Date Posted: 2025-06-05 Country: Canada Location: LOC13055 1801Courtney Park Drive,Mississauga,Ontario,L5T 1J3,Canada Position Role Type: Unspecified Areas of Expertises: Combustion aerodynamic, thermal, and system analysis and development Key responsibilities: Analyze, design and develop combustion components to meet system level requirements. Participate and represent Combustion Aero in IPTs. Work effectively within multidisciplinary teams. Define, plan and support the execution of analysis and test in support of engine development program and field issues. Perform calculations to support advanced design studies and proposals. Participate/Lead R&T projects and collaborate with universities and industrial research partners. Required Job Qualifications: Masters Degree or PhD in Engineering with relevant experience and skills in the following areas: • Combustion aerodynamics, thermal/heat transfer, operability & fuel system; • Fuels, Emissions and Acoustics; • CATIA, ANSYS WB and Combustion CFD tools (Ansys Fluent); • MS-Excel macros, Matlab and Python. RTX adheres to the principles of equal employment. All qualified applications will be given careful consideration without regard to ethnicity, color, religion, gender, sexual orientation or identity, national origin, age, disability, protected veteran status or any other characteristic protected by law. Privacy Policy and Terms: Click on this link to read the Policy and Terms The sky has no limits. Flight is an instrument of human progress. It not only gets people where they want to go, it carries humanity to places it never thought possible. At Pratt & Whitney, you’ll be part of an evolving, globally diverse company that’s moving fast to shape the future of aviation. One full of career opportunities and the chance to contribute and grow in a variety of ways. Customers all over the world depend on our technology and the people behind it. As part of the team at Pratt & Whitney, you’ll help answer today’s challenges in powered flight while shaping and supporting tomorrow’s solutions.
