Faculty of Engineering, Architecture and Science
Undergraduate Programs
Undergraduate programs in the Faculty of Engineering, Architecture and Science provide students with a strong grounding in theoretical fundamentals supported by practical, professionally oriented learning experiences. Our courses, lab assignments, design projects, internships and co-op programs prepare students to hit the ground running from the moment they graduate. We offer a broad range of specializations in our programs, which enable students to custom-design their education.
Aerospace engineers study advanced technologies to design and manufacture vehicles that move through air and space. For these engineers, the sky isn't the limit, it's just the beginning.
Architects transform our surroundings and are constantly developing more sustainable ways to effect change through design.
Biologists advance our understanding of the 10 million living species on our planet.
Biomedical engineers hold the promise of making a tangible difference in the health of humanity.
Chemical engineers are the driving force behind environmentally friendly fuels, improved solid-waste treatment, cleaner air and water, better-tasting food and new pharmaceuticals.
Chemists study the structure and properties of molecules that affect the safety of food and consumer products, and the health and function of our own bodies.
Civil engineers create the infrastructure to support our civilization and to keep people moving.
Every second, information moves silently across the globe. From gaming to digital communications, computer engineers keep us connected around the clock.
Whether developing new strategies for increasing the capacity of systems, or studying the nature of intelligence or vision, computer scientists are in high demand.
Contemporary scientists are forward-thinkers who solve scientific problems that cross traditional disciplines.
Electrical engineers understand, manipulate and utilize electrical phenomena. They convert wind, solar and hydro-electric power into usable energy that we see in our everyday lives.
Industrial engineers study the human element in the design and operation of complex systems, improving safety, efficiency and performance standards.
Competence in problem-solving and aptitude in analytical reasoning are important and highly valued in all areas of industry.
For mechanical engineers, the wheels are always turning. These engineers develop devices to drive generators, engines, turbines, elevators, biomedical implants, artificial limbs, and more.
Thanks to the application of physics to medicine, new diagnostic and therapeutic possibilities are being realized - and humans are reaping the benefits.
This entry option provides the opportunity for students to learn more about the various engineering disciplines before selecting a plan of study.
This entry option provides the opportunity for students to learn more about the various science disciplines before selecting a plan of study.
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