Bachelor of Applied Science in Engineering Science Aerospace Engineering

U of T Aerospace Engineering students benefit from access to cutting-edge experimental facilities at the University of Toronto Institute for Aerospace Studies (UTIAS). These include purpose-built laboratories dedicated to advanced research in aerodynamics, aeroacoustics, and fluid dynamics, allowing students to engage in hands-on investigations and apply classroom learning to real-world engineering problems. You will have access to:

• Recirculating Water Tunnel: 5-meter long Plexiglas test section, operable in both free-surface and closed tunnel modes. Ideal for visualizing and investigating unsteady flow physics around scaled models such as micro air vehicles and landing gear.

• UTIAS Hybrid Anechoic Wind Tunnel: Features interchangeable test sections (open jet, hard-walled, tensioned Kevlar) inside an anechoic chamber for aeroacoustic and aerodynamic experiments. Supports flow speeds from 10 m/s to 75 m/s.

• Anechoic Room: Specialized lab designed for accurate sound measurement in quiescent (no-flow) environments, acoustically treated with wedge-lined walls for precise data collection.

• Advanced Instrumentation: High-resolution tools for time-resolved flow measurement and acoustic diagnostics, enabling precision experimentation and data analysis.

• Research Opportunities: Students can engage in faculty-supervised projects or self-initiated experiments, gaining valuable experience in scientific inquiry and applied aerospace problem-solving.

Graduates of the Bachelor of Applied Science in Engineering Science (Aerospace Engineering) at the University of Toronto St. George are highly sought after in aerospace, space, robotics, energy, and high-tech sectors. Alumni secure roles such as aerospace engineer, aircraft or spacecraft designer, propulsion engineer, flight test engineer, systems engineer, robotics engineer, and project manager. Employers include MDA Space Missions, Bombardier, Pratt & Whitney Canada, Honeywell, Canadian Space Agency (CSA), NASA, Accenture, and more. Entrepreneurial graduates have founded companies like Kepler Communications and Aerovelo.

You’ll benefit from:

• Strong industry links: The program maintains direct partnerships with leading aerospace and space employers (MDA, Bombardier, Pratt & Whitney, Honeywell, CSA, NASA), providing access to internships, co-op placements, and collaborative research projects

• Hands-on experience: Students complete major capstone projects, such as designing and building aircraft or spacecraft, and conduct research in world-class labs at UTIAS, Canada’s leading aerospace institute

• Career support and alumni network: Dedicated support and a global alumni network help graduates access opportunities in industry, research, and entrepreneurship

Graduate outcomes and salaries: Typical starting salaries for aerospace engineers in Canada are CAD $60,000–$75,000, with experienced professionals earning $80,000–$120,000 or more, and senior roles exceeding $100,000 annually. Graduates also move into R&D, consulting, and leadership positions within aerospace, robotics, energy, and technology companies

Further Academic Progression: You can pursue research-intensive MASc and PhD programs or a professionally oriented MEng in Aerospace Science and Engineering at UTIAS or top global universities. Specializations include aerial robotics, sustainable aviation, propulsion, spacecraft design, and autonomous systems. The program’s strong technical and research foundation also prepares you for academic, R&D, and leadership careers in the aerospace and technology sectors, both in Canada and internationally.