Top Tech Jobs & Startup Jobs

Leads hypersonic and supersonic propulsion programs, owning technical and business execution, cost, schedule, budget, margin, quality, and safety. Represents the company to customers, develops program work plans and schedules, manages risks and staffing, coordinates engineering, testing, operations, finance, quality, and contracts, and reports performance to leadership. The role requires aerospace and DoD program management expertise, customer engagement, financial discipline, and coordination across matrixed teams.

Leads end-to-end reliability, security, performance, and compliance for site IT/OT infrastructure supporting aerospace MRO operations. Manages ITIL incident, problem, and change processes; provides escalation support; drives monitoring, root-cause analysis, asset lifecycle management, and SLA performance. Partners with operations and global teams on digital projects, MES, analytics, expansions, and infrastructure changes while managing vendors, costs, and resilience in a 24/7 environment.

Leads multidisciplinary hypersonic propulsion projects from analysis and design through manufacturing, validation, and testing. Owns technical scope, project objectives, risk mitigation, trade studies, configuration control, and regulatory compliance while performing mechanical or electrical engineering work. Applies propulsion, fluid dynamics, aero-thermal, and stress-analysis expertise, presents technical data to customers, and drives process improvement and problem-solving initiatives.

Manages supplier delivery performance, constraint mitigation, source changes, and NPI execution across an assigned supplier portfolio. Tracks commitments, risks, capacity, materials, shortages, and recovery actions while coordinating with suppliers and internal stakeholders. Uses data analysis, sourcing expertise, and problem-solving tools to improve on-time delivery, quality, cost, safety, and operational readiness. Requires strong supplier accountability, cross-functional influence, ERP knowledge, and supply chain experience.

Design and develop fan rotor hardware and multiple fan stages for advanced jet engines. Perform mechanical design and analysis, document technical data, support manufacturing and procurement, resolve technical issues, present recommendations, review peer work, and lead fan rotor projects. Collaborate with cross-functional teams, technical experts, and external vendors while developing specialized expertise in fan rotor airfoil design and engine integration.

Supports program managers with planning, scheduling, cost control, risk and opportunity tracking, reporting, dashboards, governance reviews, supplier follow-up, and stakeholder communication. Coordinates with engineering, manufacturing, quality, procurement, supply chain, and finance teams. Maintains program data, budgets, forecasts, variances, WBS and CBS structures, and contributes to Earned Value Management and contract margin reviews. The internship offers increasing responsibility in an international, cross-functional environment.

Leads product definition engineering for parts, modules, and assemblies by creating 2D sections, 3D models, tolerance stack-ups, and electronic data supporting analysis, manufacturing, tooling, assembly, and inspection. Manages staff performance and development, participates in design and documentation reviews, resolves complex manufacturing-process issues, supports engineering functions, and leads product definition efforts with independence.

Develops and maintains quality systems, process controls, and preventive quality plans for aerospace manufacturing and repair. Investigates quality issues, leads root cause analysis and corrective actions, evaluates process reliability, analyzes quality data, and drives defect-reduction initiatives. Collaborates with manufacturing, engineering, supply chain, customers, and internal stakeholders to ensure regulatory, contractual, and company requirements are met. The role requires aerospace fabrication or overhaul knowledge, statistical process control expertise, and effective technical communication.

Conduct independent research and structured projects in robotics and autonomy for aerospace applications. Develop robotic manufacturing automation and autonomous vehicle technologies involving sensing, localization, navigation, mission planning, and execution. Build technical expertise through mentorship, coursework, stretch assignments, and collaboration while contributing to GE Aerospace Research’s Robotics & Autonomy Lab.

Leads the Streaming Test Analytics team across five sites, overseeing AI-driven analytics, anomaly detection, software infrastructure, test data management, governance, and process simplification. Drives customer adoption, program execution, stakeholder alignment, employee development, recruiting, and operational handoffs. Requires technical leadership in machine learning, aircraft engine performance, Python or Java development, Agile CI/CD, and large-scale program management.