aortic to showcase the main features of the Relay proximal scalloped stent graft, geared towards clinicians.
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Logo of the AAA Screening App
Rendering created in Autodesk Maya
Rendering of the custom Relay proximal scalloped stent delivery system within the heart, created as part of my dissertation for Terumo Aortic
Rendering created in Autodesk Maya
Rendering of the thoracic aorta with a custom Relay proximal scalloped stent allowing for blood perfusion to branch vessels, created as part of my dissertation for Terumo Aortic
Rendering created in Autodesk Maya
Rendering of heart with a thoracic aortic aneurysm created as part of my dissertation for Terumo Aortic
Rendering created in Autodesk Maya
Rendering of heart with a thoracic aortic aneurysm created as part of my dissertation for Terumo Aortic
Rendering created in Autodesk Maya
Rendering of heart and lungs created as part of my dissertation for Terumo Aortic
Rendering created in Autodesk Maya
Rendering of aorta with a thoracic aneurysm created as part of my dissertation for Terumo Aortic
Render created in Autodesk Maya
Rendering of custom Relay proximal scalloped stent graft created as part of my dissertation for Terumo Aortic
Animation created as part of my dissertation for Terumo Aortic to describe the clinical performance of the Relay proximal scalloped stent graft.
Animation created as part of my dissertation for Terumo Aortic to show a specific feature of the Relay proximal scalloped stent graft.
Animation created as part of my dissertation for Terumo Aortic to show a specific feature of the Relay proximal scalloped stent graft.
Animation created as part of my dissertation for Terumo Aortic to show a specific feature of the Relay proximal scalloped stent graft.
Application created for Terumo Aortic to showcase the main features of the Relay proximal scalloped stent graft, geared towards clinicians.
Final project from semester 1 containing a 3D model of the muscles and vessels of the arm, and a retopologized vertebrae bone. Created in 3DS Max.
Interactive game creted in Unity intended to help high school age students learn DNA replication in a fun and simple way. This is a group project created with Caroline Walker and Eve Gibbons.
A Render of an S.ocreata male 3D Model
Created for use in a Real Time Application, the model shows a male Brush-Legged Wolf Spider
A render of an S.ocreata female 3D model
Created for use in a Real Time Application, the model shows a female Brush-Legged Wolf Spider
A render of a cartoon S.ocreata male model
Created for use in a Real Time Application, the model shows a cartoon male Brush-Legged Wolf Spider
A render of a cartoon S.ocreata female model
Created for use in a Real Time Application, the model shows a cartoon female Brush-Legged Wolf Spider
A Dorsal view of the muscles of the hand
The labeled image acts as one part of a two part informational graphic labeling the muscles of the hand
A ventral view of the muscles of the hand
The labeled image acts as one part of a two part informational graphic labeling the muscles of the hand
This shows that there are no wires in the way after successful deployment of stent,; this is a unique feature of the Fenestrated Anaconda
RBC travelling through the Advanta V12 Balloon stent. This animation was created to show target vessel patency
Another key feature of the Fenestrated Anaconda Stent is that proximal access can be obtained.
Advanta V12 Balloon Expandable stent used in conjuction with the Fenestrated anaconda for target vessels.
What Not to Do With PPE: A Digital Application to Raise Awareness of PPE Protocol
Cross-contamination of the phone with PPE gloves on (with visible contamination)
Spot test for violation in PPE protocol
Self-contamination of the mask (with visible contamination)
Spot test for violation in mask protocol
Welcome to Operation, the educational board game with augemented reality and a lot of fun.
AR level where the player needs to remove tokens from the patient. But they seem to have made a mistake.
The player is rewarded with anatomical models as trophies. These come with more facts about the body part.
Final breast model containing muscles, mammary lobes, a tumour, and adipose.
Each tissue layer was created via a 2-part 3D printed mould.
Silicone's of differing haptics were poured into the 3D printed moulds to create the life-like feel.
Each layer was digitally modeled using anatomical data. These digital models were converted into the digital moulds for 3D printing.