Marc-Andre Brideau

Marc-Andre Brideau serves as an Adjunct Professor in the Department of Earth Sciences at Simon Fraser University while maintaining active industry engagement at BGC Engineering Inc. His expertise centers on engineering geology and geohazard risk assessment, with extensive fieldwork conducted across British Columbia, Yukon, Alberta, and New Zealand. Dr. Brideau integrates multidisciplinary methodologies including field investigations, laboratory testing, remote sensing technologies, and advanced numerical modeling to address complex slope stability challenges and landslide dynamics.

Research interests focus on geohazards—particularly landslides and rock avalanches—with emphasis on quantitative risk assessment frameworks. His work incorporates climate change impacts, extreme weather events, and infrastructure vulnerability through methodologies like interferometric radar (InSAR), LiDAR analysis, and three-dimensional numerical simulation. Key contributions include developing practical hazard mapping tools and risk management protocols for pipeline corridors, transportation infrastructure, and community safety in geologically active regions.

Analysis of recent publications (2021-2025) reveals consistent trends toward applied geohazard assessment in changing environmental conditions. His studies prioritize case-specific analyses of significant Canadian and New Zealand landslides, employing integrated approaches that combine remote sensing data with geotechnical monitoring to refine runout prediction models and susceptibility mapping. This research directly informs improved risk analysis standards for industry and government agencies.

Professional activities demonstrate strong industry-academia collaboration through BGC Engineering Inc., where Dr. Brideau contributes to geohazard assessment projects requiring multidisciplinary teams of geologists, engineers, and remote sensing specialists. While formal student advisement isn't documented in source materials, his career trajectory spanning research institutes, academia, and consulting firms highlights a commitment to translating theoretical research into practical geohazard management solutions. Current work leverages advanced geotechnical tools for monitoring and modeling, particularly addressing climate change implications for slope stability.