Aerospace Mechanical Design Intern: Gas Turbine Hardware

RTX; United States; On-site; USD 37,000 - 82,000; Part time

Benefits offered by this job

Relocation Eligibility

Job summary

RTX is seeking a Mechanical Design Intern for Pratt & Whitney projects in the U.S. You will work across the PW engine product line, from concept to detailed designs, focusing on gas turbine hardware inside compressor, turbine, and bearing areas.

You'll join multidisciplinary teams to develop hardware, support design reviews, and apply your CAD and analysis skills to improve cost, weight, and producibility while learning aerospace advanced technologies.

Qualifications

• Pursuing Bachelor’s or Advanced degree in Mechanical or Aerospace Engineering and enrolled through the internship session.
• Must have a minimum of 60 hours of credit by the start of the internship session.
• Minimum 3.0 Cumulative GPA

Responsibilities

• Work on the full PW engine product line, including the next generation of commercial and military engines.
• Develop conceptual, preliminary, and detailed designs of gas turbine hardware including.
• Responsibility for design configuration, including cost, weight, and producibility requirements.
• Participation on multidisciplinary teams to develop and produce new hardware.
• Advance gas turbine technology and mechanical design methods.
• Support design reviews and execute Engineering Standard Work.
• Provide production, field investigation, and aftermarket technical support.

Skills

CAD experience

Engineering analysis

Manufacturing processes knowledge

Education

Bachelor’s or Advanced degree in Mechanical or Aerospace Engineering

Minimum 60 credit hours completed

Tools

SolidWorks

Creo

Fusion 360

Job description

RTX is seeking a Mechanical Design Intern for Pratt & Whitney projects in the U.S. You will work across the PW engine product line, from concept to detailed designs, focusing on gas turbine hardware inside compressor, turbine, and bearing areas.

You'll join multidisciplinary teams to develop hardware, support design reviews, and apply your CAD and analysis skills to improve cost, weight, and producibility while learning aerospace advanced technologies.