GE Aerospace

Mechanical Engineer

• Execute the design, analysis, and evaluation of assigned projects
• Deliver hardware for testing on the first-ever open fan engine
• Mature composite technology through component rig testing
• Perform mechanical design and analysis for the Composite Midfan Case
• Execute design reviews and provide manufacturing support
• Own the midfan blade-out and bird-ingestion rig mission
• Lead or contribute to program and department operating rhythms
• Manage key performance metrics and action planning/problem solving
• Handle complex tasks in composite manufacturing, technology development, and engineering
• Oversee functional teams or projects with significant risk and/or complexity
• Integrate closely with test teams and ensure pre-test reviews and tollgates are met
• Partner with the Systems focal to ensure conformance to requirements

Mechanical Design Engineer – Composite Structures

Strategy

• Run the long-range forecast process for the overhaul shops
• Drive alignment between product-line demand and overhaul-shop capacity
• Work with product-line teams to understand long-term demand for internal Power by the Hour and Time & Material shop visits
• Work with overhaul shops and offload providers to understand capacity and capability at each site
• Match demand and capacity analyses to identify gaps
• Identify options and drive alignment on solutions to capacity gaps
• Shepherd deals through capital approval where needed
• Lead program managers responsible for executing projects on time and on budget
• Establish best practices for program management
• Oversee the program management team executing large expansion projects in the network

Strategy and Strategic Projects Leader

Full-stack Engineer

• Lead development and integration of advanced embedded cybersecurity technologies for GE Aerospace products and platforms
• Architect and apply secure embedded solutions across hardware, firmware, and software for mission-critical aerospace applications
• Partner with hardware, software, firmware, and toolchain developers to implement cybersecurity solutions
• Lead medium- to large-scale technical projects from concept definition through implementation and product transition
• Mature innovative cybersecurity capabilities into product-ready solutions deployable across GE Aerospace platforms
• Define technical strategies and roadmaps for secure embedded platforms
• Document technical approaches, designs, and innovations through patents, reports, publications, and engineering deliverables
• Track emerging trends in embedded cybersecurity, platform security, and secure system design
• Collaborate with GE Aerospace businesses, engineering teams, and U.S. Government agencies
• Shape and lead technical proposals and response strategies for internal opportunities and external customers

Staff Engineer

Customer Support

• Provide on-site technical assistance to military organizations to meet contractual commitments and business objectives
• Act as liaison between military customers and GE Aerospace engineering and factory teams
• Support overhaul, management, repair, installation, and maintenance of F103, CFM56, and other assigned propulsion system programs
• Interpret technical data and instructions for maintenance and troubleshooting
• Identify special tools and support proper use of tooling and handling equipment
• Recommend and develop informal local training and identify training gaps
• Review malfunctions, assist with fault isolation and root cause analysis, and resolve maintenance issues
• Evaluate maintenance effectiveness to improve practices and reduce repeat issues
• Assist with work scope reviews, maintenance scheduling, data recording, and hardware tracking
• Apply analytical tools for root cause analysis, issue resolution, and trend identification
• Demonstrate best practices for engine and component disassembly, repair, and assembly
• Coordinate maintenance, logistics, and operational tasks between the customer and GE Aerospace personnel

Customer Service Management – Field Service Representative

• Provide on-site technical assistance to military organizations
• Meet contractual commitments and business objectives
• Act as liaison between customers and GE Aerospace engineering and factory teams
• Support overhaul, management, repair, installation, and maintenance of military engine programs including F103 and CFM56
• Interpret technical data and instructions for maintenance and troubleshooting
• Identify special tools and support proper use of tooling and handling equipment
• Recommend and develop local informal training and identify training gaps
• Review malfunctions, assist with fault isolation and root cause analysis, and resolve maintenance issues
• Evaluate maintenance effectiveness to improve practices and reduce repeat issues
• Assist with work scope reviews, maintenance scheduling, data recording, and hardware tracking and availability
• Apply analytical tools for root cause analysis, issue resolution, and trend identification
• Demonstrate best practices for engine and component disassembly, repair, and assembly
• Coordinate maintenance, logistics, and operational tasks between customers and GE Aerospace personnel
• Coach and influence customer teams to improve maintenance effectiveness, readiness outcomes, and customer experience

Systems Engineer

• Work on challenging, real-world aerospace systems and defense problems for commercial and military applications
• Support aerospace systems through their service life
• Contribute to development of engine controls, navigation and guidance systems, gas turbine engine components, electrical power systems, mechanical systems, vehicle health and data management systems, mission systems, computing systems, and platform systems integration
• Perform design, analysis, development, and testing
• Write software requirements and conduct software testing
• Develop simulations and engineering tools
• Provide product and program support
• Build professional and technical skills and relationships with interns, co-ops, and leaders

