Queen's University - Civil Engineering

Homepage: https://www.queensu.ca/about

Queen’s University is seeking a motivated graduate student to contribute to cutting-edge research in understanding how lakes are changing in the Canadian arctic. Join Dr. Élise Devoie and Dr. Stephanie Wright to explore the fascinating world of lake hydrology in cold environments.

Overview:

• Objective: Collect field data on lake hydrology, groundwater and surface water quality in Northwest Territory Lakes. Model the impacts of climate change and/or wildfires on system hydrology using the Raven Hydrological Modelling Framework.
• Approach: Collaborating with local Indigenous communities, Environment and Climate Change Canada, and Northwest Territories geological Survey, we will quantify and model the impact of permafrost, wildfire, and climate change on the hydrology of a small lake catchment.

Role Details:
Looking for a graduate student with an excited, curious, and creative mindset, interested in cold regions hydrologic processes.

• University: Queen’s University, Kingston, ON, Canada
• Start Date: 1 May or 1 Sept. 2025 (or alternative date)
• Positions Available: PhD position in Civil Engineering (Environmental)
• Requirement: Masters level graduate degree in Engineering, Mathematics, Physics, Environmental Sciences, Geography, or related fields
• Student stipend: $30,000 CAD per year

• Collect data in northern lakes as part of a research team during a summer field campaign.
• Setup initial and boundary conditions for model using field and online data.
• Calibrate model using observational data and existing related field research. o Couple watershed model to lake models developed by collaborating groups.
  2. Climate Change and Wildfire Prediction:
• Use Raven to explore how climate change and wildfires are impacting surface water hydrology.
• Investigate hydrologic response to varying climate and wildfire scenarios.

Desirable Skills:
1. Environmental Field Methods

• Experience with surface water and groundwater monitoring, including water quality sampling.
• Willingness to conduct field work in remote locations for extended periods. o Northern field experience is considered an asset.
  2. Scientific Programming and/or mathematical modelling:
• Proficiency in mathematical techniques for simulating hydrologic processes.
• Ability to formulate and solve relevant equations using numerical modelling tools.
• Experience with numerical simulations and implementing algorithms.
  3. Data Visualization:
• Skill in presenting research findings through effective visualizations.
  4. Climate Science Knowledge:
• Understanding of climate change impacts on ice and aquatic ecosystems. o Awareness of relevant literature and research.
  5. Collaboration and Communication:
• Willingness to work in a collaborative team environment.
• Proficient English communication skills for presenting results and collaborating with stakeholders.

Inclusivity Statement:
We are committed to fostering an inclusive workplace. We encourage applications from individuals of diverse backgrounds, including Black, racialized/visible minority, Indigenous/Aboriginal people, women, persons with disabilities, and 2SLGBTQ+ individuals.

Interested applicants should email stephanie.wright@queensu.ca and
elise.devoie@queensu.ca with the following:

Subject Line: “Wright-Devoie PhD Application”
Attachments:

• CV
• A brief statement of interest o Unofficial Transcripts
• Contact information for two references

Join us in advancing our understanding of cold environments!