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Engineering interns support the design, analysis, development, testing, and service life of commercial and military aircraft engines. Possible assignments include component design, aerodynamics, thermodynamics, performance, stress, vibration, controls, electrical systems, materials, and engine testing. Interns receive mentorship, training, and practical engineering experience while collaborating with technical teams. Prior GE Aerospace internship experience is required, and placement depends on preferences, academic background, and business needs.

Supports digital tools and solutions through application, report, and internal system development, enhancement, and maintenance. Assists with analysis, problem solving, and daily team activities while collaborating with technology professionals. Potential focus areas include digital platforms, full-stack development, cybersecurity, commercial technology, data analytics, and ERP. The internship includes mentoring, professional development, and exposure to IT and software leaders.

Interns support the design, analysis, testing, simulation, and software development of aircraft engine systems for commercial and military applications. Potential work includes engine controls, sensors, electrical power systems, embedded controls, data management, real-time analytics, and engine test integration. Responsibilities may include writing software requirements, software testing, tool development, and product or program support. The role includes mentorship, training, and professional development.

Summer 2027 supply chain operations internship supporting materials management, forecasting, planning, fulfillment, logistics, distribution, sourcing, supplier coordination, manufacturing, and repair processes. Interns apply Lean and Six Sigma methods, perform risk assessment and root cause analysis, support quality and EHS initiatives, improve delivery and process capability, and develop project management, negotiation, and business skills. Prior GE Aerospace internship experience, enrollment in an accredited degree program, a 3.0 GPA, U.S. work authorization, and flexibility to work at various U.S. locations are required.

Supports aerospace systems engineering projects involving electrical power, engine controls, navigation, guidance, computing, platform integration, software requirements, testing, simulation, and tool development. The intern will work on commercial and military aerospace applications, gain hands-on engineering experience, collaborate with technical teams, and contribute to real-world design, analysis, development, and product support activities.

Architect and develop aviation electrical power systems, including converters, inverters, and energy storage solutions. Lead trade studies, analyses, testing, troubleshooting, requirements reviews, supplier coordination, product roadmaps, and proposal activities. Supervise engineering work, collaborate with customers and cross-functional teams, apply aviation standards, and provide technical direction for power conversion and controls products.

Owns quality assurance and control across manufacturing operations, including inspections, incoming materials, nonconformance, audits, and corrective actions. Leads continuous improvement, root-cause investigations, MRB activities, process capability studies, FAI, PFMEA, and quality-system documentation. Partners with manufacturing, engineering, supply chain, customers, suppliers, and regulators to ensure compliance with AS9100 and related requirements. Provides technical mentorship and drives defect reduction, process standardization, and product reliability improvements.

Leads production and design engineering for the T700/CT7 cold section module, including front and main frames, rotating parts, structures, airfoils, variable geometry, and clearances. Collaborates with global teams and suppliers to resolve issues, improve alignment, recover capacity, and ensure engine shipment readiness. Performs engineering analysis and evaluation, applies technical judgment, supports project execution, and provides informal guidance to team members.

Design and develop fan rotor hardware and multiple fan stages for advanced jet engines. Perform mechanical design and analysis, document technical data, support manufacturing and procurement, resolve technical issues, present recommendations, review peer work, and lead fan rotor projects. Collaborate with cross-functional teams, technical experts, and external vendors while developing specialized expertise in fan rotor airfoil design and engine integration.

Leads execution across multiple aerospace production programs, owning cost accounts, budgets, forecasts, schedules, scope, and performance variance analysis. Coordinates with Operations, Engineering, Finance, Sourcing, Manufacturing, and Quality to resolve issues, manage risks, improve delivery, and meet customer commitments. Drives SQDC reviews, recovery planning, leadership reporting, compliance, governance, and continuous improvement.