Systems Engineering Intern – Mechanical/Aerospace Engineering, Electric Power

Electrical Engineer

• Build professional and technical skills in an aerospace systems and defense role
• Work on challenging, real-world problems to design aerospace systems for commercial and military applications and support them through service life
• Gain broad exposure to engineering opportunities ranging from design and analysis to hands-on work with aerospace systems
• Experience work in engine controls, navigation and guidance systems, gas turbine engine components, electrical power systems, mechanical systems, vehicle health and data management systems, mission systems, computing systems, and platform systems integration
• Perform design, analysis, development, and testing
• Write software requirements
• Conduct software testing and simulation
• Develop tools
• Provide product and program support
• Build relationships with interns, co-ops, and leaders
• Consider preferences, major, year of schooling, and business needs during placement
• Prepare for a potential full-time position after graduation

Systems Engineering Intern – Electrical Engineering, Computer Engineering, Computer Science

• Design aerospace systems for commercial and military applications and support them through service life
• Work on development of engine controls, navigation and guidance systems, gas turbine engine components, electrical power systems, mechanical systems, vehicle health and data management systems, mission systems, computing systems, and platform systems integration
• Perform design, analysis, development, and testing
• Write software requirements
• Conduct software testing and simulation
• Develop tools
• Provide product and program support
• Build relationships with interns, co-ops, and leaders
• Consider preferences, major, year of schooling, and business needs when placed into an assignment

Systems Engineering Intern – Electrical Engineering, Computer Engineering, Science

• Work on challenging, real-world aerospace systems and defense problems for commercial and military applications
• Support aerospace systems through their service life
• Gain exposure to engineering opportunities ranging from design and analysis to hands-on aerospace systems work
• Contribute to engine controls, navigation and guidance systems, gas turbine engine components, electrical power systems, mechanical systems, vehicle health and data management systems, mission systems, computing systems, and platform systems integration
• Perform design, analysis, development, and testing
• Write software requirements
• Conduct software testing and simulation
• Develop tools
• Provide product and program support
• Build relationships with interns, co-ops, and leaders
• Prepare for potential full-time leadership program or direct-hire opportunities

Systems Engineering Co-op – Mechanical/Aerospace Engineering, Electric Power

• Work on challenging, real-world aerospace systems and defense problems for commercial and military applications
• Support aerospace systems through their service life
• Gain exposure to engineering work ranging from design and analysis to hands-on aerospace systems work
• Contribute to engine controls, navigation and guidance systems, gas turbine engine components, electrical power systems, mechanical systems, vehicle health and data management systems, mission systems, computing systems, and platform systems integration
• Perform design, analysis, development, and testing
• Write software requirements
• Conduct software testing and simulation
• Develop tools
• Provide product and program support
• Build relationships with interns, co-ops, and leaders
• Prepare for potential full-time leadership program or direct-hire opportunities after graduation

Systems Engineering Co-op – Electrical Engineering, Computer Engineering

Supply Chain

• Perform key supply-chain daily operations within an assigned site, including materials management and sourcing
• Learn state-of-the-art manufacturing methods
• Support manufacturing and repair processes for component hardware and/or overall engine assembly
• Maintain quality standards through risk assessment, root cause analysis, corrective action, and statistical controls
• Support safe work conditions through Environmental, Health & Safety initiatives
• Apply Lean and Six Sigma principles to improve productivity, on-time delivery, process capability, and operational stability
• Support delivery efforts for sourced components by working with shops and suppliers
• Build project management, negotiation, and business acumen skills

Supply Chain Operations Intern

• Support and improve quality control systems and processes used in manufacturing inspection, defect tracking, nonconformance management, and process compliance
• Partner with Manufacturing Quality and Operations teams to align quality system outputs with shop floor execution and production requirements
• Analyze manufacturing quality data to identify defect trends, recurring issues, process variation, escape risks, and first-pass yield improvement opportunities
• Develop and maintain reporting, dashboards, and visual management tools for manufacturing quality metrics
• Drive visibility to production-impacting quality issues and support containment, corrective action, and recovery prioritization
• Support root cause problem solving with data analysis, trend insights, and systems-based visibility
• Improve data integrity, reporting consistency, and system discipline across manufacturing quality workflows
• Partner with inspectors, quality engineers, operations leaders, and manufacturing teams to improve quality-system usability and adoption
• Support process audits, layered reviews, compliance checks, and standard work adherence
• Support inspection planning, defect documentation, nonconformance tracking, and escalation workflows
• Participate in implementation, testing, validation, and continuous improvement of manufacturing quality tools and digital processes
• Drive improvements that strengthen process control, reduce defects, improve flow, and enhance responsiveness
• Provide leadership and guidance in cross-functional discussions on manufacturing quality systems, reporting, and process improvement

