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Leads complex flight management computing systems projects from concept through deployment, overseeing requirements, design, development, integration, testing, certification support, schedules, budgets, risks, and resources. Coordinates cross-functional aerospace engineering teams, vendors, stakeholders, and customers while ensuring compliance with DO-178C, DO-254, and GE Aerospace processes. Drives process improvements, communicates project status, and provides technical leadership in a regulated avionics environment.

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.

Leads mechanical design, analysis, evaluation, manufacturing support, and qualification of hot structural components for advanced military propulsion products. Manages hardware cost, weight, schedule, testing, certification, and technical documentation while collaborating across engineering disciplines. Applies systems thinking, lean principles, and sound technical judgment to resolve design challenges, meet product requirements, and support customer relationships. Requires occasional travel and eligibility to maintain a U.S. Government security clearance.

Supports GE Aerospace engine engineering through the University of Michigan MBSE program and M-SAGE project. Responsibilities may include component design, analysis, development, testing, life management, aerodynamics, thermodynamics, performance, stress, vibration, controls, electric design, materials, and services engineering. The intern will gain hands-on aerospace experience, mentorship, and technical development while contributing to commercial and military aircraft engine programs.

Leads the Integrated Master Scheduling team across GE Aerospace development programs. Responsibilities include workforce planning, people leadership, customer interface, proposal support, EVMS compliance, earned value governance, standard work, lean transformation, and strategic direction for program planning and scheduling. The role develops scheduling leaders and professionals, supports US government customers, and drives improvements across the Program Management Office.

Supports aerospace engineering activities involving flight-test operations, Boeing 747-400 flight-test-bed work, engine and aircraft integration, mechanical design, data systems, electrical systems, and instrumentation. Placement will reflect the intern’s preferences, academic major, year of study, and business needs. The role requires analytical problem-solving, programming proficiency, teamwork, and aviation technology interest.

Manages supplier relationships, sourcing, negotiations, contracts, purchase order execution, order health, lead times, and supplier issue resolution. Analyzes accounts payable discrepancies, supports procurement-related projects and technical part changes, develops commercial solutions, and contributes to sourcing strategy and policy. Requires strong analytical, communication, influencing, project management, and supplier-management skills.

Leads systems engineering for flight management computing programs across military and civil avionics platforms. Owns requirements development, allocation, traceability, verification, and validation; coordinates software and hardware integration; manages interfaces, risks, trade studies, configuration control, and system-level testing. Provides technical leadership, mentors engineers, supports cross-functional decision-making, and drives product execution from concept through production and operation.

Leads engineering operations initiatives focused on metrics, dashboards, performance reporting, planning, process improvement, and cross-functional execution. Coordinates with engineering, program management, quality, supply chain, and finance teams; tracks milestones, risks, dependencies, and corrective actions; and presents leadership-ready updates. The role improves operating mechanisms, standardizes workflows, and supports continuous improvement within an engineering, manufacturing, or aerospace environment.

Leads the design, development, integration, and deployment of test software, hardware, fixtures, and automated systems for aviation power equipment. Collaborates with product design and manufacturing teams to improve testability, reliability, coverage, and manufacturability. Manages test hardware projects, documentation, design reviews, failure analysis, corrective actions, and transition of products from R&D into manufacturing. Supports complex laboratory equipment and high-voltage electrical testing.