Phil Dight

Phil Dight is a Professor in the School of Engineering at The University of Western Australia, affiliated with the Australian Centre for Geomechanics. His expertise spans geotechnical engineering, mine design, and open pit geomechanics with emphasis on slope stability and rock mechanics.

Education:

• Bachelor of Engineering (BEng) from University of Melbourne
• Master of Engineering (MEng) from University of Melbourne
• Doctor of Philosophy (PhD) from Monash University

His research focuses on mining risk management, microseismic monitoring of open pit mines, stress measurement using rock memory techniques, and pre/post-peak rock testing. He develops constitutive 3D models to analyze rock behavior under complex stress conditions, addressing critical challenges in slope stability and rockburst prediction. His work integrates laboratory testing with field applications to enhance mining safety.

Recent publications (2022-2025) demonstrate expertise in rock fracture mechanics, deformation rate analysis (DRA), and in situ stress determination. Key methodologies include hydraulic fracturing (HF) and differential strain curve analysis (DCDA), primarily applied to iron ore mining contexts. His research shows consistent focus on Class II rock behavior and spallation mechanisms under biaxial compression.

Scientific Awards: No scientific awards listed.

Supervision and Grants: Supervised 5 research students. Secured 8 industry-funded grants including BHP Billiton's Stress Measurements and 3D Property Project (2017-2019), Minerals Research Institute's rockburst vulnerability study (2015-2022), and MMG's Century Mine microseismic monitoring project (2013-2016). Major funding sources include mining corporations and research institutes focused on geomechanical applications.

Laboratories and Teams: Core researcher at the Australian Centre for Geomechanics, utilizing advanced facilities for rock testing, slope monitoring, and microseismic analysis. Collaborates with industry partners on real-world mining geomechanics challenges through multi-institutional research teams.