Mechanical Integrity Specialist (Stress, Lifing, or Rotor Dynamics)
Core
Predict mechanical behavior of critical aerospace components (discs, blisks, shafts, casings, blades, vanes) by analyzing failure mechanisms like fatigue, creep, flutter, and thermal loads to ensure product integrity.
Role type
Mechanical Integrity Specialist (Stress, Lifing, or Rotor Dynamics)
Builds
Critical power systems for aviation and defense
Domain
Aerospace engineering / Structural mechanics
Deliverable
production ML models | product features | dashboards & analysis | research | client delivery | infrastructure | physical/clinical work
Required skills
Stress analysis, Lifing analysis, Rotor dynamics, Fatigue analysis, Creep analysis, Flutter analysis, Thermal load analysis, Vibration analysis, FEA simulation, Root cause analysis
Preferred skills
ANSYS, SC03, AU3D, Visual Basic, MATLAB, Python, PERL, C++
Technologies
ANSYS, SC03, AU3D, Visual Basic, MATLAB, Python, PERL, C++
Responsibilities
Perform analytical assessments to support new design concepts and evaluate production variance, Complete test planning and analysis, Serve as a technical focal point for whole system level mechanical integrity issues, Facilitate teamwork between manufacturing, quality, engineering, and product support disciplines, Communicate technical and business results via reports and presentations, Initiate and execute work packages to address emerging technical challenges relating to structural behavior
Seniority
Mid-Senior level (5+ years exp with Bachelor's or 3+ with Master's)