Team

Dr Martin Ebert

Martin is the director of the SWAN Project. He is a medical physicist at the Sir Charles Gairdner Hospital with over 25 years of experience in clinical and research medical physics.

Juliet Li

Juliet is a computer scientist who has spent considerable time in project management for industry. She provides support for data analytics and development of code for research projects.

Dr Pejman Rowshanfarzad

Pejman is a medical physicist and a member of academic staff at the University of Western Australia. He provides technical support and supervision for research students working on the SWAN Project.

Dr Sean Bydder

Sean is a Consultant Radiation Oncologist at the Sir Charles Gairdner Hospital and 5D Clinics. Sean has been undertaking research in outcomes and optimisation of radiotherapy treatments for over 20 years.

Dr Suki Gill

Suki is a Consultant Radiation Oncologist st the Sir Charles Gairdner Hospital who has undertaken multiple studies in radiotherapy outcomes and treatment improvement.

Mrs Aylin Yahya

Aylin is the Acting Research Manager in Radiation Oncology at the Sir Charles Gairdner Hospital, enabling the running of clinical trials, collation of patient data and advising on ethics responsibilities.

Dr Emily Her

Emily is a Diagnostic Imaging Medical Physicist at Fiona Stanley Hospital. Emily's research focuses on the translation of cancer imaging information to clinical treatments.

Jake Kendrick

Having previously undertaken his MSc and PhD with the project in analysis of PSMA imaging for advanced prostate cancer, Jake is now a Lecturer at the University of Western Australia, leading much of the project's research related to medical imaging analytics.

Brendan Wright

PhD candidate, University of Western Australia, "Uncertainty Aware 3D Segmentation for Prostate Radiotherapy: Calibrated Evaluation, Expert Baselines, and Propagation to NTCP"

Kaylee Molin

PhD candidate, University of Western Australia, "Towards Personalised Medicine in Metastatic Prostate Cancer Through Statistical and AI-Based Analysis of PSMA PET/CT and SPECT/CT Scans"