Peter To

Peter To is a Lecturer in Civil Engineering at James Cook University (JCU), Australia, where he has been affiliated since 2016. His expertise spans geotechnical engineering with specialization in numerical simulation, dam safety, and soil mechanics. Professionally, he has experience as a dam designer and inspector in Vietnam and authored a book on Vacuum Consolidation Method for site engineers.

Dr. To holds a BSc and MSc from St. Petersburg State Polytechnical University (Russia) and a PhD in Civil Engineering from the University of Queensland. He completed postdoctoral research in Mathematical Sciences at Queensland University of Technology before joining JCU.

His research critically addresses soil erosion mechanisms (suffusion and contact erosion), slope stability, consolidation techniques, and ground improvement. Notable contributions include a novel suffusion assessment method applicable to dam safety, which earned the Golder Foundation Award. Recent work emphasizes sustainable solutions like using nickel residues and tailings in landfill/construction applications.

Analysis of his 14 publications (2018-2024) reveals three dominant trends: (1) Advanced erosion modeling (suffusion/contact erosion) using particle size distribution analysis; (2) Electro-kinetic consolidation innovations for dredged materials; (3) Practical stabilization techniques for infrastructure (e.g., lime-treated road batters). His work consistently bridges theoretical modeling with laboratory validation.

Scientific recognition includes:

• Golder Foundation Awards (First Prize) for suffusion assessment method

Dr. To currently leads two research projects: Sustainable assessment of nickel production residue as engineered landfill (2022-2024) and Sustainable use of tailings as land-fill material (2021). His engineering education work during the epidemic demonstrates adaptability in pedagogy. While specific student names aren't listed, he holds research advisor accreditation at JCU.

His experimental approach is evident through custom apparatus development (erosion testers, slope-stability scanners), indicating active laboratory work focused on field-deployable geotechnical solutions.