Aerospace Structural Eng Co-op: Landing Gear

Collins Aerospace; Haltom City (TX); Presencial; USD 30.000 - 41.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Relocation Eligibility

Descripción de la vacante

Collins Aerospace is offering a full‑time, onsite co‑op in Haltom City, TX, focused on structural engineering within the Landing Gear Stress Department. You will work with experienced engineers to analyze landing gear components under aircraft loading conditions and contribute to real world projects.

Responsibilities include stress analyses (static/fatigue), FEA applications, evaluating non‑conforming parts, and preparing technical reports while ensuring compliance with engineering standards and

Formación

• Must be pursuing Bachelor’s or Advanced degree in Aerospace Engineering or Mechanical Engineering and actively enrolled through the completion of the internship/co‑op session.
• Must have a minimum of 60 hours of credits by the start of the internship / co‑op session.
• Experience may be obtained through on-the-job experience, research, coursework, or projects.

Responsabilidades

• Perform static and fatigue stress analysis using classical techniques.
• Conduct static and fatigue stress analysis using Finite Element Analysis (FEA) based techniques.
• Assist engineers with evaluations of non-conforming parts.
• Update stress analyses to reflect current configurations.
• Write and compile stress analysis reports.
• Collaborate with the team to ensure compliance with engineering standards and project requirements.

Conocimientos

Statics

Dynamics

Mechanics of Materials

Microsoft Office

Educación

Bachelor’s or Advanced degree in Aerospace/Mechanical Engineering (in progress)

Herramientas

ANSYS

Abaqus

CATIA V5

Descripción del empleo

Collins Aerospace is offering a full‑time, onsite co‑op in Haltom City, TX, focused on structural engineering within the Landing Gear Stress Department. You will work with experienced engineers to analyze landing gear components under aircraft loading conditions and contribute to real world projects.

Responsibilities include stress analyses (static/fatigue), FEA applications, evaluating non‑conforming parts, and preparing technical reports while ensuring compliance with engineering standards and