PW1100G Propulsion Systems Analysis Intern (Summer 2027) (Onsite)

Pratt & Whitney•East Hartford, CT

4d•Onsite

About The Position

RTX's Engine Design & Systems Integration (EDSI) organization is seeking a highly motivated, team-oriented, and results-driven Propulsion Systems Analysis (PSA) Engineering Intern. This role will support the development of the Geared Turbofan PW1100G-JM engine program, the most advanced propulsion system for the Airbus A320NEO/A321NEO commercial jetliner. The ideal candidate will possess strong technical and communication skills to drive product improvements, manage safety items to resolution, and delight customers. The internship program aims to provide a deep understanding of the aerospace industry, RTX's operations, and the opportunity to work on complex problems, advance skills, and contribute to a safer, more connected world.

Requirements

Must be pursuing Bachelor’s or Advanced degree in Mechanical Engineering, Aerospace Engineering or a related Science, Technology, Engineering or Mathematics (STEM) field and actively enrolled through the completion of the internship session.
Coursework or experience in one or more of the following engineering disciplines: thermodynamics and engine performance, aerodynamics, fluid dynamics, heat transfer & secondary flow, statistics, functional integration, validation testing, software design and data analytics.
Must have a minimum of 60 hours of credit by the start of the internship session.
Minimum Cumulative GPA of 3.0
Experience may be obtained through on-the-job experience, research, coursework, or projects.

Nice To Haves

Experience collaborating with a team to develop innovative ideas.
Experience communicating clear and effective messages to a broad audience.
Experience with coding languages such as Python, Matlab, NPSS or equivalent.
Degree program in Aerospace Engineering, Mechanical Engineering, Computer & Data Science
Prior RTX internship, co-op, or work experience.

Responsibilities

Conduct system trade studies to optimize the engine thermodynamic cycle for performance, durability, time on wing, operability, and other system metrics.
Support Production, Aftermarket and Fielded engine performance with a focus on performance trending, statistical process control, limit exceedance and quality assurance dispositions, test cell correlations, effectivity of overhaul work scope via gas generator component analysis, deterioration modeling and trend shift diagnosis via gas generator component analysis.
Investigate engine events utilizing production, aftermarket, and field data sources.
Plan and execute engine validation testing and certification.
Integrate activities of the systems organization with component groups, partners, production and aftermarket sites.
Execute strategic transformation of tools and processes.