| 2026 | Elisabeth Dierschke Passikhani, Julia Nilsson | Detection and tracking of the mitral and tricuspid valve for 4D flow analysis |
| 2026 | Axel Jensen, Fredrik Hasselberg | Quantitative flow components in 4D Flow MRI |
| 2025 | Emma Friberg, Edvin Andersson | Quantitative Myocardial Perfusion from Cardiovascular Magnetic Resonance Images |
| 2024 | Rasmus Sobel | Object Separation in CT Images Using Random Walk |
| 2023 | Arthur Barakat | Simulating Metal CT Artefacts for Ground Truth Generation in Deep Learning. |
| 2022 | Mathilda Dahlström | Automatic 3D Segmentation in CT Images of Congenital Heart Defects Using Deep Learning |
| 2021 | Ruben Bergengrip | Automatic Left Ventricle Segmentation of Long-Axis Cardiac MRI-Images |
| 2021 | Filip Winzell, Andreas Brennström | Automated 3D Bone Segmentation Using Deep Learning in Scoliosis |
| 2021 | Amanda Nilsson | Quantication of Fetal Volume in Magnetic Resonance Images Using Deep Learning |
| 2020 | Julius Åkesson | Automated Bone Segmentation in Computed Tomography Using Deep Learning With Distance Maps |
| 2020 | Jonathan Andersson | Design of 3D-printed Cranioplasty Moulds Using Neural Network |
| 2019 | Ricardo Gonzales | Automatic Left Atrial Time-Resolved Segmentation in CMR Long-axis Cine Images Via Active Contours |
| 2019 | Magnus Caspersen | Automated Location of the Left Ventricle in Computed Tomography Using Deep Learning |
| 2019 | Lisa Wikman | Automated Identification of Calcium in Mitral and Aortic Valves |
| 2019 | Caroline Skyborn | Patient-Specific 3D Printed Guides for Corrective Osteotomies of Malunited Radius |
| 2018 | Patrik Rosendal | Skull Reconstruction Using Statistical Shape Models |
| 2018 | Anton Holm | Deep Learning Algorithms for Cardiac Image Classification and Landmark Detection |
| 2017 | Mattias Nilsson | Myocardial Segmentation in MR Images Using Convolutional Neural Networks |
| 2016 | Gabriella Gleisner | Semi-Automatic Segmentation of the Right Ventricle in MR Images |
| 2016 | Anja Lemic | Semi-Automatic Segmentation of Coronary Arteries in CT Images |
| 2016 | Andreas Söderlund | Patient-specific blood vessel modeling on data from MR scans of children with congenital heart disease |
| 2015 | Jesper Öberg | Segmentation of the right ventricle in cardiac CT images |
| 2013 | Sebastian Bidhult | Vessel segmentation for time resolved phase contrast MRI |
| 2013 | Peter Öberg | Segmentation of the cardiovascular tree in 4D from PC-MRI images |
| 2013 | Felicia Seemann | Improvements to Quantification Algorithms for Myocardial Infarction in CMR Images – Validation in Human and Animal Studies |
| 2012 | Daniel Svensson | Automatic registration of myocardial perfusion images |
| 2011 | Andreas Andersson | Automatic identification of vortex cores in the three dimensional blood flow in the human heart |
| 2010 | Johannes Ulén | Visualizing cardiac blood flow using lagrangian coherent structures |
| 2009 | Peter Holmqvist | Optimization of automatic segmentation algorithms for cardiovascular magnetic resonance imaging |
| 2009 | Mårten Larsson | Quantitation of Kinetic Energy of Blood in the Heart using Magnetic Resonance Imaging |
| 2008 | Johannes Töger | Volume Tracking – A novel method for flow visualization |
| 2008 | Jane Sjögren | Prototype-based image segmentation |
| 2007 | Helen Soneson | Strain in the normal human heart assessed by velocity encoded MRI |