Jobs at GE Aerospace

Develop and troubleshoot CNC processes and CAM programs for lathes, multi-axis mills, and mill-turns. Set up and operate CNC and conventional equipment, produce hardware from engineering definitions, perform dimensional checks, create work instructions, support process improvements, and provide guidance to skilled employees. The role also involves special processes such as EDM, laser welding, and robotics, along with tooling, fixturing, and production support.

Leads manufacturing support and process performance for an aerospace afterburner component. Drives improvements in safety, ergonomics, first-time yield, productivity, quality, cost, delivery, workflow, and shop-floor efficiency. Partners with operations, quality, engineering, planning, and maintenance teams to redesign processes, optimize layouts, reduce aged work-in-process, and apply lean manufacturing and continuous improvement methods in a unionized production environment.

Develop and operate 2-, 3-, 4-, and 5-axis CNC machining processes for aerospace development and production hardware. Set up machines, create tooling and production plans, interpret blueprints, perform dimensional inspections using CMM equipment, troubleshoot process issues, and support continuous improvement. Provide direction to skilled employees and collaborate with engineering, project, and shop-floor teams while following safety and quality procedures.

Develops 2-, 3-, 4-, and 5-axis CNC machining processes, including programs, tooling, and production planning. Sets up and operates CNC and conventional machine tools, interprets blueprints, performs dimensional inspections and CMM operations, troubleshoots machining issues, supports process improvements, and guides skilled employees. Requires NC programming expertise, machining or related manufacturing experience, shop mathematics, blueprint reading, and GD&T knowledge.

Develop and maintain CMM inspection programs for aerospace components, interpret GD&T blueprints, create inspection reports, and support machining process development and quality verification. The role includes developing probing and fixturing solutions, SPC feedback software, root-cause analysis, process improvement, inspections, and mentoring entry-level personnel. Collaboration with Manufacturing, Quality, Design Engineering, CNC operators, and shop-floor teams is required.

Participate in GE Aerospace’s two-year rotational leadership program for transitioning U.S. military officers. Candidates rotate across aerospace business units in Cincinnati-area Ohio or Lynn, Massachusetts, applying military leadership, analytical problem-solving, adaptability, and technical or operational expertise. The role requires prior commissioned officer service, a bachelor’s degree, recent active-duty experience, and eligibility to access U.S. export-controlled information.

Leads preliminary cycle design for next-generation military and commercial engines. Builds and executes engine models, conducts trade studies, develops parametric design tools, evaluates technology maturity, and supports architecture, cost, weight, maintenance, and competitive assessments. The role collaborates across aerospace disciplines, presents recommendations to leadership, mentors engineers, documents technical work, and contributes to strategic planning and technical reviews.

Leads daily operations and support for critical enterprise applications and data platforms. Monitors reliability, performance, capacity, interfaces, and batch processing; handles escalated incidents, root-cause analysis, deployments, patches, and maintenance. Partners with engineering, cybersecurity, compliance, and business teams to improve resiliency, observability, security, and operational readiness. Develops automation, documentation, and governance processes, mentors team members, and participates in on-call support.

Leads information technology for a manufacturing plant, overseeing infrastructure, operational technology, software applications, reliability, and availability. Partners with plant leadership and business teams on digital transformation, lean process improvements, machine instrumentation, SOP development, technology obsolescence, and issue resolution. Coordinates with centralized digital technology teams and drives continuous operational improvement.

Lead design, analysis, and maturation of midframe gas-turbine components. Provide technical leadership, coordinate cross-functional teams, drive design changes, support producibility and validation, manage risks and schedules, and mentor engineers to meet safety, cost, quality, and certification objectives.

Leads the enterprise international trade compliance risk management framework, including methodology, governance, assessments, monitoring, corrective actions, risk indicators, dashboards, escalation, and executive reporting. Integrates findings from investigations, audits, consent agreements, and compliance reviews to identify systemic risks and guide remediation. Partners with compliance, ITC leadership, enterprise risk management, and digital tools teams to improve analytics, controls, and risk-based decision-making across global operations.

Leads the international trade compliance digital strategy and technology roadmap. Acts as the primary liaison between compliance and Digital Technology, translating regulatory and operational needs into business requirements. Establishes governance and prioritization for technology investments, identifies automation and standardization opportunities, oversees tool adoption and improvement, and partners on risk analytics, dashboards, reporting, controls, and data visibility across the enterprise.

Leads the enterprise ITC training, capability development, and communications strategy. Designs risk-based, role-specific learning programs; establishes training governance, effectiveness measures, and continuous improvement; assesses capability gaps; and develops communications that drive compliance awareness, accountability, adoption, and organizational readiness across sites and business units.

Leads GE Aerospace’s international trade compliance operating model, including policies, governance, training, communications, digital tools, risk management, metrics, and continuous improvement. Translates regulatory requirements into enterprise execution plans, builds cross-functional partnerships, and manages compliance programs across global business divisions and subsidiaries. The role also develops talent, drives standardization, strengthens accountability, and sponsors initiatives that improve compliance effectiveness and scalability.

Leads the enterprise ITC business partner network by defining operating models, governance, decision rights, accountability, communication forums, and execution expectations. Partners with business and functional leaders to ensure trade compliance capability, capacity, policy deployment, regulatory awareness, training, and performance measurement. Identifies systemic issues and drives sustainable improvements across complex, matrixed global organizations.

Lead manufacturing engineering activities in a production shop for aerospace hardware, including process ownership, quality improvement, RCCA, lean transformation, and production-line improvements. The role manages technical requirements, process control, hardware quality, and KPI improvements involving safety, yield, cost, delivery, inventory, and productivity. It also provides technical guidance to team members and collaborates across teams while supporting CNC machining, welding, heat treatment, brazing, and related manufacturing processes.

Leads advanced manufacturing engineering activities spanning process design, tooling, equipment implementation, new product introduction, production readiness, and shop-floor support. Solves manufacturing challenges affecting safety, quality, delivery, and cost; sources and oversees equipment; supports R&D and testing; and coaches cross-functional teams. The role requires expertise in manufacturing processes and equipment, CNC machining and programming, automated controls, and regulated manufacturing environments.

Leads advanced manufacturing process design, tooling, equipment implementation, new product introduction, and production readiness. Solves shop-floor challenges, improves safety, quality, delivery, and cost, supports production teams, evaluates emerging technologies, and mentors colleagues. Coordinates cross-functional technical programs and projects while guiding manufacturing capability improvements in a regulated production environment.

Leads manufacturing engineering for rotating aerospace hardware in a production shop. Owns manufacturing support and process performance, improves safety, first-time yield, productivity, delivery, inventory, and cost of quality. Drives lean process redesign, facility layout optimization, RCCA, and continuous improvement while coordinating with operations, quality, engineering, planning, and maintenance teams in support of a $50M-plus defense engine business.

Leads advanced manufacturing solutions for aerospace rotating parts, including machining and inspection process development, equipment selection, tooling, automation, NPI, and production industrialization. Provides technical direction for major projects, supports shop-floor machining and inspection issues, conducts root-cause analysis, and improves cycle time, tool life, quality, and process capability. Partners with programmers, planners, suppliers, and cross-functional teams while mentoring engineers and technicians.