My research has focused on the accuracy and precision of radiotherapy. This involves investigations into each stage of the planning and delivery process and even extended to clinical trial design. My work looking at the uncertainty in target and healthy tissue delineation uncertainties. My PhD studies led me to the design of clinical trials for radiotherapy. Specifically, ways to assess different contributing uncertainties and robust methods to account for these. I was also co-inventor of a...
My research has focused on the accuracy and precision of radiotherapy. This involves investigations into each stage of the planning and delivery process and even extended to clinical trial design. My work looking at the uncertainty in target and healthy tissue delineation uncertainties. My PhD studies led me to the design of clinical trials for radiotherapy. Specifically, ways to assess different contributing uncertainties and robust methods to account for these. I was also co-inventor of a medical device named The HexaCheck which has been licenced to the US based Standard Imaging Inc
I have a strong commitment to student supervision and mentoring junior researchers.
Professional Affiliations
Australasian College of Physical Scientists and Engineers in Medicine (ACPSEM) – Ordinary Member
Australian Institute of Physics (AIP) – Member
American Association of Physicists in Medicine (AAPM) – Member
Trans-Tasman Radiation Oncology Group (TROG) – Associate Member
Journal Responsibilities
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2014- |
Associate editor |
Australasian Physical & Engineering Sciences in Medicine |
- Publications
- Grants
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Cancer Institute NSW Early Career Fellowship - ECF181499 ($480,000 AUD) |
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ImproviNg brain cancer ouTcomes with mRi guidEd adaPtIve raDiotherapy (INTREPID) (2019-2021) |
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Role: PI |
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University of New South Wales Research Infrastructure Scheme ($273,443 AUD) |
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Modelling and Monitoring Equipment Suite for complex diseases (2019) |
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Role: AI |
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NHMRC Program Grant - APP1102198 ($594,197.40 AUD) |
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Reducing the greatest uncertainty in radiotherapy (2016-2019) |
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Role: CIG (co-PI) |
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Sydney South West Local Health District, Early Career Researchers Program ($45,000 AUD) |
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Implementation of MRI based Adaptive Radiotherapy Utilising the TRAC Tool (2017-2019) |
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Role: PI |
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Cancer Institute NSW Early Career Fellowship - ECF181499 ($480,000 AUD)
-
ImproviNg brain cancer ouTcomes with mRi guidEd adaPtIve raDiotherapy (INTREPID) (2019-2021)
-
-
Cancer Institute NSW Early Career Fellowship - ECF181499 ($480,000 AUD)
-
Role: PI
-
-
Cancer Institute NSW Early Career Fellowship - ECF181499 ($480,000 AUD)
-
-
-
Cancer Institute NSW Early Career Fellowship - ECF181499 ($480,000 AUD)
-
University of New South Wales Research Infrastructure Scheme ($273,443 AUD)
-
-
Cancer Institute NSW Early Career Fellowship - ECF181499 ($480,000 AUD)
-
Modelling and Monitoring Equipment Suite for complex diseases (2019)
-
-
Cancer Institute NSW Early Career Fellowship - ECF181499 ($480,000 AUD)
-
Role: AI
-
-
Cancer Institute NSW Early Career Fellowship - ECF181499 ($480,000 AUD)
-
-
-
Cancer Institute NSW Early Career Fellowship - ECF181499 ($480,000 AUD)
-
NHMRC Program Grant - APP1102198 ($594,197.40 AUD)
-
-
Cancer Institute NSW Early Career Fellowship - ECF181499 ($480,000 AUD)
-
Reducing the greatest uncertainty in radiotherapy (2016-2019)
-
-
Cancer Institute NSW Early Career Fellowship - ECF181499 ($480,000 AUD)
-
Role: CIG (co-PI)
-
-
Cancer Institute NSW Early Career Fellowship - ECF181499 ($480,000 AUD)
-
-
-
Cancer Institute NSW Early Career Fellowship - ECF181499 ($480,000 AUD)
-
Sydney South West Local Health District, Early Career Researchers Program ($45,000 AUD)
-
-
Cancer Institute NSW Early Career Fellowship - ECF181499 ($480,000 AUD)
-
Implementation of MRI based Adaptive Radiotherapy Utilising the TRAC Tool (2017-2019)
-
-
Cancer Institute NSW Early Career Fellowship - ECF181499 ($480,000 AUD)
-
Role: PI
-