Aerospace Liaison Engineer: Aerostructures & MRB

PeoplePilot; Wichita (KS); On-site; USD 90,000 - 130,000; Full time

Job summary

PeoplePilot in Wichita, KS, is seeking an MRB / Liaison Engineer with aerostructure experience to support aircraft production and repair activities. The ideal candidate will have expertise in metal and composite structures, production support, MRB dispositions, and aerospace manufacturing processes.

Responsibilities include providing liaison engineering support for production and repair, reviewing non-conforming parts through MRB, supporting aerostructure design, interpreting 2D drawings and

Qualifications

• MRB processes and dispositions experience required.
• Proven liaison engineering experience in aerospace manufacturing.
• Ability to read and interpret 2D drawings.
• Experience with aerostructure design (metallic/composite).
• Proficiency in CATIA V5.

Responsibilities

• Provide liaison engineering support for aircraft production and repair activities.
• Review and disposition non-conforming parts through MRB processes, concessions, and tags.
• Support aerostructure design activities involving metallic and composite structures.
• Interpret and work with 2D engineering drawings, manufacturing documentation, and CATIA V5 models.
• Coordinate with manufacturing, quality, and engineering teams to resolve production issues and maintain schedule requirements.

Skills

MRB processes

Liaison engineering

Aerostructure design

Production support

2D drawings interpretation

CATIA V5

Aerospace manufacturing

Education

B.E./B.Tech in Mechanical Engineering

Tools

CATIA V5

Job description

PeoplePilot in Wichita, KS, is seeking an MRB / Liaison Engineer with aerostructure experience to support aircraft production and repair activities. The ideal candidate will have expertise in metal and composite structures, production support, MRB dispositions, and aerospace manufacturing processes.

Responsibilities include providing liaison engineering support for production and repair, reviewing non-conforming parts through MRB, supporting aerostructure design, interpreting 2D drawings and