Turbomachinery Engineering Intern: Hands-on Projects

I10460 Centro de Ingenieria Avanzada en Turbomaquinas S de RL de CV; Santiago de Querétaro; Presencial; MXN 45.000 - 89.000; A tiempo parcial

Descripción de la vacante

GE Aerospace is seeking a student intern to support a broad range of technical projects in the Turbomachinery area. You will collaborate with engineers to solve challenges on industrial platforms, learning the physics behind air starters while contributing to continuous improvement efforts.

Ideal candidates are enrolled in a BS program in Mechanical/Mechatronics, with 30–40 hours available weekly, and possessing basic turbomachinery knowledge and programming skills in C#/Python.

Formación

• Actively enrolled in university with at least 1 year left before graduation.
• Undergraduate in Mechanical/Mechatronics or similar field.
• Available 30–40 hours per week.
• Basic knowledge of Turbomachinery and Rotating machinery.
• Mechanical analysis skills and programming proficiency.
• Proficient in English communications.

Responsabilidades

• Provide technical assistance to engineers on various legacy programs.
• Document data to support analytical results per policies.
• Perform Finite Element analyses of air starters under guidance.
• Understand air starters concepts to aid optimization and cost reduction.
• Prepare presentations and documentation for technical discussions.
• Analyze test data and derive engineering recommendations.

Conocimientos

Programming skills

English communication

Interpersonal skills

Mechanical analysis

Educación

BS Mechanical/Mechatronics Engineering student

Herramientas

NX Unigraphics

ANSYS

C#

Python

Descripción del empleo

GE Aerospace is seeking a student intern to support a broad range of technical projects in the Turbomachinery area. You will collaborate with engineers to solve challenges on industrial platforms, learning the physics behind air starters while contributing to continuous improvement efforts.

Ideal candidates are enrolled in a BS program in Mechanical/Mechatronics, with 30–40 hours available weekly, and possessing basic turbomachinery knowledge and programming skills in C#/Python.