Jobs at GE Aerospace

Support planning, coordination, and execution of training programs by organizing logistics, tracking attendance and records, partnering with vendors and stakeholders, compiling reports and metrics, identifying process gaps, and providing administrative support for continuous improvement.

Lead electrical system design for turbofan and rotorcraft engine controls with emphasis on EMI/EMC and lightning protection. Perform analysis, testing, integration, validation, certification support, root-cause analysis, and corrective actions to meet aerospace standards. Collaborate cross-functionally and with partners to resolve field, manufacturing, and production issues.

Design, build, and deploy AI-driven systems and agentic/multi-agent workflows across full-stack applications. Integrate and monitor LLMs in production, implement orchestration logic, build prototype data pipelines, optimize model performance, and collaborate with cross-functional teams to deliver AI solutions.

Lead design, development, integration, validation, and qualification of engine fluid systems and components (pumps, hydromechanical units, filters, actuators, valves) across the full product lifecycle for commercial and military turbofan and rotorcraft engines. Drive supplier engineering, resolve field and manufacturing issues, perform analysis and documentation, lead small projects, and implement root cause corrective actions.

Lead a multidisciplinary controls team to design, verify, and qualify advanced military control systems. Drive program execution, technical strategy, risk mitigation, and stakeholder alignment to deliver hardware and software solutions meeting defense requirements and program milestones.

Lead the design, analysis, and documentation of electrical and sensor components for jet engine controls. Provide technical leadership, present and review technical data, communicate progress and issues, and support development and certification activities while following engineering policies and procedures.

Lead site IT for multiple engine MRO facilities in the UAE. Own IT infrastructure and applications availability, drive digital improvement roadmap, partner with shop leadership, monitor network performance, coordinate with central product teams, and implement instrumentation and obsolescence projects to enable shop operations.

Coach and embed GE Aerospace's FLIGHT DECK lean operating model within Sales & Business Development and Contracts/Government Properties. Facilitate kaizen events, coach Daily Management, Genba walks, Kata cycles, and Hoshin Kanri execution. Develop lean capabilities, drive KPI-driven problem solving, deploy best practices, support change adoption, and deliver measurable performance improvements across a large matrixed organization.

Design, implement, and test open- and closed-loop embedded control software for aircraft engines. Develop code in C/C++, Python, and MATLAB/Simulink, perform simulation, test and validate control systems, analyze engine test data, produce technical documentation, and collaborate with mechanical, electrical, and software teams while adhering to standards, safety, and regulatory requirements in a LEAN/Agile environment.

Design, develop, verify, and integrate real-time embedded software for displays and controllers. Provide technical leadership and mentoring, participate in reviews, produce engineering documentation, and follow rigorous software lifecycle standards (DO-178B/C). Collaborate in cross-functional teams and adopt model-based development tools and techniques as needed.

Lead execution of OE programmes, manage P&L, customer and supplier relationships, and cross-functional teams to deliver projects on scope, schedule, cost and quality. Drive product changes, bids, demand management (S&OP), continuous improvement, and program governance using tollgate frameworks.

Lead execution of embedded software and control system design, implementation, and testing for engine applications in a LEAN environment. Guide teams, make technical decisions, solve complex issues, and deliver digital products while meeting security and export-control requirements.

Work with engineering team to design and simulate power electronics and hybrid electric systems for aerospace. Apply power-supply design (AC-DC, DC-DC, inverter), PEM fuel cell fundamentals, circuit simulation (PLECS, MATLAB/Simulink, PSIM, Proteus), and block-script programming to support hardware development over a six-month internship.

Lead mechanical design and analysis for advanced military products across design phases, focusing on cost reduction, hardware delivery, testing, certification, and technical publications. Work cross-functionally to adopt FLIGHT DECK and lean principles; make design decisions within requirements, review work with senior leaders, and maintain customer relationships. Role requires US security-clearance eligibility and execution within schedule and budget.

Create high-quality communications (videos, infographics, training, toolkits) and lead projects to enable AI-driven improvements. Translate complex topics for stakeholders, drive adoption and change management, implement standard work and AI tools to improve SQDC outcomes, and measure project performance for continuous improvement.

The Early Career Trainee Program at GE Aerospace offers hands-on experience in various aviation operations, leading to greater responsibilities in projects over 24 months. Ideal for recent graduates passionate about the aviation industry.

Develop and support software tools and automation for product definition, create and update Siemens NX assembly modules and drawing packages, and build scripts, APIs, UIs, and database-backed applications. Provide technical support, participate in reviews, collaborate with cross-functional teams, and implement process improvements under senior guidance.

Perform design, analysis, testing, and integration of aviation speed and temperature sensors and alternators. Manage technical interfaces, documentation, test plans, and project tracking. Support development, qualification, sustaining engineering, supply chain interactions, and MRB/problem solving while coordinating cross-functional stakeholders and reporting status, risks, and progress for multiple concurrent projects.

As a Lead Engineering Project Manager, you will oversee technical strategies, customer support, project management, and lead cross-functional teams to enhance product reliability and cost reduction.

The Lead Systems Dynamics Engineer designs, analyzes, and validates aerospace systems, utilizing modeling and simulations. Responsibilities include supporting product dynamics, conducting tests, and collaborating with teams for system performance.