AIM for Health Lab · Monash University

AIM for
Dermatology

Selected Publications
2026.01 arXiv preprint
DermoGPT: Open Weights and Open Data for Morphology-Grounded Dermatological Reasoning MLLMs
Jinghan Ru*, Siyuan Yan*, Yuguo Yin, Yuexian Zou & Zongyuan Ge
DermoGPT overview figure
2026 British Journal of Dermatology
Automated classification of site-specific cutaneous photodamage using a convolutional neural network and three-dimensional total body photography
Sam Kahler, Siyuan Yan, Adam Mothershaw, Francesco Leo, Chantal Rutjes, Zhen Yu, Dilki Jayasinghe, Victoria Mar, Monika Janda, Zongyuan Ge, H Peter Soyer, Brigid Betz-Stablein & Clare A Primiero
Photodamage phenotypes figure
2025 Nature Medicine
A Multimodal Vision Foundation Model for Clinical Dermatology
Siyuan Yan, Zhen Yu, Clare Primiero, Cristina Vico-Alonso, Zhonghua Wang, Litao Yang, Philipp Tschandl, Ming Hu, Lie Ju, Gin Tan, Vincent Tang, Aik Beng Ng, David Powell, Paul Bonnington, Simon See, Elisabetta Magnaterra, Peter Ferguson, Jennifer Nguyen, Pascale Guitera, Jose Banuls, Monika Janda, Victoria Mar*, Harald Kittler*, H. Peter Soyer* & Zongyuan Ge*
PanDerm overview figure
2025 ICCV 2025
Derm1M: A Million-Scale Vision-Language Dataset Aligned with Clinical Ontology Knowledge for Dermatology
Siyuan Yan*, Ming Hu*, Yiwen Jiang*, Xieji Li, Hao Fei, Philipp Tschandl, Harald Kittler & Zongyuan Ge
Derm1M overview figure
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Latest from the Group
NHMRC Ideas Grant
2026
Grant
NHMRC Ideas Grant — Tracking melanoma at the pixel level
Secured with UQ to combine 3D body photography, AI, and genomics for identifying melanoma-prone skin regions.
2026
Grant
NHMRC Ideas Grant — Tracking melanoma at the pixel level
Our team secured an NHMRC Ideas Grant with the University of Queensland on "Tracking melanoma at the pixel level: deep image analysis guided by spatial molecular profiling". Dr. Zhen Yu was appointed as CIB, working alongside CIA Prof H. Peter Soyer (UQ) and collaborators from Medical University of Vienna and Dartmouth College. This 4-year project combines 3D total body photography, AI, and genomics to identify melanoma-prone skin regions for early detection.
AUTOMATE-ME
2025
Grant
NHMRC Clinical Trials Grant — AUTOMATE-ME
5-year cohort study leveraging ACEMID's 3D imaging across 16 health services and 6,400+ participants.
2025
Grant
NHMRC Clinical Trials Grant — AUTOMATE-ME
Our team secured an NHMRC 2024 Clinical Trials and Cohort Studies Grant for "AUTOMATEd risk assessment and screening for MElanoma and skin cancer (AUTOMATE-ME)". Led by CIA Assoc Prof Victoria Mar (Alfred Health/Monash), this 5-year cohort study leverages the ACEMID network across 16 health services with over 6,400 participants. Assoc Prof Zongyuan Ge contributes as CIF and will lead AI algorithm development for automated melanoma screening.
PanDerm
2025
Publication
PanDerm Published in Nature Medicine
+10.2% melanoma detection, +11% for dermatologists, +16.5% for non-specialists.
2025
Publication
PanDerm Published in Nature Medicine
Our multimodal vision foundation model for clinical dermatology — pretrained on over 2 million skin images across 4 imaging modalities and evaluated on 28 benchmarks. Reader studies show +11% diagnostic accuracy for dermatologists, +16.5% for non-specialists, and +10.2% improvement in early melanoma detection. Widely covered by Monash University, Mayo Clinic Platform, Healthcare IT News, and international media.
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DermoGPT
2026
Publication
DermoGPT Preprint Released
Open-weights MLLM with DermoBench, outperforming 16 baselines across 11 clinical tasks.
2026
Publication
DermoGPT Preprint Released
DermoGPT is a morphology-grounded dermatological reasoning multimodal large language model with fully open weights and open data. It introduces a novel DermoBench benchmark and outperforms 16 baselines across 11 clinical tasks, including diagnosis, morphology recognition, and clinical reasoning. The model and data are publicly available to support reproducible research in dermatology AI.
Pigmentation Research
2025
Collaboration
Monash–Suzhou Skin Pigmentation Research
AI-driven facial pigmentation analysis across 7 types in 500 subjects with GWAS.
2025
Collaboration
Monash–Suzhou Skin Pigmentation Research
New collaboration with Monash Suzhou Research Institute and CAS Institute of Nutrition and Health on automated facial pigmentation analysis. The project recruits 500 subjects across 7 pigmentation types, combining multimodal vision-language models for AI-driven detection, classification, and severity grading with genome-wide association studies to uncover the genetic basis of pigmentation.
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SunSmart
2026
Collaboration
My SunSmart — AI-Enhanced Sun Protection
Partnering with Cancer Council Victoria on AI-driven personalised sun protection messaging.
2026
Collaboration
My SunSmart — AI-Enhanced Sun Protection
Our team is partnering with Cancer Council Victoria and Alfred Health's Victorian Melanoma Service on the My SunSmart project, building on the successful ACEMID pilot study (53 participants, 93% app adoption, 89% using UV forecasts). We are developing an AI-enhanced personalisation system that automatically generates tailored sun protection messages based on individual risk profiles, behaviours, and demographics.
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Our People
AIM for Dermatology group photo
Zongyuan Ge
Group Leader
Founding Director, AIM for Health Lab
Zhen Yu
Research Fellow
Monash University
Siyuan Yan
Research Fellow
Monash University
Jiajun Sun
Research Fellow
Monash University
Yingsheng Liu
Yingsheng Liu
PhD Student
Monash University
Xieji Li
PhD Student
Monash University
Haiming Li
Haiming Li
Master Student
Monash University
Shamus Sim Zi Yang
Research Master
Monash University
Ruyi Shen
Ruyi Shen
Honours Student
Clinical Background
Sam Polkinghorne-Katz
Sam Polkinghorne-Katz
Master Student
Clinical Background
Our Mission

