Mining Engineering
Why Study Mining Engineering
Mining plays an essential role in modern life. Minerals are used in everything from smartphones and transportation to renewable energy technologies. Mining engineers design and manage the systems used to safely and efficiently extract these resources while reducing environmental impact and supporting responsible land use.
The Mining stream of the Bachelor of Engineering in Resource Engineering prepares students to work on complex resource projects that require technical expertise, environmental awareness and strong project management skills.
The Saint Mary's Approach
Mining Engineering students begin with strong engineering foundation that includes core courses in engineering science, materials, geology and environmental systems. As they progress through the program, students take specialized courses focused on the science and engineering behind mineral extraction and processing. This approach ensures graduates understand both the technical systems used in mining and the environmental and social responsibilities that come with resource development.
Hands-on Learning
Students gain practical experience through laboratories, field studies and engineering design projects. These activities introduce students to real mining challenges such as rock stability, mineral processing and mine planning.
Future Careers
Mining engineers are needed in a range of industries involved in resource development and environmental management.
Graduates may work in areas such as:
- mine design and planning
- underground and surface mining operations
- mineral processing
- mine closure and reclamation
- environmental monitoring and management
- engineering consulting
Mining Engineers play an important role in ensuring that mineral resources are developed safely, efficiently and responsibly.
Sample Courses
Sample courses
- Surface Mining Methods
- Underground Mining Methods
- Rock Mechanics
- Focused Mine Equipment and Services
- Mineral Processing and Water Management
- Structural Geology
- Geological Mapping
- Environmental Impact Assessment
Ever wonder what it’s like to study engineering at Saint Mary’s University? On our first episode of Majorly Speaking, sit down and find out with Professor Don MacNeil, second-year student Bri Lawton, and a special furry guest, Bert—Engineering’s Chief Morale Officer.
Learn more about the engineering program.
Watch our engineering episode Ever wonder what it’s like to study engineering at Saint Mary’s University? On our first episode of Majorly Speaking, sit down and find out with Professor Don MacNeil, second-year student Bri Lawton, and a special furry guest, Bert—Engineering’s Chief Morale Officer.
Learn more about the engineering program.
Watch our engineering episodeWe're here to help guide you through our admissions process, including applications, scholarships, tuition payments and more.
If you’re currently completing - or have already completed - a Diploma in Engineering at another university, you may be able to transfer to Saint Mary’s and complete your Bachelor of Engineering in Resource Engineering. This pathway lets you build on the foundation you’ve already started and complete your full engineering degree while gaining hands-on experience and specialized knowledge. At SMU, you’ll join a close-knit engineering community and prepare for careers shaping the future of resources and energy.
More about transferring to SMUIf you’re currently completing - or have already completed - a Diploma in Engineering at another university, you may be able to transfer to Saint Mary’s and complete your Bachelor of Engineering in Resource Engineering. This pathway lets you build on the foundation you’ve already started and complete your full engineering degree while gaining hands-on experience and specialized knowledge. At SMU, you’ll join a close-knit engineering community and prepare for careers shaping the future of resources and energy.
More about transferring to SMU