People_

Professor Jinman Kim

Professor, School of Computer Science
Director of the Biomedical Data Analysis and Visualisation (BDAV) Lab
Research Director of the Telehealth and Technology Centre, Nepean Hospital.
Phone
+61 2 9036 9804
Address
J12 - Computer Science Building
The University of Sydney
Details
Professor Jinman Kim

Professor Jinman Kim is a Professor of computer science at the University of Sydney. He established and leads the Biomedical Data Analysis and Visualisation (BDAV) Lab at the School of Computer Science. He is the Imaging Theme Leader of the ARC Training Centre in Innovative Biomedical Engineering on musculoskeletal technologies. He is the also the Director of the Telehealth and Technology Center, Nepean hospital. Prof Kim co-leads the ‘digital health imaging’, as part of the Faculty of Engineering’s Digital Science Initiative, with the vision and strategy to improve the use and accessibility of medical imaging via AI innovations.

Prof Kim received his PhD degrees in computer science from the University of Sydney in 2006. He received the APD Research Fellowship from the ARC in 2008. In 2010, he joined the University of Geneva as an Experienced Researcher (Marie Curie). He then worked as a Senior Lecturer (2013), A/Prof (2016), and Prof (2022) at the University of Sydney.

Prof Kim's research is in the intersection of machine learning for biomedical image analysis and visualization (part of AI), with a focus on multi-modal biomedical data processing. CIX Kim continuously publishes in top venues in his field and received multiple competitive grants and scientific recognitions. Dr Kim is actively involved in his research communities where is an A/Editor of Computer Methods and Program in Biomedicine (CMPB), A/Editor of Visual Computer and Reviewer for all major journals and conferences in his field.

Prof Kim is the Director (co-) of a new teaching program – Master of Digital Health and Data Science – co-developed and co-taught between the Faculty of Engineering and the Faculty of Medicine and Health.

Biomedical engineering and technology
Project titleResearch student
Evaluating AI Models in Dental Education: Potential for Learning and Clinical TrainingKatharina ALVES RABELO
Detection of abnormalities in structurally “normal” brainsYoong Kwei ANG
Personalised, safe multimodal AI models for healthCody HU
Methods for Achieving Fairness in Artificial Intelligence for HealthcareAmit SAHA
Personal Question Answering System Based on Patient Discharge SummariesLexuan SHAO
Remote assessment of cutaneous lymphoma using 3D photographyKelvin TRUONG
Robust Virtual-to-Physical Mapping in Medical Image-based Augmented/Mixed RealityMingxiao TU
A imaging omics risk score for Coronary Artery DiseaseChuhan WANG
Efficient and Robust Pre-trained Models for Deep Learning-Based Medical Image AnalysisHao WANG
Multimodal LearningShuchang YE
Towards Intersectional Fairness in Medical Vision-Language ModelsYupeng ZHANG

Publications

Selected Grants

2025

  • Enhancing Multidisciplinary Team Meetings via AI-Enabled Data Assimilation, Kim J, Australian Research Council (ARC)/Mid-Career Industry Fellowship

2024

  • Federated Omniverse Facilities for Smart Digital Futures, Kim J, Australian Research Council (ARC)/Linkage Infrastructure, Equipment and Facilities (LIEF)
  • Low-dose Total-Body PET-CT Image Enhancement Using Generative Artificial Intelligence for Multiple Cancer Studies, Kim J, Tour de Cure Ltd/Pioneering Research Grant

International collaboration

Industry engagement

  • Nepean Hospital

    Collaboration with multiple departments within the Hospital for Telehealth projects.

  • Royal Prince Alfred Hospital

    Professor Michael Fulham Director Department of PET & Nuclear Medicine (Molecular Imaging). Collaborate in multiple research projects and joint student supervision.

In the media

  • CGI 2014[June 2014]

    University of Sydney

    31st Computer Graphics International conferenceMore..

  • Virtual body and images to aid diagnosis[2 December 2013]

    University of Sydney

    Images of cancer cells buried deep in lung tissue have been used by biomedical engineers at the University of Sydney to help develop new medical imaging technologies that will assist oncologists with medical research and diagnosis.More..