Lead mechanical systems design, analysis, procurement, and test support for the T901 engine. Collaborate with cross-functional teams, present technical data, lead small projects, and resolve design/interface challenges while documenting results.

Lead design-system integration for next-generation engineering tools: define architecture, develop software, provide technical leadership, drive reuse and efficiency, support legacy modernization, and collaborate with product line leaders across turbomachinery teams.

The F110-XBAT SPOCT Leader ensures operability of the F110 engine in a VTOL aircraft, managing integration, requirements, and validation activities while influencing strategy and process improvement.

Lead and perform finite element stress analyses: develop FEA plans, create and run finite element models using ANSYS/Hypermesh/UG, interpret and document results, communicate status, mentor and lead engineering team members, and present or review technical findings to meet program requirements and schedules.

Lead the aeromechanics (High Cycle Fatigue) discipline, manage a small-to-medium engineering team, drive design/analysis of turbomachinery airfoils and mechanical systems, improve products and processes, and ensure program delivery while meeting export-control and security clearance requirements.

Support and improve manufacturing processes, execute tactical engineering tasks, apply process control/continuous improvement, interpret GD&T and blueprints, resolve production issues, and engage with cross-functional teams while developing technical skills.

Responsible for ensuring the quality of manufacturing processes, leading root cause analysis, implementing corrective actions, and mentoring junior staff.

Lead end-to-end proposal development for complex defense engine opportunities: assess requirements, shape strategy, manage cross-functional teams, mitigate commercial risk, ensure compliance, and drive continuous improvement using FLIGHT DECK and KPI management.

Lead cost estimation for preliminary aircraft engine designs by creating parametric cost models, extracting and adapting production data, leading cross-functional teams to evaluate manufacturing methods and technologies, and influencing design and business cases. Mentor team members, run cost reviews/audits, prepare invention disclosures, and present findings to stakeholders while ensuring documentation and program requirements are met.

Lead and execute productivity cost-out strategy for composites sourcing. Manage supplier productivity projects end-to-end, coordinate cross-functional teams, track KPIs, and report performance to senior management. Drive continuous improvement and implement process deployments to achieve component part-cost savings.

Lead export classification, CUI management, and data/tagging standards for rotorcraft turboshaft/turboprop engineering. Develop policies, conduct ITAR/EAR/CUI risk assessments, support export authorizations, deliver training, and implement continuous improvement and governance across programs and sites.

Lead pricing strategy, deal modeling, and risk management for Electrical Power proposals. Collaborate with various departments to ensure compliance and optimal pricing.

The role involves designing, testing, and supporting embedded systems for engine control, requiring expertise in electronic and firmware design, testing, and architectures.

Lead Engineer manages development of electrical test rigs and communication systems, integrates engine control systems, and oversees project requirements.

Drive lean transformation at GE Aerospace Lynn Plant 1 by coaching, facilitating, and training teams in FLIGHT DECK lean methods. Implement daily management, lead kaizen events, develop lean roadmaps using VSM and 3P, build cross-functional relationships, and sustain KPI-driven continuous improvement across manufacturing operations.

The Military Controls Program Leader manages software and hardware deliverables for military engine control systems, coordinates cross-functional teams, and drives strategic initiatives while ensuring effective program execution.

As a CMM Programmer, you'll develop inspection programs, work with various teams, edit legacy programs, and mentor entry-level personnel.

Lead the transformation of manufacturing and assembly processes through digital solutions, collaborating with cross-functional teams and stakeholders to implement effective strategies.

Provide HR support and coaching to employees and managers, manage employee relations, lead HR initiatives, and ensure compliance with policies. Collaborate with management on HR processes and conduct HR training.

The Engineering Manager will oversee a design team, manage product development, and ensure quality and timeliness of CMC designs for defense programs.