Our team
Teamwork • Excellence • Inclusivity
Lab head
A/Prof Susann Beier, FCSANZ
Advanced medical image analysis
Stent design optimisation
Machine learning to understand disease risk
Vascular fluid mechanics
Academics
Dr Darson Li
Computational simulations of multiphysics systems
Advanced drug delivery using magnetic and nanoparticles
Microfluidics and Biofluidics
Discrete element modelling of particulate colloidal systems
Postdoc Researchers
PhD Students
Master’s Students
Exchange Students
Taste of research
Undergraduate Students
- Jiacheng Min: Idealized and Patient Specific Coronary Artery Based on Two-Way FSI
- Roger Lu: Multi-Objective Optimisation of Stent Designs Focussing on Vessel Calibre
- Joshua Najdzion: Multi-Objective Optimisation of Stents
- Hermione Truong: Developing a method to evaluate stenting techniques in an in vitro heart model
- Joshua Dawson: Towards a High-Fidelity Virtual Reality Atrial Fibrillation Simulator for Surgery Training
- Jae Hwan: Impingement impact assessment pre-operative and post-operative
- Vivian Bakiris: MicroCT reconstructionÌýfor benchtop surgery
- Heidi Wright: Stent design optimisation
- Somesh Khullar: FSI modelling of coronary arteries
- Fernan Bautista: 3D printing of realistic coronary artery models
- Zoe Marandos: Cell load modelling
- Rohan Bhat: Automated coronary artery tree segmentation using deep learning
- Jinbo Liu: Multi-objective stent design optimisation
- Ronil Lal: Virtual Reality for Stent Implant
- Eleanor Whiteman:Ìý3D Printing of Accurate Arterial Replicas
- Dylan Saeed:ÌýMachine-Learning Based Detection of Coronary Artery Calcification Using Synthetic Chest X-Rays
- Sinead McCraith: Design and Validation of a Stentable in vitro Coronary Artery
- Suvercha Khattar: Building a Virtual Reality Simulator for Transcatheter Aortic Valve Implantation
- Kate O’Sullivan: The Development of a Guided Knowledge Base to Effectively Teach Virtual Reality Programming
- Vamsi Kumar: Computational Modelling of Coronary Artery Blood Flow
- Samhita Soman:ÌýMeasuring knee joint kinematics in post-operative patients of total knee arthroplasty using inertial sensors
- Matilda Marriott:ÌýMicroCT reconstructionÌýfor benchtop surgery and modelling
- Chi Shen:ÌýSecondary flow profiles in curved bifurcation models
- Nicholas Kropf:ÌýFlow Measurements in 3-Dimensional Printed Coronary Grafts
- Qie Shang (Ivan) Pua:ÌýMachine Learning for Personalised Heart Disease Treatment
- Vanessa Luvio:ÌýAdvanced multi-objective stent design optimisation
- Darayus Nanavati:ÌýDesign and validation of a low-cost high channel count biphasic stimulator
- Nanway Chen:ÌýUnsupervised learning of geometric vessel features
- Anushan Senthurnathan:ÌýFEA modelling for ideal stent designs
- Thao Nhu Anne Marie Vuong:ÌýÌýAn MRI-compatible Mock Circulatory System Incorporating a 3D-printed Dynamically Scaled Coronary Vessel
- Anushan Senthurnathan:ÌýComputational and Experimental Assessment of the Mechanical Performance of Stents
See here, for a list of currently available research thesis projects, and how to get in touch.