As an Advanced Lead Engineer at GE Aviation, you will be part of the GE9x team, contributing to the production of advanced jet engines, components, and integrated systems that power commercial and military aircraft. This role involves executing the design, analysis, and evaluation of assigned projects using sound engineering principles, adhering to business standards, practices, procedures, and product/program requirements. You will work with a variety of engineering organizations to develop engine systems and designs, and prepare and present technical data to internal and external customers.

GE9X High Pressure Turbine (HPT) Stage 1 Blade- Advanced Lead Engineer

Advanced Lead Engineer

As an Advanced Lead Engineer for the GE90 HPT module team within the Fleet / Product Support Engineering role at GE Aviation, you will be responsible for integrating and developing processes that meet business needs across the organization, managing complex issues within functional areas of expertise, and contributing to long-term planning and the overall business strategy. This role involves working collaboratively within a module team, managing priorities, building customer relationships, participating in field event investigations, and providing guidance on airline line maintenance inquiries, among other responsibilities.

Lead Engineer - GE90 Hot Section Engineer

Advanced Lead Engineer - GE90 Hot Section Engineer

The LEAP/GE9X Lead Engineer - Performance Engineering at GE Aviation is responsible for ensuring the overall engine performance of LEAP-1A/1B/1C and GE9X meets all customer requirements for thrust and fuel consumption. This role involves working cross-functionally within the Engine Systems team to ensure all program Engine Performance deliverables are met. The position focuses on leading thermodynamic cycle development, analysis, and trade studies, owning performance planning and analysis for engine tests, and driving proper documentation of all technical work.

LEAP/GE9X Lead Engineer - Performance Engineering

The Advanced Lead Mechanical Design Engineer at GE Aerospace will be responsible for the mechanical design, manufacture, and delivery of hardware used in the development testing of the next generation of narrow body jet engines. This role involves working closely with a team of engineers and scientists to design the next generation of jet engine turbomachinery, collaborating with internal and external manufacturing organizations, and leading efforts to solve technical and schedule-related problems. The position offers a hybrid work schedule once fully trained and is part of the Advanced Technologies Organization, focusing on RISE Technologies including Open Fan architecture.

Advanced Lead Mechanical Design Engineer - Combustor

The Advanced Lead Acoustics Engineer at GE Aviation will focus on advancing the capability to predict aircraft engine noise with high-fidelity CFD methods, primarily targeting community noise assessments and attenuation technology maturation for commercial aircraft. This role involves supporting full and subscale acoustic testing, test planning, data decomposition, and reporting of noise results, particularly for CFD validation efforts. Additionally, the engineer will be responsible for executing acoustic analysis, design, test, and integration for assigned components, assemblies, and systems, meeting business standards and product requirements.

Advanced Lead Acoustics Engineer

Developmental Engineers in the United States Air Force are responsible for the planning and implementation of projects across a wide range of specialties including aeronautical, computer systems, flight test, and mechanical engineering. They play a crucial role in ensuring the success of operations worldwide by advancing our technology and systems.

Developmental Engineer

The Advanced Lead Engineer is an individual contributor at GE Aviation, working on the design and development of products across various engine product lines. This role involves executing engineering analysis, design, and evaluation of projects, interacting with engineers from multiple disciplines, and traveling to manufacturing sites for practical knowledge. The position requires a Bachelor's degree in engineering and offers opportunities for professional development and mentorship under senior engineers.

Advanced Lead Engineer - Mechanical Component

The GE Aerospace Take2Flight: Experienced Career Relaunch Program is designed for seasoned engineering professionals eager to return to work after a career hiatus of one year or longer. This program offers a supportive bridge back to full-time technical roles, providing structured support and training during the initial 12-week period. Participants will lead efforts around engine product development, analysis, and/or project management, utilizing their expertise to execute the design, analysis, or evaluation of assigned projects using sound engineering principles.

