Rendering of the custom Relay proximal scalloped stent delivery system within the heart, created as part of my dissertation for Terumo Aortic
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Aortic stent render
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
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Heart with anyeurysm 2
Rendering created in Autodesk Maya
Rendering of heart with a thoracic aortic aneurysm created as part of my dissertation for Terumo Aortic
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Heart with aneurysm 1
Rendering created in Autodesk Maya
Rendering of heart with a thoracic aortic aneurysm created as part of my dissertation for Terumo Aortic
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Heart and Lungs
Rendering created in Autodesk Maya
Rendering of heart and lungs created as part of my dissertation for Terumo Aortic
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Heart with RBCs rendering
Rendering created in Autodesk Maya
Rendering of aorta with a thoracic aneurysm created as part of my dissertation for Terumo Aortic
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Stent Rendering
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.
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Relay proximal scalloped stent graft: Deployment
Animation created as part of my dissertation for Terumo Aortic to describe the Deployment process of the Relay proximal scalloped stent graft.
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Relay proximal scalloped stent graft: Feature 1
Animation created as part of my dissertation for Terumo Aortic to show a specific feature of the Relay proximal scalloped stent graft.
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Relay proximal scalloped stent graft: Feature 2
Animation created as part of my dissertation for Terumo Aortic to show a specific feature of the Relay proximal scalloped stent graft.
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Relay proximal scalloped stent graft: Feature 3
Animation created as part of my dissertation for Terumo Aortic to show a specific feature of the Relay proximal scalloped stent graft.
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Relay proximal scalloped stent graft: Feature 4
Animation created as part of my dissertation for Terumo Aortic to show a specific feature of the Relay proximal scalloped stent graft.
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Screen recording of Application created for Terumo Aortic
Application created for Terumo Aortic to showcase the main features of the Relay proximal scalloped stent graft, geared towards clinicians.
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Semester 1: Animation of Arm and Vertebrae models
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.
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Semester 1: DNA Replication educational game
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.
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Within this page is my masters dissertation created for Terumo Aortic, as well as a few work examples from semester one. For my dissertation, I worked with Terumo Aortic to create an interactive application to showcase the key features of their Relay proximal scalloped stent graft, and how it is utilized to in Thoracic Endovascular Aortic Repair (TEVAR) surgeries to create a seal and exclude the aneurysm, while also allowing for profusion to the branch vessels. This application is intended to be shown to clinicians and other professionals at healthcare conferences.
Included within this page as well are two final projects created during semester one. One of which was a group project in which me and my partners created an educational game for student to learn DNA replication, and the other is a 3D model of the muscles and vessels of the arm, as well as a retopologized vertebrae bone.
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
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.