Senior Quality Control Systems Analyst

Operations

• Develop, maintain, and support execution of production and operations schedules for assigned value streams, product lines, programs, or sites
• Translate demand, backlog, forecast, and business priorities into executable schedules aligned with capacity, labor, material availability, and operational constraints
• Analyze schedule attainment, loading, throughput, bottlenecks, and resource constraints to identify risks and recommend corrective actions
• Partner with manufacturing, materials, sourcing, logistics, quality, and program teams to align schedules with operational readiness and customer commitments
• Lead schedule reviews and planning routines to communicate priorities, risks, constraints, and recovery plans
• Monitor schedule adherence, past due orders, recovery progress, and output performance; escalate issues that may impact delivery or business commitments
• Perform scenario analysis to evaluate schedule options, tradeoffs, and impacts to capacity, fulfillment, and customer delivery
• Drive schedule stabilization through improved planning logic, operating discipline, and cross-functional action management
• Develop and maintain planning dashboards, reports, and metrics related to schedule attainment, backlog, constraint management, and on-time delivery
• Support daily management, weekly reviews, and leadership updates with clear, data-driven insights
• Identify and implement continuous improvement opportunities to improve schedule accuracy, flow, visibility, and predictability

Senior Operations Planning Analyst

Executive

• Collaborate to develop and execute the RPCA part family growth strategy
• Develop and execute lean transformation strategy across the RPCA part family
• Drive lean transformation across GE internal shops, joint ventures, and associated key suppliers
• Build lean capability in the leadership team
• Provide guidance and mentorship to part family GMs, plant leaders and staff, and in-plant FLIGHT DECK practitioners
• Train and educate employees at all levels in lean principles and tools
• Activate Value Stream Management, Problem Solving / Action Planning, Visual Daily Management, Standard Work, 5S, Operating Cadences, Kanban Systems, Production Preparation Process, and Pull Systems
• Collaborate with the larger FLIGHT DECK community to promote kaizen mindset, skillset, and toolset across GE Aerospace
• Coach the part family GM on FLIGHT DECK fundamentals, including policy deployment execution
• Identify and prioritize opportunities to eliminate waste, create flow, improve processes, and reduce cost
• Participate in RPCA operating cadences and team problem solving to deliver year-over-year KPI performance
• Advise and counsel staff on issues impacting Safety, Quality, Delivery, and Cost
• Communicate business goals and programs across multiple organizational levels
• Lead one direct report and influence senior leaders internally and externally across GE shops and strategic suppliers

Executive Flight Deck Leader – RPCA Part Family

Logistics Specialist

• Own material planning and fulfillment execution for assigned parts, commodities, programs, or value streams
• Convert demand signals, forecasts, and production schedules into executable material plans
• Monitor material availability, past due orders, shortages, and fulfillment risks; drive recovery actions to protect output and customer delivery
• Partner with sourcing and suppliers to improve delivery performance, expedite critical material, and resolve supply constraints
• Maintain planning parameters including lead times, reorder points, safety stock, lot sizing, and order policies
• Execute within ERP/MRP systems to ensure accurate material signals, order actions, and inventory visibility
• Lead daily management of material issues through visual management, action tracking, and escalation
• Support inventory optimization by balancing service, working capital, and production needs
• Identify and drive continuous improvement actions to improve material flow, reduce shortages, and strengthen plan attainment
• Collaborate cross-functionally with operations, production control, logistics, engineering, quality, and sourcing teams
• Communicate risks, assumptions, and recovery plans clearly to stakeholders and leadership
• Ensure compliance with standard work, internal controls, and business operating processes

Mechanical Design Engineer – Composite Structures

Strategy and Strategic Projects Leader

Staff Engineer

Customer Service Management – Field Service Representative

Customer Service Management – Field Service Representative

Systems Engineering Intern – Mechanical/Aerospace Engineering, Electric Power

Systems Engineering Intern – Electrical Engineering, Computer Engineering, Computer Science

Systems Engineering Intern – Electrical Engineering, Computer Engineering, Science

Systems Engineering Co-op – Mechanical/Aerospace Engineering, Electric Power

Systems Engineering Co-op – Electrical Engineering, Computer Engineering

Supply Chain Operations Intern

Senior Quality Control Systems Analyst

Senior Operations Planning Analyst

Executive Flight Deck Leader – RPCA Part Family

Logistics Material Planning and Fulfillment Specialist