Daniel Cumming-Potvin

Daniel Cumming-Potvin serves as a Senior Research Fellow at The University of Western Australia within the School of Engineering and the Australian Centre for Geomechanics. His work bridges academic research with practical mining industry applications, focusing on critical geomechanical challenges in underground mining operations.

His research interests center around rock mechanics, cave mining processes, seismic hazard assessment, and damage mapping technologies. Dr. Cumming-Potvin has developed innovative approaches to understanding cave propagation mechanisms, particularly through his work on fracture banding in caving systems. His research integrates physical modeling, numerical simulation, and field data collection to address rockburst risks and ground stability issues in hard rock mining environments.

Analysis of his publication record reveals a strong focus on practical applications of geomechanical principles to mining safety. His work demonstrates a progression from fundamental research on cave mechanics toward developing field-deployable tools like the mXrap Damage Mapping application, which has been implemented at operational mines to improve data collection on rockburst damage and ground support performance.

Dr. Cumming-Potvin actively collaborates with major mining companies through multiple research projects focused on Mining Induced Seismicity and Rockburst Risk Management. He serves as both an editor and reviewer for major international mining conferences, contributing to the advancement of knowledge in deep mining and ground support technologies.

He completed his PhD at The University of Western Australia in 2018 with research that extended the conceptual model of caving mechanics, challenging established industry frameworks with evidence of discontinuous damage profiles during cave propagation.