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Integration of advanced geomechanics in rock fragmentation by blasting - Fully funded MSc and PhD positions

Targeted study program
Masters with thesis
Doctorate
Research domains
Sustainable Development, Circular Economy and Environmental Issues
Infrastructure and Built Environment
Sensors, Networks and Connectivity
Financing
Funding in the range of 25,000 CAD to 40,000 CAD per year according to the program level.

This research program focuses on integrating advanced geomechanics into rock blasting to improve safety, productivity, and excavation performance in mining and construction. Students will combine laboratory testing, field observations, numerical modelling, and fracture network analysis to better predict blast-induced damage, rock fragmentation, slope stability, and blastability, while developing innovative simulation and assessment tools for surface and underground excavations.

We are actively recruiting students for the following projects:

  • Experimental and numerical evaluation of blast induced deterioration of rock slope and pit walls (MSc, PhD);
  • Numerical calibration framework for rock blasting simulations via FEM and FDEM (PhD);
  • Discrete fracture network (DFN) assisted prediction of blast fragmentation results (MSc, PhD);
  • Single hole blastability indexing in surface and underground mining and construction (MSc).

Required knowledge

The following notions, skills and expertise are an asset:

  • Geotechnical engineering

  • Machine learning and deep learning

  • Geomatic, remote sensing and topographical models

  • French and English

  • Python, ITASCA software, RocScience software