Lead Materials Application Engineer Turbine Airfoils at GE Aerospace
Evendale, OH 45215, USA -
Full Time


Start Date

Immediate

Expiry Date

05 Dec, 25

Salary

0.0

Posted On

07 Sep, 25

Experience

2 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

No

Skills

Authorization, Metallography, Research, Physics, Illness, Communication Skills, Life Insurance, Chemistry, Access, Materials Science, Manufacturing, Retirement Benefits, Characterization, Multi Disciplinary Teams, Metallurgy, Electron Microscopy, Disability Insurance

Industry

Electrical/Electronic Manufacturing

Description

JOB DESCRIPTION SUMMARY

The Lead Materials Applications Engineer is responsible for materials and process concerns across the lifecycle of their assigned hardware. This includes supporting new product introduction(NPI), Manufacturing support, and Field support. NPI support includes materials and process definition throughout the NPI process. Manufacturing support includes review and approval of significant process changes, disposition of nonconformances and cost reductions. Field Support includes destructive analysis of manufactured, engine tested and fielded hardware to enable product improvements. MAEs partner with product line focals, design engineering, quality, and supply chain to ensure product conformance to technical requirements leading to hardware safety and durability. This role will have a focus on failure analysis to HPT hardware.

REQUIRED QUALIFICATIONS

  • Bachelor of Science in Engineering, Physics, Chemistry from an accredited college or university
  • A minimum of 2 years related engineering experience

How To Apply:

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Responsibilities
  • Perform metallurgical evaluations of engine run hardware and manufacturing issues. Document and communicate investigation results through technical reports and presentations
  • Own fielded hardware evaluations with input from other MAE’s on the team.
  • Author standard work for Airfoils lab procedures.
  • Understand and apply technical requirements from specifications and engineering drawings
  • Evaluate impacts to material characteristics for initial part qualifications, subsequent process changes and repairs
  • Research component history and material properties to apply lessons learned from field experience, manufacturing evolutions, and development programs.
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