With high-tech geochemistry and geophysics labs, geomechanics computing tools, and Queen’s Facility for Isotope Research lab to work in, our students have the opportunity to engage in cutting-edge geoscience and geoengineering research. As well, students are able to work in first-rate facilities with world-renowned scientists and research engineers, and have opportunities to collaborate with industrial leaders and engage in extensive fieldwork on six continents, making our program truly a world-class experience. Students can also collaborate with other departments at Queen’s, including Mining, Environmental Studies, Chemistry and Biology as well as other institutions like RMC.
The application of fundamental geological concepts to the development of safer and more sustainable use of earth materials in the service of society, both above ground and below the surface.
The development of the concepts and tools to search for the mineral and nonrenewable energy resources that are essential for the maintenance of the lifestyle that the developed world enjoys, and which the developing world aspires to have
An examination of how the multitude of processes that shape the Earth have interacted in the past to create the structure, landscape and resources that we find today, something that is said to require unique four-dimensional thinking.