Many engineering interns work on propulsion system projects. This could include exposure to design tools for engine components, involvement in simulations, or supporting testing activities in state-of-the-art labs. The goal is to allow interns to understand how concepts in thermodynamics, mechanics, and aerodynamics are applied to create engines used in commercial and military aircraft.
Digital technology and software development interns often tackle projects that deal with data and analytics. These projects can involve creating predictive maintenance models, working with digital twin technology, or supporting the development of software tools that help engineers monitor engine performance. By being part of these projects, interns see how data and software are essential to keeping modern aircraft safe and efficient.
Supply chain and operations interns contribute to projects focused on logistics, vendor coordination, and process optimization. For example, they may work on systems that track the delivery of critical parts across global networks or help identify ways to reduce lead times in production. These projects offer interns a direct view of how complex operations are managed to meet the high standards of aerospace manufacturing.
Interns in finance, program management, or business functions often work on projects tied to budgeting, cost forecasting, and reporting for multi-million or billion-dollar aerospace programs. These projects give students a first-hand understanding of how financial planning and project tracking support large-scale industrial operations, while also building their business acumen.
Research-focused internships, including PhD-level roles, involve cutting-edge projects in materials science, AI, or advanced engineering. These projects can include studying composite behavior under extreme conditions, experimenting with alloys, or applying artificial intelligence to detect anomalies in engine data. Interns in these roles gain access to facilities and mentors at the forefront of aerospace innovation.
Across all roles, GE Aerospace interns are trusted with projects that balance learning with contribution. The company deliberately places interns in situations where they must solve real problems, collaborate with experienced professionals, and present results to stakeholders. This ensures that by the time an internship ends, students walk away with both technical growth and a clear understanding of how their work fits into the broader aerospace industry.
If you’re inspired by the kind of impactful projects GE Aerospace interns get to work on, explore all the internship opportunities GE Aerospace has to offer, including detailed programs and roles across engineering, digital technology, supply chain, finance, research, and more.