BEng offered by the Lassonde School of Engineering
Take your passion for innovation to new heights with 91ÑÇɫ’s program, offered by the Lassonde School of Engineering. This cutting-edge program is Canada’s first undergraduate degree dedicated to space engineering, preparing you to design, build, and deploy technologies for space exploration and satellite systems. With a focus on robotics, propulsion, satellite communications, and space science, you will gain hands-on experience through labs, industry projects, and co-op opportunities. Guided by expert faculty and access to state-of-the-art facilities, graduates are equipped to lead in the growing global space industry. Propel your career beyond boundaries and explore infinite possibilities with Space Engineering at 91ÑÇÉ«.
Career Options in Space Engineering
Here are just some of the career options related to this major. As all degrees offer transferable skills, some jobs are more closely linked to this field, than others. Check for regional requirements.
- Aerospace Engineer
- Avionics Engineer
- Environmental Control Systems Engineer
- Instrumentation Engineer
- Navigation and Control Engineer
- Payload Systems Engineer
- Project Manager (Aerospace/Space)
- Propulsion Systems Engineer
- Remote Sensing Specialist
- Research Scientist (Space Applications)
- Robotics Engineer
- Satellite Communications Engineer
- Satellite Systems Designer
- Software Developer (Space Systems)
- Space Mission Specialist
- Space Operations Analyst
- Space Policy Advisor
- Spacecraft Thermal Engineer
- Structural Analyst (Spacecraft)
- Systems Integration Specialist
Some career choices may require further education, such as graduate studies or professional courses and exams. For detailed career descriptions and specific requirements, please check .
Entry-Level Positions in Space Engineering
An undergraduate degree is typically sufficient for these positions, though some locations may require additional qualifications. For region-specific information, please check .
- Avionics Engineering Assistant
- Communication Systems Analyst (Satellite)
- Control Systems Engineering Assistant
- Data Analyst (Space Systems)
- Instrumentation Development Technician
- Junior Aerospace Engineer
- Mission Planning Assistant
- Navigation System Developer
- Payload Operations Technician
- Propulsion Engineering Intern
- Quality Assurance Assistant (Aerospace)
- Remote Sensing Analyst
- Robotics Assistant Engineer
- Satellite Operations Technician
- Software Developer (Entry-Level, Space Applications)
- Space Science Research Assistant
- Structural Engineering Intern (Spacecraft)
- Systems Engineer (Junior)
- Testing and Validation Technician
- Thermal Engineering Intern (Spacecraft)
For career descriptions, visit . Some occupations may also be found on ; for login information, navigate to the Career Centre’s homepage in .
Skills Developed through a Degree in Space Engineering Â
Core Skills
- Spacecraft Design: Gaining proficiency in designing spacecraft systems, including propulsion, structures, and payloads.
- Satellite Communications: Understanding the principles of signal transmission and satellite networking.
- Robotics and Automation: Learning to design, build, and program robotics for space exploration.
- Remote Sensing and Data Analysis: Analyzing satellite data for applications in Earth observation and space science.
- Thermal Systems Engineering: Designing thermal control systems to maintain spacecraft functionality.
- Software Development: Building technical skills in programming languages such as Python, MATLAB, or C++ for space applications.
Communication, Data Gathering and Organizational Skills
- Technical Writing: Preparing detailed reports and documentation for engineering projects.
- Collaboration: Working in multidisciplinary teams on complex space projects.
- Research Skills: Conducting experiments and analyzing results to inform engineering designs.
- Project Coordination: Managing timelines, resources, and tasks in engineering projects.
- Data Interpretation: Analyzing data from satellites, sensors, or simulations to improve performance.
- Problem-Solving: Addressing technical challenges creatively and effectively.
Management and Teamwork Skills
- Project Management: Overseeing complex engineering projects from concept to deployment.
- Leadership: Leading teams of engineers and technicians on collaborative initiatives.
- Systems Thinking: Understanding how subsystems interact within larger engineering designs.
- Adaptability: Navigating the fast-evolving demands of the space industry.
- Decision-Making: Applying engineering knowledge to make informed technical choices.
- Resource Allocation: Managing budgets, materials, and human resources efficiently.
Professional Associations
Professional associations offer valuable insights into qualifications, industry trends, and career opportunities. They provide networking events, workshops, mentorship programs, and internships, as well as job boards and career development resources. Additionally, some associations offer professional licensing and regulatory oversight.
- (CASI): Supports aerospace and space professionals through networking and development opportunities.
- (CSS): Promotes public awareness and industry development in Canada’s space sector.
- (IAF): Connects global space industry professionals and fosters collaboration.
- (AESS) Advances aerospace systems, technology, and applications.
- (AIAA): Provides resources and certifications for aerospace professionals worldwide.
- (SIA): Represents and advocates for the satellite communications industry.