RANZCR NZ ASM 2025

15 August 2025 - 17 August 2025
New Zealand
Venue - Takina, Wellington, New Zealand
CPD hours available

Registrations are now open for the New Zealand Annual Scientific Meeting being held on 15-17 August 2025 in Wellington. Learn about recent advances in the fields of clinical radiology and radiation oncology followed by networking events with peers.

 

Tena koutou katoa

It is our pleasure to invite you to join us at the RANZCR New Zealand ASM 2025 in our vibrant capital, Wellington from the 15-17 August.

The theme for our 2025 conference is ‘What We Do in the Shadows’, a nod to the distinctive character of New Zealand television production in Wellington and also the descriptive connection to our daily work.

The scientific program will include international keynote faculty at the forefront of their field, complemented by our community of expert New Zealand speakers.

This year, we are delighted to host three fantastic Clinical Radiology keynote speakers:
Dr Kevin Chang: Section Chief of Abdominal Imaging and Director of MRI at Boston University Medical Center and national US leader in CT Colonography. 
Dr Rohini Nadgir: Neuroradiologist from Johns Hopkins University School of Medicine, co-author of the esteemed Neuro Requisites textbook and expert in head and neck as well as innovator in remote teaching/learning.
Dr Emmeline Lee: Women’s Imaging specialist from Perth, recipient of ASUM’s Australian Sonologist of the Year and Director of BreastScreen WA. With this breadth of Radiology talent, this year’s conference will encompass a wide array of topics for all interests.

For further information, please visit the RANZCR NZASM website.

Nga mihi nui,
Dr Leah Schafer (Radiology)
Dr Slavka Kudrnova (Radiology)
Dr Han Kim (Radiation Oncology)
Convenors, RANZCR NZ ASM 2025The Radiation Oncology keynote speaker is Dr Caroline Chung, vice president and chief of Institute for Data Science at MD Anderson Cancer Centre. She is a clinician-scientist, associate professor in Radiation Oncology and Diagnostic Imaging with CNS focus.