Profiles

Title: Remote Sensing Physical Scientist
Role: I use remote sensing (e.g., satellite images) to monitor and better understand Canada's environment, including changes through time. 
Organization: Natural Resources Canada
Location: 580 Booth St, Ottawa, ON K1A 0E8
Title: Remote Sensing Scientist
Role: Synthetic Aperture Radar (SAR) polarimetry and interferometry applications for monitoring land surface processes, geohazards, and climate change impacts with a particular focus on northern and Arctic Canada.
Organization: Natural Resources Canada
Title: Research Scientist, Environmental Physicist
Role: Application of Earth Observations and remote sensing (optical/spectral) to support cumulative effects and regional environmental monitoring of mining, natural resource exploration and remediation initatives.
Organization: Natural Resources Canada
Title: Research Scientist
Role: Conduct scientific research and manage research projects
Organization: Natural Resources Canada
Location: 580 Booth St., Ottawa, ON
Title: Environmental Scientist
Organization: Natural Resources Canada
Location: 588 Booth Street, Ottawa, Ontario
Title: Senior Research Scientist
Organization: Natural Resources Canada
Title: Research Scientist
Role: My primary focus is on integrating building simulation modeling and machine learning techniques to enhance building performance.
Organization: Natural Resources Canada
Title: Research scientist
Role: I currently conduct research on the Devonian System of Western Canada Sedimentary Basin, perspectives of underground hydrogen storage and concommittant use of bedrock subsurface  for emerging zero-emission technologies.
Organization: Natural Resources Canada
Title: Deputy Director - Science and Technology, Canada Centre for Remote Sensing
Role: Manager of science activities, direction, and policy of the science and technology subdivision within the Canada Centre for Remote Sensing.
Organization: Natural Resources Canada
Location: Ottawa
Title: Senior Research Scientist
Role: High resolution and high precision measurement of ground deformation with Interferometric Synthetic Aperture Radar (InSAR) caused by earthquakes, landslides, volcanic eruptions, and anthropogenic subsidence due to mining and extraction of oil/gas, and...
Organization: Natural Resources Canada