GE Aerospace Explore Manufacturing Engineering

Why complete this Job Simulation

A risk-free way to experience work on the job with us at GE Aerospace. Practice your skills with example tasks and build your confidence to ace your applications.

Self-paced

3-4 hours

No grades

No assessments

Welcome to our program! GE Aerospace is thrilled to offer you a glimpse into the challenges we face and the collaborative teams that overcome them.

During this program, you will have the opportunity to step into the shoes of a GE supply chain engineer and complete tasks that replicate the work that our team in the manufacturing shops do every day. You’ll learn key skills in interpreting engineering data, contributing to the manufacturing environment, and accountability. Students who enjoy this program are encouraged to apply for GE Aerospace's Supply Chain intern opportunities or development programs (MEDP & OMLP). In fact, by completing this job simulation, we hope to be able to connect with you and find you an opportunity at GE!

We hope this program provides a great resource for you to upskill and strengthen your resume as you explore career options and a potential career at GE Aerospace.

How it works

Complete tasks guided by pre-recorded videos and example answers from our team at GE Aerospace. No live sessions, all self-paced.
Earn a certificate and add it to your resume and LinkedIn as an extra curricular activity.
Stand out in applications. Confidently answer interview questions and explain why you’re a good fit for our team.

Skills you will learn and practice:

Accountability

Critical Thinking

Data Interpretation

Problem Solving

Introduction from GE Aerospace

Tasks

Task One: Determine critical requirements for a turbofan disassembly fixture

1-2 hours

Utilize engineering data in order to specify applicability, capacity, and size requirements

What you'll learn

As a member of GE’s shop floor team, develop technical expertise in areas critical to GE's Aerospace supply chain

What you'll do

Develop a procedure to disassemble a GEnx-1B high bypass turbofan engine core
Review the drawings for the engine's core to determine the diameters, approximate weights, and the proper location for the fixture
Answer multiple choice questions covering the critical requirements for a turbofan disassembly fixture

Task One: Determine critical requirements for a turbofan disassembly fixture

1-2 hours

Utilize engineering data in order to specify applicability, capacity, and size requirements

What you'll learn

As a member of GE’s shop floor team, develop technical expertise in areas critical to GE's Aerospace supply chain

What you'll do

Develop a procedure to disassemble a GEnx-1B high bypass turbofan engine core
Review the drawings for the engine's core to determine the diameters, approximate weights, and the proper location for the fixture
Answer multiple choice questions covering the critical requirements for a turbofan disassembly fixture

Reviews

4.6

I really enjoyed how practical and easy the simulation was to follow. The tasks felt realistic and gave me the experience of working as part of a GE Aerospace manufacturing team. I especially liked using engineering drawings, specifications, and technician notes to make engineering decisions, which made the simulation feel like real workplace training rather than just an online exercise.

Student, Concordia University

I enjoyed working on realistic manufacturing engineering tasks using engineering drawings and specifications. The simulation improved my problem-solving, data interpretation, and technical decision-making skills. It provided a valuable insight into GE Aerospace's manufacturing and supply chain operations.

Student

The program provided a practical introduction to quality assurance and engineering decision-making in the aerospace industry. Working through real-world scenarios, such as identifying non-conformances in turbine blades and determining appropriate actions, helped me develop a deeper understanding of the standards and precision required in aerospace engineering.

Student, Swansea University