Full-stack Engineer

• Perform aeromechanical assessments in support of new engine design including modal analyses for frequency placement, forced response analysis and flutter assessments using finite element models (FEM) and/or unsteady computational fluid dynamics (CFD) analysis.
• Prepare for rig and engine tests.
• Define airfoil instrumentation such as strain gages and light probes.
• Process component test data from ping test, laser vibrometry and bench fatigue.
• Generate on-test vibration monitoring documentation and prepare test plans.
• Execute rig and engine tests safely across all test sites globally.
• Monitor airfoil vibrations real time and modify test plans as needed.
• Process dynamic strain gage and light probe data using dynamic signal processing methods.
• Summarize key responses and observations.
• Document results in certification reports.
• Support aeromechanical technology development projects including advanced fluid-structure interaction methods and HCF mitigation technologies.
• Prepare and present technical information to internal and external customers.
• Ensure proper documentation of aeromechanics design, analysis, and test data.
• Share engineering information, lessons learned, and promote open dialogue.
• Prepare invention disclosures for technology that provides a competitive advantage.

Lead Engineer – Aeromechanics, Mechanical Component

Distinguished Staff Engineer – Engine Performance