Engine Performance & Propulsion Intern — Onsite

RTX; East Hartford (CT); On-site; USD 37,000 - 82,000; Full time

Benefits offered by this job

Relocation Eligibility

Job summary

RTX in East Hartford invites you to join our Propulsion Systems Analysis team as an Engine Performance & Operability Intern. You will work with subject matter experts on engine program development, taking ownership of a project that advances propulsion technology.

Responsibilities include supporting design and analysis to optimize performance and operability, performing thermodynamic and fluid dynamic analyses, modeling gas turbine cycles, assisting turbomachinery design, collaborating with

Qualifications

• Must be pursuing a Bachelor's or Advanced degree in Aerospace engineering, Mechanical engineering, Systems engineering, or a related field and actively enrolled through the completion of the intern session.
• Completed coursework in thermodynamics.
• Minimum 3.0 GPA.
• Experience with Microsoft Office products (Word, Excel, PowerPoint).

Responsibilities

• Support propulsion system design and analysis to optimize engine performance, fuel consumption, and operability.
• Perform thermodynamic and fluid dynamic analyses to evaluate engine systems.
• Conduct gas turbine cycle modeling and analyze system performance.
• Assist in the design and evaluation of turbomachinery components and control systems.
• Collaborate with multidisciplinary teams to address system-wide challenges and deliver program objectives.
• Contribute to data analysis and validation efforts for engine development.
• Prepare technical documentation and present findings to stakeholders.

Skills

Microsoft Office

Education

Bachelor's or Advanced degree in Aerospace engineering, Mechanical engineering, Systems engineering

60 hours of credit completed by start of internship

Tools

NPSS

Job description

RTX in East Hartford invites you to join our Propulsion Systems Analysis team as an Engine Performance & Operability Intern. You will work with subject matter experts on engine program development, taking ownership of a project that advances propulsion technology.

Responsibilities include supporting design and analysis to optimize performance and operability, performing thermodynamic and fluid dynamic analyses, modeling gas turbine cycles, assisting turbomachinery design, collaborating with