Internship - Winter 2027 - Sustainable Propulsion Performance Analysis and Methods Development
RTX (Raytheon)
- Location
- CA-ON-MISSISSAUGA-P22M01 ~ 1801 Courtney Park Dr ~ P22M01 BLDG
- Employment
- Internship
- Work model
- On-Site
- Level
- Intern
- Posted
- Aug 26, 2026
Skills
About this role
Location: CA-ON-MISSISSAUGA-P22M01 ~ 1801 Courtney Park Dr ~ P22M01 BLDG

 Position Role Type: Onsite 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 continue 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. Internship dates : January 5th to April 23rd, 2027. Location : The position is based at our Mississauga location; internship from Monday to Friday, with flexible hours and exclusively on-site. Check out our YouTube channel : https://www.youtube.com/@PrattWhitneyCa Our website: https://www.pwc.ca/en Why join our team? The student will be part of the advanced performance engineering team and will have access to the experience, tools, and data available within this organization. The focus will be on research, modeling, and analysis of engine performance and non-CO2 climate impacts, particularly how these are quantified in engine performance. The position is based at our Mississauga location, from Monday to Friday, with flexible hours and exclusively on-site. What will your day-to-day look like? Support the Advanced Performance team in evaluating engine performance of current and future products. Develop expertise in aviation climate science and metrics appropriate for engine design. Improve and deploy aviation contrail modeling methods within P&WC Develop and execute large-scale contrail simulations using P&WC HPC resources Contribute to developing an engine performance modeling framework for non-CO2 effects. Investigate the effects of Sustainable Aviation Fuel (SAF) and Hydrogen on non-CO2 impacts Execute engine cycle simulations to evaluate non-CO2 performance metrics. Create and deliver presentations at team meetings (in person and teleconference). What do you need to be successful? Be eligible to work in Canada. Be enrolled in a Canadian university throughout your internship. Be able to work on-site in the province where you are hired if applicable. Pursuing a degree in aerospace engineering, engineering science, applied computing, computer science, or mechanical engineering Experience with multidisciplinary physics-based modeling (e.g. physics, mathematics, thermodynamics, fluid mechanics, and algorithm development) Advanced python skills with experience in memory optimization, object-oriented programming, and multiprocessing Experience working in shell / HPC environments Experience handling and processing large data sets using Excel, Python, and/or Matlab Self-driven, critical thinking and curiosity Effective communication and documentation using MS office Fluent in English Although this position is part of a French-speaking work environment, it requires a working knowledge of English to read and understand specialized instructions, plans, drawings and technical terms that may emanate from international organizations, as well as to write and