Methods Engineer - Edison Works Development Assembly

GE Aerospace•Evendale, OH

12d•Onsite

About The Position

The Methods Engineer reviews incoming product definitions and program requirements to create planning packages for assembly and disassembly activities supporting Edison Works Development Assembly programs. The role translates technical requirements into clear, executable work instructions for safe, compliant, and timely hardware execution across military engine programs. The engineer develops procedural instructions using assigned parts lists, assembly drawings, specifications, 3D models (MBA), tooling files, and Test Project Sheet (TPS) requirements. The role works with cross-functional teams to resolve planning issues and support development-engine scheduling and execution. It also supports a primary engine program while remaining flexible to assist other engine programs and assembly projects as needed. The position is on-site in Evendale, Ohio. Candidates must be willing and able to obtain and maintain a U.S. Government Security Clearance. GE Aerospace describes its work environment as offering professional development, challenging careers, and competitive compensation. Employment is contingent on legal authorization to work in the United States and successful completion of a drug screen, as applicable; employees may also be subject to random and reasonable-suspicion drug and alcohol testing.

Requirements

Bachelor’s degree in Engineering from an accredited college or university.
At least 3 years of experience reviewing incoming product definitions and program requirements to author planning packages for assembly and disassembly.
Strong collaboration, communication, and problem-solving skills.
Ability to interpret technical requirements and develop actionable plans.
Willingness and ability to obtain and maintain a U.S. Government Security Clearance.
Willingness to work on-site in Evendale, Ohio.

Nice To Haves

Experience in engine assembly, development assembly, or manufacturing environments.
Familiarity with military and/or commercial engine programs.
Familiarity with NPI, engine architecture, and planning/work instruction authoring.
Familiarity with Teamcenter, Solumina, Excel, PowerPoint, eNMS, ETQ, DPEAR, Open Plan, Digital Thread Intelligence, Digital Workbench, and VIS mock-up.
Demonstrated ability to work through ambiguity and develop clear execution plans.
Lean / FLIGHT DECK mindset focused on continuous improvement.
Humble, respectful, receptive, agile, and eager to learn.
Transparent communication: shares critical information, speaks with candor, and contributes constructively.
Focused approach: quick learner who strategically prioritizes work and is committed.
Leadership ability, including strong communication, decision-making, and collaboration.
Analytical problem-solving ability, willingness to challenge existing processes, and critical thinking.

Responsibilities

Review product definition, including assigned parts lists, Model Based Assemblies, drawings, specifications, 3D models, tooling files, and TPS requirements, to develop planning packages for assembly and disassembly activities.
Author compliant and conforming work instructions that account for specifications, standards, characteristic accountability, quality procedures, and safety requirements.
Ensure build data and operations are accurately captured in Solumina/DPEAR/MES and other required systems.
Partner with Engineering, Systems, Instrumentation, Evaluation, Tooling, Project personnel, Quality, Materials, EHS, and Operations to identify and resolve planning issues, risks, and gaps.
Maintain daily interface with the hourly workforce to support effective execution and issue resolution.
Gather requirements and publish planning packages for assigned modules and engine programs in accordance with team standards and guidelines.
Assist in scheduling and executing development engines, with focus on safety, integrity, quality, delivery, and cost.
Apply lean and FLIGHT DECK problem-solving principles to improve planning quality and execution efficiency.
Support a primary engine program while remaining flexible to assist other engine programs and assembly projects as needed.