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Position Summary: Conduct phase-field modelling of microstructure evolution in two-phase ferritic steel in partnership with Hydro-Québec. Qualifications: PhD in Physics or related field Before applying
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modeling. The project focuses on computational modeling of fracture and coupled thermo-hydro-mechanical processes in geomaterials relevant to subsurface energy applications. The postdoctoral researcher will
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fundamental research involving mineral processing and hydro/pyrometallurgical processes; working with pilot-scale research operations is desirable. Assist in research proposals. Document research findings in
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, MDA, antioxidant enzymes), and nutrient uptake, while monitoring soil hydro-physical properties and biodegradability. Perform robust statistical analyses, prepare high-quality manuscripts for peer
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at constraining the hydro-mechanical properties of rocks and fault zone materials under crustal conditions. The experimental plan includes the use and further development of innovative laboratory and data analysis
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(TMDH) project that aims to integrate NASA Earth observation (EO) products, in situ and field-sensor records, and advanced hydro-geologic models into an operational platform to support U.S.–Mexico treaty
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guidelines. You will also coordinate with fellow researchers, oversee participant involvement, manage data workflows, and maintain project timelines and budgets. Throughout the project, you will apply hydro
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analysis and hydro-climatic extremes. Terrestrial carbon and ecosystems: enhancing our capacity to observe, quantify and understand land processes and terrestrial ecosystems with a special focus on the
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the conceptualization of the currency and metric of justice in adaptation and compensation in climate change case studies (e.g., impacts of cascading hydro-geomorphic hazards, extreme events and