Jobs at GE Aerospace

Leads New Product Introduction programs from design through certification and production. Owns business case execution, schedules, budgets, risks, contracts, customer deliverables, stakeholder management, and program metrics. Integrates cross-functional program management processes, supports long-term planning and business strategy, resolves complex issues, analyzes data, and influences internal and external stakeholders. Provides horizontal leadership and mentors less-experienced colleagues while ensuring program outcomes and customer satisfaction.

Leads independent internal compliance investigations involving alleged legal and policy violations. Reviews complaints, develops investigation strategies, conducts interviews and forensic document analysis, evaluates evidence, briefs senior leaders, drafts reports, recommends corrective actions, and monitors applicable legal, privacy, labor, and employment requirements.

Designs and analyzes mechanical actuation mechanisms for GE Aviation, developing solutions through mechanical design, testing, integration, hand calculations, and finite element analysis. The intern supports projects under guidance, documents technical data, communicates project status, presents technical substantiation, prepares invention disclosures, and collaborates with cross-functional engineering teams.

Leads composite component and manufacturing development for next-generation aerospace propeller systems, covering design, laminate architecture, tooling, validation, qualification, industrialization, repair methods, and failure analysis. Partners with manufacturing, quality, sourcing, and supply chain teams to improve manufacturability, process capability, yield, and cost. Leads technical investigations, reviews, risk mitigation, and cross-functional problem solving while mentoring engineers and advancing composite engineering standards.

Leads engine ownership and testing for the GE Catalyst advanced turboprop program. Responsibilities include defining engine configurations, instrumentation, test-enabling hardware, and digital models; supporting assembly and test-cell installation; developing and executing R&D and certification test plans; managing reviews, requirements, risks, schedules, documentation, and cross-functional engineering coordination.

Provides rapid aircraft engine maintenance, troubleshooting, field repairs, shop visits, and line maintenance for GE and CFM commercial engines. The technician interprets documented work instructions, completes maintenance tasks, supports quality and compliance, travels domestically and internationally when needed, and develops strong customer relationships. The role involves shift work at London Heathrow and requires BPSS clearance.

Supports aerospace mechanical design for external engine hardware, including fluid and electrical routing systems, brackets, clamps, harness supports, CAD models, drawings, product definitions, packaging, fit-up, design validation, issue resolution, and continuous improvement. Collaborates with systems, manufacturing, quality, and assembly teams while gaining experience in configuration management and design for manufacturability.

Leads aerodynamic design and analysis for high- and low-pressure turbine components, develops advanced technologies, validates designs using component and engine test data, and creates analytical tools to improve predictive capabilities. The role executes trade studies, formulates technical plans, improves processes, and collaborates across multidisciplinary teams. Work requires expertise in turbomachinery aerodynamics, CFD or aerodynamic testing, and aerospace or mechanical engineering.

Leads software certification strategy and regulatory compliance for aviation systems, including certification planning, compliance assessments, artifact audits, regulatory interpretation, and product change classification. Provides technical leadership, mentors certification engineers, develops certification processes, and documents project technical data. The role supports civil and military aerospace products and requires extensive RTCA DO-178B/C experience, U.S. person status, hybrid office work, and 5–15% travel.

Design, simulate, verify, document, test, and integrate FPGA solutions for avionics hardware. Support the full DO-254 lifecycle across Xilinx, Microsemi, and other device families, manage requirements, contribute to circuit card assembly integration, resolve technical issues, and collaborate with hardware and systems engineers. The role requires clear communication, disciplined documentation, and the ability to develop technical expertise while seeking guidance on complex issues.

Design, analyze, develop, and qualify hot structural components for advanced military engine products. The engineer supports manufacturing, integrates with internal and external engineering teams, and manages hardware cost, weight, schedule, and technical deliverables. Responsibilities include resolving design challenges, reviewing designs, supporting customer relationships, and delivering work within program requirements. A U.S. Government security clearance and U.S. citizenship are required, with travel up to 20%.

Leads GE Aerospace’s enterprise AI workforce capability strategy, including AI skills forecasting, fluency standards, role-based learning journeys, upskilling programs, and capability frameworks. Oversees AI change management, employee adoption, investment prioritization, vendor partnerships, measurement, and team development. Builds AI capabilities across Digital Technology, Human Resources, and other business functions while aligning workforce development with future business needs. The role requires extensive enterprise capability-building experience, generative AI fluency, change leadership, skills-based talent modeling, and experience in complex global organizations.

Leads GE Aerospace’s AI workforce intelligence strategy, building workforce inference foundations connecting jobs, tasks, skills, employees, and AI fluency. Designs and oversees AI utility agents, super agents, and orchestration layers that analyze workforce trends, talent supply, AI projections, and strategic workforce planning. Establishes enterprise standards, validation methods, governance, and operating routines for skills data. Partners with HR, technology, talent, and executive stakeholders to integrate intelligence into talent systems, career architecture, internal mobility, capability development, and workforce strategy.

Leads indirect sourcing and supplier management activities, including supplier strategy, negotiations, purchasing, claims management, and cost mitigation initiatives. Analyzes sourcing data, allocates requirements to suppliers, supports procurement decisions, and improves contractual conditions. The role also mentors less-experienced colleagues, may lead small projects, resolves complex sourcing issues, and collaborates with internal and external stakeholders. Strong sourcing and commodity-management experience, fluent English, and local work authorization are required.

Leads high-pressure turbine rotor design engineering for GE9X commercial aircraft engines, supporting durability improvements, validation, entry-into-service preparation, hardware redesigns, and technical problem resolution. Collaborates cross-functionally with systems engineering, product line, technology, and operations teams while applying sound mechanical engineering principles and managing assigned projects.

Owns the design, deployment, and continuous improvement of sourcing, procurement, supplier management, and contract management processes. Leads AI and automation integration into contract lifecycle and performance workflows, establishes governance and standard work, and partners with digital and functional teams to translate requirements into scalable solutions. Acts as a contract management subject matter expert, drives stakeholder adoption, leads problem solving and change management, and evaluates process performance, AI effectiveness, and business impact.

The Sr. Finance Manager will oversee financial planning and analysis, managing a $200M+ cost budget and a $35M+ capital expenditure budget, while collaborating with operations to meet productivity targets and ensure compliance with financial standards.

Leads GE Aerospace Research’s component heat transfer capability, directing research strategy, technical execution, and development of a 10–20-person team. Oversees cooling design, conjugate heat transfer modeling, computational and experimental validation, AI/ML applications, thermal diagnostics, and high-performance computing. Builds partnerships with government agencies, laboratories, academia, and industry; secures research projects; translates findings into aerospace product technologies; and champions safety, compliance, talent development, and operational excellence.

Leads product quality for aerospace machining, rotating parts, and compressor airfoil suppliers. Reviews and approves First Article Inspection results, verifies design intent and process substantiation, conducts supplier audits, drives corrective actions, and coordinates quality activities across sourcing, manufacturing, engineering, and supplier quality teams. Provides product release direction, resolves technical issues, and supports supplier visits and cross-functional projects, with approximately 10–15% travel.

Develop and maintain C#/.NET Windows software for electron beam additive manufacturing machines. Responsibilities include machine control, process data handling, client-server interfaces, asynchronous communication, testing, documentation, deployment support, and collaboration in an Agile/Scrum environment. The role involves close collaboration with hardware, controls, process engineering, and product teams, plus coaching teammates and troubleshooting production issues.