Structural Dynamics Engineer – Engine Loads

Prattwhitney; East Hartford (CT); On-site; USD 69,000 - 131,000; Full time

Job summary

RTX is seeking a mechanical/aerospace engineer to perform structural analyses and assess changes for impact on structural and system dynamics. The role involves generating high-fidelity load predictions, supporting engine tests, and helping root-cause vibration events.

The candidate should have a bachelor’s in mechanical or aerospace engineering (with 2 years of experience) or a master’s degree, and experience with FEA and vibrations. Some travel (10%) is required.

Qualifications

• Bachelor's degree in Mechanical Engineering, Aerospace Engineering, or a related field with 2 years of work experience OR a Master's degree
• Experience with structural engineering fundamentals including load calculations and vibrations
• Experience with finite element analysis
• 10% Travel

Responsibilities

• Execute structural analyses with moderate direction from experienced engineers
• Evaluate engineering changes for acceptable structural and system dynamic impacts
• Analyze system-level vibratory responses for damaging modes of vibration
• Generate high-fidelity solutions of mechanical loads through primary structural components
• Support engine test with predictions
• Assist in root cause investigation and disposition of abnormal vibration and loads events
• Identify opportunities for automation and error-proofing in analysis processes
• Collaborate with peers and RTX colleagues on tool improvements to reduce analysis time and mistake-proof existing methods

Skills

Structural analysis

Finite element analysis

Vibrations

Education

Bachelor's degree in Mechanical or Aerospace Engineering (or related field)

Master's degree

Tools

Nastran modeling

Job description

RTX is seeking a mechanical/aerospace engineer to perform structural analyses and assess changes for impact on structural and system dynamics. The role involves generating high-fidelity load predictions, supporting engine tests, and helping root-cause vibration events.

The candidate should have a bachelor’s in mechanical or aerospace engineering (with 2 years of experience) or a master’s degree, and experience with FEA and vibrations. Some travel (10%) is required.