Mechanical Integrity Engineer (Stress and Dynamics)
Core
Perform analytical assessments (stress, lifing, aeromechanical) to support new design concepts, evaluate production variance, and maintain support to in-service operations for critical aerospace components.
Role type
Mechanical Integrity Engineer (Stress and Dynamics)
Builds
Robust designs for critical parts (Discs, Blisks, Shafts, High-Pressure Casings, blades, vanes, structures)
Domain
Aerospace / Mechanical Engineering
Deliverable
production ML models | product features | dashboards & analysis | research | client delivery | infrastructure | physical/clinical work -> product features (design validation & optimization)
Required skills
stress analysis, lifing analysis, aeromechanical analysis, fatigue analysis, creep analysis, vibration analysis, thermal load analysis, failure mechanism prediction, robust engineering principles
Preferred skills
knowledge of manufacturing anomalies, corrosion effects, extreme operating conditions
Technologies
N/A
Responsibilities
Perform analytical assessments to support new design concepts and evaluate production variance; Facilitate teamwork between manufacturing, quality, engineering, and product support disciplines; Participate in technical reviews, Product Safety Review, Technical Life Review, and customer reviews; Support non-conforming hardware dispositions (MRB) and production support needs; Communicate technical and business results via reports and presentations to senior engineers; Ensure accountability for the technical quality of work package deliverables.
Seniority
Mid-level, hands-on IC
