Edwin Wong
Member of Technical Staff - Structural Mechanical (Robotics & Space Operations) @MDA Space
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WORK HISTORY
Member of Technical Staff - Structural Mechanical (Robotics & Space Operations) @MDA Space
Brampton, ON, CA
Participated as a vital member of a multidisciplinary design team responsible for a comprehensive assessment, utilizing numerical, analytical and experimental methods, of the structural stiffness, strength and long-term durability of the Canadarm3 - eXploration Dexterious Arm (XDA)- Support Structural analysis and launch/operational load prediction of the Canadarm3 and other Robotic Servicing System- Identify problem areas, propose design modification or improvements to the future Robotic Servicing System designs- Support manufacturing, and validate and prove the mechanical design by conducting mechanical tests on the product hardware according to the mechanical loading environment- Investigate design problems/component failures during development and test
EDUCATION
University of Toronto
Master of Engineering (M.Eng.)
Fleetwood Park Secondary School
BC High School Diploma
Island Air Flight School
Private Pilot License
The University of British Columbia
Bachelor of Applied Science (B.A.Sc.)
Toronto Metropolitan University
Bachelor of Engineering (B.Eng.)
SKILLS
ABOUT EDWIN WONG
Experienced Aerospace Engineer specializing in structural and mechanical analysis, with a strong background in aerospace and robotics industries. Over 5 years at Pratt & Whitney Canada, I led the design and analysis of engine components, ensuring durability and performance in demanding environments. I played a key role in investigating and resolving root causes of engine field issues, showcasing a commitment to quality and reliability. In my current role at MDA Space, I contribute to the structural assessment of space robotics operations, particularly as part of the Canadarm3 and Skymaker design team. Leveraging numerical, analytical, and experimental methods, I ensure the structural integrity and long-term durability of critical space robotics systems. Previously, at Collins Aerospace, I enhanced analysis software for evaluating structural and performance characteristics of shock absorbers and actuators. Through software validation and implementation of automated finite element analysis functions, I elevated legacy programs to new levels of accuracy and efficiency. Driven by a passion for innovation and problem-solving, I excel in fast-paced environments and thrive on collaborating with multidisciplinary teams to overcome challenges and deliver impactful results. I am eager to continue leveraging my expertise to drive forward advancements in aerospace and robotics technologies.
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