Renewable Energy Engineering
Why Study Renewable Energy Engineering
Renewable energy is a key part of the global transition toward cleaner energy systems. Engineers are needed to design, build and manage technologies that produce energy from sustainable sources.
The Renewable Energy Engineering stream prepares students to work on systems that generate power from sources such as wind, solar and biomass. Students learn how energy systems are designed and how they connect to larger electrical grids and energy infrastructure.
The Saint Mary's Approach
Students begin with a strong engineering foundation that includes core courses in engineering science, materials, geology and environmental systems. As they move through the program, students focus on renewable energy technologies and systems. Courses explore how energy is generated, stored and delivered using renewable sources.
This approach helps students understand both the technical side of energy production and the environmental and societal factors shaping the energy transition.
Hands-on Learning
Students develop practical experience through labs, design projects and field-based learning. These activities introduce students to the technologies used in renewable energy systems and the engineering challenges involved in integrating them into modern power grids. Project-based learning allows students to explore real world solutions for renewable energy development.
Future Careers
Renewable energy engineers work in industries that are rapidly expanding around the world.
Graduates may pursue careers in areas such as:
- solar energy development
- wind energy systems
- energy storage technologies
- power systems and grid integration
- renewable energy consulting
- energy project planning and management
These roles help support the transition to cleaner and more sustainable energy systems.
Sample Courses
Sample courses
- Renewable Energy Technologies
- Renewable Energy Design
- Biomaterials and Bioenergy
- Energy and Resources
- Focused Energy Equipment and Services
- Climate and Environmental Systems
- Environmental Impact Assessment
- Materials Science
- Resource Project Management
- Capstone Engineering Design
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