Applied Engineering Development Program – July 2027

GE Appliances•LaFayette, GA

21h•Onsite

About The Position

The Applied Engineering Development Program (AEDP) is a two-year entry-level program at GE Appliances, a Haier company, designed to support the design and manufacturing of new products across various appliance categories. AEDP members work closely with engineering and manufacturing teams, gaining core engineering skills through practical assignments and advanced coursework in areas like engineering, manufacturing, and dimensional control. The program includes four technical rotational assignments, alternating between design engineering and manufacturing, and provides concurrent educational and professional development. This program prepares members with the technical and professional skills necessary for a successful career at GE Appliances.

Requirements

Bachelor’s degree or better in Mechanical Engineering, Mechanical Engineering Technology, Industrial Engineering, Manufacturing Engineering, or related engineering degree.
Cumulative GPA >= 3.0 (out of 4.0).
Unrestricted authorization to work in the United States.
Positions located in LaFayette, GA.

Nice To Haves

Strong interpersonal and communication skills.
Demonstrated desire for continuous learning.
Committed to a Technical Engineering Program.
Previous co-op/intern work experience.
Successful candidates will have demonstrated leadership roles on campus or in the community.
Demonstrated analytical approach to problem solving, initiative, strong communication skills, effective team skills and coursework or related experience in their major field of study.

Responsibilities

Support design and manufacturing of new products in Refrigeration, Cooking, Dishwashers, Air Conditioners, and Washers & Dryers.
Work closely with engineering and manufacturing teams to integrate product designs that meet customer needs.
Gain core engineering skills through assignments and advanced courses in engineering, manufacturing, and dimensional control.
Complete four technical rotational assignments, alternating evenly between design engineering and manufacturing.
Engage in diverse experiences such as design engineering, quality improvement, cost reduction, product reliability, component & product testing, dimensional control, lab testing, quality engineering, process improvement engineering, and advanced manufacturing engineering.
Develop technical problem-solving skills via advanced engineering coursework, formal reports, and presentations to senior leadership.
Obtain a GD&T Practitioner certification as a program requirement.