The MSc in Geological Science at Queen’s University is designed for students who want advanced training in geoscience, geochemistry, and geoengineering. You’ll learn through research-led teaching, access modern facilities, and build field and analytical skills for real-world environmental and resource challenges.
The MSc in Geological Science at Queen's University offers a comprehensive curriculum aimed at students seeking advanced knowledge in geoscience, geochemistry, and geoengineering. This program emphasizes research-led teaching, state-of-the-art facilities, and the development of practical skills necessary to tackle environmental and resource challenges in the real world.
Core focus: The program centers on advanced geological science, with opportunities to explore connections between economic, environmental, and engineering applications.
Typical course areas include:
Economic Geology & Mineral Exploration
Petrology & Structural Geology
Sedimentology, Sedimentary Geochemistry & Paleobiology
Applied Geoenvironmental Sciences & Geotechnique
How you complete the MSc:
Engage in coursework tailored to your academic background and research interests.
Receive academic advising to support your progression towards completing the MSc requirements.
Complete a final assessment component, such as a thesis or capstone project, which may vary by student—please confirm specific requirements with Queen's University.
Interdisciplinary learning: You will have the chance to collaborate with related departments and research groups, such as those in mining, environmental studies, chemistry, and biology, depending on your interests and availability.
While specific minimum GRE/GMAT and GPA scores are not detailed, admission to the program is based on your academic background and the overall strength of your application. Prospective students should review the application guidelines for additional requirements.
Graduates of the MSc in Geological Science program are well-prepared for a variety of career paths in sectors such as environmental consulting, natural resource management, and geotechnical engineering. The advanced skills and knowledge gained during the course will enable you to address complex geological challenges and contribute to sustainable practices in the field.
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