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Leads systems engineering design for aerospace Data Transfer Systems, including avionics computing, data storage, and display products. Defines architectures and requirements, performs trade studies, integrates hardware and software, leads design reviews, and executes verification and validation. Collaborates with hardware, software, test, manufacturing, and customers to manage risks and optimize product quality, cost, and schedule. Requires laboratory integration experience and technical guidance across the product lifecycle.

Early-career electrical engineering program at GE Aerospace featuring three rotational assignments over two years, technical training, mentorship, and coaching. Participants plan and perform engineering tasks, apply engineering and manufacturing fundamentals, solve technical problems, use Lean principles, and collaborate with engineering leaders. The role requires an electrical engineering degree, strong communication and teamwork, and graduation between December 2025 and July 2027. U.S. work authorization and U.S. Person eligibility for export-controlled information are required; visa sponsorship is not available.

Leads manufacturing engineering activities, including defining and controlling production processes, tooling, and equipment. Validates designs and shop-floor applications for new products and equipment while managing a team of engineering professionals. Provides technical judgment, resolves complex operational and manufacturing challenges, recommends process improvements, and influences strategy. May lead functional teams and projects, requiring strong communication, leadership, problem-solving, documentation, and project management skills.

Leads manufacturing engineering activities for compressor airfoil forging and forming processes. Owns a product family and related supporting parts, plans and executes departmental operations, resolves complex manufacturing issues, improves procedures, and may manage personnel or lead small projects. Collaborates across teams, applies technical judgment, documents and executes programs, and serves as a resource for less experienced colleagues while ensuring quality, volume, and timeliness standards.

Supports PCB-based RF and power electronics hardware through design review, testing, troubleshooting, repair, and root cause analysis. Develops test plans, interprets schematics and PCB documentation, evaluates transformers and power stages, and uses laboratory equipment to diagnose failures. Produces technical reports, repair guides, and engineering change documentation while collaborating with design, manufacturing, quality, test, and supply chain teams in a high-reliability aerospace environment.

Manufacturing Process Engineer responsible for developing, defining, and improving turbine engine component machining processes. The role supports NC milling, lathes, and grinding equipment; specifies, orders, installs, and validates machinery; troubleshoots process issues using root cause analysis; and leads tooling, equipment, production support, training, and moderate-impact improvement projects.

Leads a portfolio of supplier source changes and new product introductions through GE Aerospace’s change process. Plans and executes changes, coordinates suppliers and cross-functional teams, manages schedules and risks, resolves manufacturing and readiness issues, and protects on-time delivery and continuity of supply. The role requires aerospace and shop-floor experience, strong project management, data-driven problem solving, stakeholder leadership, and willingness to travel up to 50%.

Manufacturing Engineering Interns support aerospace manufacturing, repair, component hardware, and engine assembly processes. Responsibilities include applying Lean and Six Sigma, conducting risk assessments and root cause analysis, supporting corrective actions, maintaining quality and safety standards, improving process capability and delivery, and collaborating with shops and suppliers. The role provides hands-on experience in manufacturing engineering, continuous improvement, new product and technology integration, and cost reduction.

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.