GE Aerospace Explore 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

Intermediate

Welcome to our program!

We are so excited to have you here. Engineers at GE Aerospace work in a variety of functions in support of developing, maturing, and designing engine architectures, modules, and components.

During this program, you will have the opportunity to step into the shoes of a GE Aerospace team member and complete tasks that replicate the work that our engineering teams do every day. You'll learn key skills in design decision-making, technical communication, and tradeoff analysis.

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:

Cross-Functional Analysis

Data Analysis

Decision Making

Effective Communication

Engineering Decision Making

Visual Design

Written Communication

Introduction from GE Aerospace

Tasks

Task One: Energy source design and performance implications

1-2 hoursIntermediate

What you'll learn

Relationship between aviation and greenhouse gases
The different types of alternative jet fuels

What you'll do

Compare and select a new energy source for the advanced concept engine program
Generate a comprehensive list of alternative energy sources
Draft a short memo (<300 words) to your lead engineer with your recommendation

Reviews

4.6

I liked that the simulation was interactive and allowed me to compare different energy sources based on efficiency, performance, and environmental impact. It made the engineering decision process more realistic by showing how each choice affects the propulsion system. The hands-on approach made it easier to understand the trade-offs and apply technical reasoning to reach a well-supported decision.

Student, Nagpur University

I liked that the simulation was interactive and realistic. It helped me understand how different energy sources affect propulsion system design and engineering decisions. It also improved my problem-solving skills by allowing me to evaluate different options and their trade-offs before making a final recommendation.

Student

I really liked seeing how real airplanes are designed. It was cool to learn that batteries are just too heavy to fly a big jet. I enjoyed figuring out how Liquid Hydrogen changes the whole shape of the plane. It even made me think about how we could use machine learning to design those crazy new fuel tanks. It felt like we were solving a real puzzle for the future.

Student, Dr. A.P.J. Abdul Kalam Technical University