Structural & Thermal Analyst – Compressor Static Structures
RTX (Raytheon)
- Location
- CA-ON-MISSISSAUGA-P22M01 ~ 1801 Courtney Park Dr ~ P22M01 BLDG
- Work model
- On-Site
- Level
- Mid
- Posted
- Sep 7, 2026
About this role
Location: CA-ON-MISSISSAUGA-P22M01 ~ 1801 Courtney Park Dr ~ P22M01 BLDG

 Position Role Type: Onsite Job Title: Structural & Thermal Analyst – Compressor Static Structures About Pratt & Whitney Canada Pratt & Whitney Canada (P&WC) is a global leader in aerospace innovation, proudly headquartered in Longueuil, Quebec, since 1928. We design and manufacture next-generation aircraft engines that power the world’s largest fleet of business, general aviation, and regional aircraft and helicopters. For nearly 100 years, our teams have been at the forefront of propulsion technology, pushing boundaries to make flight more efficient and reliable. Our engines support missions that truly matter, from transporting people and essential goods, to enabling emergency medical services, humanitarian operations, and wildfire suppression around the world. An Employer of Choice Pratt & Whitney Canada was named one of Canada’s Best Employers for 2026 by Forbes, marking the 11th consecutive year the company has earned this recognition. Pratt & Whitney Canada also ranked #1 employer in the aerospace and defense industry in the country. In addition, our headquarters continues to be recognized among the top employers in the Montreal region. Together, these distinctions reinforce our reputation as an employer of choice in Montreal, across Canada, and around the world. Why Join The Team? P&WC Static Structures is responsible for stress and thermal analysis of static (non-rotating) components in Gas Turbine Engines (casings, rotor support structures, stator vanes, shrouds, engine mounts, etc.). The main deliverable throughout the design process is optimal geometry and suitable material selected to meet the structural requirements such as durability & strength. The optimum is achieved at best ratio of weight & cost for engine reliable service and target performance. We step into the design process often at engine concept studies, continue during the detail design and finish at certification. Also, we evaluate drawing non-compliances from manufacture or repair processes or overhaul findings. This is a full-time position from Monday to Friday with flexible hours, based in Mississauga , and performed exclusively on-site. What will your day-to-day look like? Plan and execute stress, thermal and lifing analysis (FEA and analytical approach); Develop & perform tests (stress, temperatures, material characterization), interpret test results and calibrate analytical models; Investigate the field events from stress point of view and contribute to FMEA and develop a fix; Advancing simulation capability by exploring new methods and converting lessons learned from calibration efforts into standard work (develop process definition documents); Damage tolerance analysis (defects induced in manufacturing process or field findings); Contribute to integrated product team (IPT) starting from engine concept studies until Certification; Mentor & coach less experienced colleagues What do you need to be successful? Bachelor or Masters in Mechanical engineering, Aerospace Engineering or Civil Design Engineering or similar Solid knowledge of stress analysis, material behavior and failure in materials.
Qualifications
We Prefer Prior experience in stress & dynamics discipline in gas turbine engine industry is an asset; Understanding of a gas turbine engine design and engine certification is an asset. What do we offer? Pension and savings plan with employer contributions Group insurance program Opportunities for advancement (career progression) Merit or recognition program Health and wellness program, including virtual health care Recreational and sports club Nearby daycares Transportation accessibility or public transit program and free parking Working at Pratt & Whitney Canada The masculine pronoun is used without discrimination and solely for the purpose of making the text easier to read. We will consider