Edi Nuryatno

Dr. Edi Nuryatno is a Senior Lecturer at The Adisutjipto Institute of Aerospace Technology and holds adjunct roles at National Institute of Technology and National Research and Innovation Agency. His primary affiliation is with The University of Western Australia. He specializes in Health Informatics, Clinical Algorithms, Digital Health, and Urban Health. Graduated with a PhD in MIS from Edith Cowan University, he has received prestigious awards including the 2024 Impact and Innovation Award and the iPREP WA Scholarship.

Education:

• MIS, PhD - Doctor of Philosophy, Edith Cowan University

Research Interests: Dr. Nuryatno’s work focuses on Health Informatics applications in clinical algorithms, digital health systems, and urban health management. His research integrates data science with healthcare operations, addressing challenges in medical asset tracking, vaccine distribution via blockchain, and AI-driven healthcare solutions. Recent projects include real-time arrhythmia detection and health passport systems.

Publications: His recent work spans AI in healthcare asset management, blockchain for vaccine distribution, and YOLO-based medical imaging systems. These studies highlight trends in applying machine learning to improve healthcare logistics and diagnostic processes.

Awards:

• Excellent in Research: 2024 High Commened - Impact and Innovation Award
• Industry and Research Engagement Program Western Australia (iPREP WA)
• International Postgraduate Research Scholarship (IPRS) - Edith Cowan University (ECU)

Advising & Activities: Supervises Higher Degree by Research students at UWA. Actively contributes to global initiatives like the Asia-Europe AI Network (AE4AI), focusing on AI governance and sustainable development. Has delivered keynote speeches at international forums including the International Symposium on Medical Devices and Technology Innovation (2023).

Labs/Teams: Collaborates with the UWA Medical School and leads projects under the AE4AI Network, emphasizing interdisciplinary AI applications in healthcare and urban systems.