Take2Flight Program Engineer

Lead Engineer

GE Aerospace is seeking an Advanced Lead Engineer in Mechanical Design to contribute to the development of next-generation aircraft engines. This role involves designing and testing innovative solutions for aircraft component design, integrating with diverse teams, and suggesting technology advancements. The position offers a hybrid work schedule and is vital to the production of advanced jet engines and integrated systems.

Advanced Lead Engineer – Mechanical Design

Join McKesson as the Lead Contact Center Engineer and spearhead our highest level of telecommunications engineering. In this senior role, you will drive the design, engineering, and support of our comprehensive Contact Center and Unified Communications systems, focusing on UCaaS and CCaaS technologies. Your work will transform the user experience across the organization, making services more innovative and cost-effective.

Lead Contact Center Engineer (UCaaS and CCaaS)

Lead Contact Center Engineer

The Advanced Lead Design Engineer position is a mid-career role within the Aerospace Engineering Division's Production Technologies team, focusing on the production of Commercial and Aero-derivative High pressure Turbine Airfoils. This role involves owning all engineering functions related to the production of assigned projects, executing design, analysis, and evaluation of assigned projects, and collaborating with engineers from multiple disciplines, manufacturing & quality. The role requires travel to manufacturing sites and offers opportunities for mentorship and professional development.

Advanced Lead Design Engineer - Hardware Owner

The Advanced Lead Engineer - Sub-Scale Rig Leader at GE Aerospace is responsible for supporting and contributing to the design and development of the RISE Ducted and Open Fan Program, focusing on solutions and systems for polymer composites. This role involves maintaining and leading rigs/tests, mentoring, and owning Ducted flowpath composite hardware through the design review process and manufacturing of prototypes for future RISE demonstrators. The position requires a blend of mechanical and electrical engineering skills, direct people management, and the ability to execute engineering projects using sound principles and adhering to business standards.

Advanced Lead Engineer - Sub-Scale Rig Leader

As an Advanced Lead Preliminary Cycle Design Engineer at GE Aviation, you will work with the Commercial Engine Project & Engineering teams to design, assess, and launch GE’s next generation of products aimed at reducing emissions. This role focuses on the RISE demonstrator programs, aiming to follow the program from Preliminary Design to Performance as it matures. Responsibilities include leading programs & projects, building and executing aero-thermal models, coordinating with cross-functional teams, and participating in organizational efforts.

Advanced Lead Preliminary Cycle Design Engineer

The Lead Mechanical Design Engineer at GE Aerospace will be part of the LEAP Engineering Design Team, focusing on the High Pressure Turbine Module and specifically supporting HPT Rotor Design for fielded products. This role involves executing the design, analysis, or evaluation of assigned projects using sound engineering principles, adhering to business standards, practices, and product/program requirements. The engineer will work on mechanical engineering for HPT Rotor products, utilizing in-depth knowledge of a technical discipline and analytical thinking to execute policy/strategy.

LEAP HPT Rotor - Lead Mechanical Design Engineer – GE Aerospace

Lead Mechanical Design Engineer

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Advanced Lead Engineer Jobs in Carlisle, OH Hiring Now

GE9X High Pressure Turbine (HPT) Stage 1 Blade- Advanced Lead Engineer

Lead Engineer - GE90 Hot Section Engineer

LEAP/GE9X Lead Engineer - Performance Engineering

Advanced Lead Mechanical Design Engineer - Combustor

Advanced Lead Acoustics Engineer

Developmental Engineer

Advanced Lead Engineer - Mechanical Component

Take2Flight Program Engineer

Advanced Lead Engineer – Mechanical Design

Developmental Engineer

Lead Contact Center Engineer (UCaaS and CCaaS)

Advanced Lead Design Engineer - Hardware Owner

Advanced Lead Engineer - Sub-Scale Rig Leader

Advanced Lead Preliminary Cycle Design Engineer

LEAP HPT Rotor - Lead Mechanical Design Engineer – GE Aerospace