AIM for Dermatology is a research group within the AIM for Health Lab at Monash University focused on developing computational methods that transform how skin diseases are detected, understood, and managed. By combining large-scale clinical datasets with advances in artificial intelligence, our work aims to improve skin cancer screening, dermatological diagnosis, and disease prognosis, while also using skin data to study biological aging and systemic health.

We drive clinical impact through a powerful global network of academic, clinical, and industry partners — including the ACEMID network (Australia's largest melanoma initiative), Alfred Health, Harvard Medical School, Memorial Sloan Kettering, and industry leaders like Canfield Scientific and MoleMap. These collaborations enable us to train and rigorously evaluate our algorithms on diverse, real-world multimodal data. Together with our partners, we are translating methodological breakthroughs into practical tools: from building dermatology foundation models and clinical reasoning systems for general skin conditions, to exploring the emerging frontier of "dermatomics" — investigating how skin phenotypes and imaging might reveal hidden systemic disease risks and aging trajectories.

The AIM for Health Lab (Augmented Intelligence and Multimodal Analytics for Health) is founded and directed by A/Prof. Zongyuan Ge. The lab spans expertise in health AI translation, privacy-preserving AI, federated learning, and multimodal data analysis, with deep connections to first-tier healthcare providers and industry partners. Research from the lab has been published in leading venues including Nature Medicine, Nature Nanotechnology, Science Advances, The Lancet Digital Health, and top AI conferences such as NeurIPS, CVPR, ICCV, ICLR, EMNLP, ACL, and MICCAI.

We are always looking for passionate PhD students, visiting students, and research assistants. Feel free to reach out via zongyuan.ge@monash.edu, zhen.yu1@monash.edu, or siyuan.yan@monash.edu.
Our Collaborators