MSc Medical Visualisation & Human Anatomy
Haldane Building, 16 students
The MSc in Medical Visualisation and Human Anatomy is a one-year taught postgraduate programme offered by the School of Innovation and Technology 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 graduates.
from 3D Modelling and Animation
from Volumetric Visualisation
from Interactive Visualisation
from 3D Modelling and Animation
from Thesis Project
from Medical Visualisation of a Golf Swing – Developing and Evaluating a 3D Anatomical Animation
from Anatomy of a Golf Swing
from Medical Visualisation of a Golf Swing – Developing and Evaluating a 3D Anatomical Animation
from Anatomy of a Golf Swing
from Medical Visualisation of a Golf Swing – Developing and Evaluating a 3D Anatomical Animation
from Larynx Animations
from Kidney Drag and Drop Quiz
from Larynx Animations
from G Protein Coupled Receptor Diorama
from Larynx Animations
from Dissertation Project
from 3D Modelling
from Volumetric Visualisation
from Dissertation Project
from 3D Modelling
from Pelvis@Perspectum – An MRI Atlas of the Female Pelvic Region
from Pelvis@Perspectum – An MRI Atlas of the Female Pelvic Region
from Pelvis@Perspectum – An MRI Atlas of the Female Pelvic Region
from 3D Modelling and Animation
from Pelvis@Perspectum – An MRI Atlas of the Female Pelvic Region
from Volumetric visualisation
from 3D modelling and animation
from Volumetric visualisation
from An Interactive Web-based (WebGL) Educational Medical Visualisation to Enhance Public Understanding of Cancer Cachexia
from Volumetric visualisation
from Visual Pathways VR: An Immersive Exploration of the Orbit and Associated Traumas
from Visual Pathways VR: An Immersive Exploration of the Orbit and Associated Traumas
from Visual Pathways VR: An Immersive Exploration of the Orbit and Associated Traumas
from Visual Pathways VR: An Immersive Exploration of the Orbit and Associated Traumas
from AR Dystocia Trainer
from Struck A Nerve
from AR Dystocia Trainer
from AR Dystocia Trainer
from Struck A Nerve
from VascuX- Visualizing a Self-Reporting Vascular Implant Device for Hemodialysis Patients
from VascuX- Visualizing a Self-Reporting Vascular Implant Device for Hemodialysis Patients
from VascuX- Visualizing a Self-Reporting Vascular Implant Device for Hemodialysis Patients
from VascuX- Visualizing a Self-Reporting Vascular Implant Device for Hemodialysis Patients
from Learn & Gains
from Bean There, Filtered That
from Bean There, Filtered That
from Learn & Gains
from A Slice Through The Body
from 3D Modelling
from MSc Dissertation Project – Immunoscope: Adaptive Immunity VR Educational Program for Life Science Undergraduates
from MSc Dissertation Project – Immunoscope: Adaptive Immunity VR Educational Program for Life Science Undergraduates
from Volumetric Visualisation
from Volumetric Visualisation
from Volumetric Visualisation
from 3D Modelling and Animation
from Thesis Project: The Exercising Heart
from Thesis Project: The Exercising Heart
from Volumetric Visualisation
from Dissertation Project: We’re Not Invincible
from Dissertation Project: We’re Not Invincible
from Dissertation Project: We’re Not Invincible
from Dissertation Project: We’re Not Invincible
from Volumetric Visualization
from “Struck a Nerve” – Herniated disk explorer
from The development of a realistic, adjustable-density breast phantom with 3D printing for use as an ultrasound training tool
from 3D modelling
from Volumetric visualisation
from The development of a realistic, adjustable-density breast phantom with 3D printing for use as an ultrasound training tool
from 3D Modelling and Animation by Orn
from Volumetric Visualisation by Orn
from Sea Turtles Diorama
from A Pilot’s Journey
from 3D Modelling and Animation by Orn