G

GE Aerospace

Builds jet engines for airlines and armed forces

Advanced Lead Design for Manufacturing Engineer

Manufacturing EngineeringConfirmed live in the last 24 hours
Full-timeEvendale, OH, USANo salary listedIn-person

About the Job

Requirements

  • A bachelor's degree in Manufacturing or Engineering, or a related technical discipline from an accredited college or university, or a high school diploma or GED with at least eight years of relevant manufacturing and/or engineering experience.
  • At least three years of relevant manufacturing and/or engineering experience.
  • Legal authorization to work in the United States is required; employment visa sponsorship is not available.
  • Experience owning development hardware and manufacturing high-precision turbomachinery components.
  • Aptitude in mechanical design and ability to review drawings, understand geometric dimensioning and tolerancing and product definition, and read and interpret drawings.
  • Experience with aerospace manufacturing specifications.
  • Working experience with the GE Aerospace quality system.
  • Ability to influence and guide others without a direct reporting relationship.
  • Ability to execute with new and unclear requirements and goals.
  • Ability to work in a matrix organization.
  • Ability to manage changing and conflicting priorities and resolve them appropriately.
  • Ability to analyze problems, identify root causes, and provide efficient solutions.
  • Ability to train and motivate others.
  • Ability to use the GE Aerospace quality system and FLIGHT DECK, GE Aerospace's proprietary lean operating model.
  • Ability to prove U.S. Person status as a U.S. lawful permanent resident, U.S. citizen, asylee, or refugee due to access to U.S. export-controlled information.

Responsibilities

  • Provide technical direction to a large design team for the RISE program using sound engineering principles and adhering to business standards, practices, procedures, and product or program requirements.
  • Provide manufacturing consultation on manufacturing practices and standards, including initial development needs and cost predictions, to support strategic decisions.
  • Participate in cross-functional meetings with design engineering, quality, materials, and manufacturing to define requirements and standards for new designs.
  • Help design and manufacturing engineers align drawing requirements with manufacturing best practices and standard work.
  • Collaborate with Design and Systems Engineering teams, GEAR, production, and global sites to formulate technical solutions aligned with long-term business objectives.
  • Present or review technical, program, and design reviews, and communicate with customers or program managers to help ensure delivery of a quality product.
  • Stay current in the technical specialty for new product introduction, performance improvements, cost reductions, and problem resolution.
  • Define the state of the art in the technical specialty and anticipate, develop, and apply technology to current and future business opportunities.
  • Work with the external supply base to ensure conformance to drawing technical and process requirements, and provide assistance and guidance to selected suppliers.
  • Partner with Design Boards, Manufacturing pyramids, and TRL owners to industrialize designs and technologies.
  • Develop standard work for implementing new technologies and processes related to component manufacturing.
  • Document technical data generated for assigned projects and tasks in accordance with engineering policies and procedures.
  • Foster innovation, collaboration, and a FLIGHT DECK mentality within the manufacturing organization.
  • Lead producibility reviews on priority components and deliver recommendations tied to process capability and inspection strategy during the first 90 days.
  • Influence drawing and model changes to reduce predicted scrap and rework, and support MRL and industrialization plans for new processes and hardware within six months.
  • Lead producibility reviews and redline drawings and models to align tolerances with process capability and inspection strategies.
  • Define datum schemes and fixturing concepts; identify key characteristics and special processes; and quantify the SQDC impact of alternatives.
  • Run trade studies to inform make-or-buy, process selection, and cost and risk decisions early in design.
  • Translate capability data into actionable drawing changes and inspection plans, and support FAI, PPAP, or equivalent processes.
  • Develop and deploy standard work for new processes, and contribute to technology maturation and industrialization plans with TRL and MRL owners.
  • Collaborate with internal factories and suppliers to connect design intent with actual process capability.

Desired Qualifications

  • Experience owning development hardware and manufacturing high-precision turbomachinery components.
  • Aptitude in mechanical design and ability to review drawings, understand geometric dimensioning and tolerancing and product definition, and read and interpret drawings.
  • Experience with aerospace manufacturing specifications.
  • Working experience with the GE Aerospace quality system.
  • Ability to influence and guide others without a direct reporting relationship.
  • Ability to execute with new and unclear requirements and goals.
  • Ability to work in a matrix organization.
  • Ability to manage changing and conflicting priorities and resolve them appropriately.
  • Ability to analyze problems, identify root causes, and provide efficient solutions.
  • Ability to train and motivate others.
  • Ability to use the GE Aerospace quality system and FLIGHT DECK, GE Aerospace's proprietary lean operating model.

About the Company

GE Aerospace

Builds jet engines for airlines and armed forces

GE Aerospace designs, builds and services jet engines and aircraft systems for airlines, plane makers and armed forces around the world. Through CFM International, a 50-50 venture with France's Safran, it makes the LEAP engine, the only engine on Boeing's 737 MAX and one of two offered on Airbus's A320neo family. Its other units make avionics and electrical power systems for civil and military aircraft. Most of its revenue comes from repairs, spare parts and long-term service deals that airlines buy over the decades each engine stays in use, with the work done in its own and partner shops. GE Aerospace traces to General Electric, founded in 1892, and is based in Evendale, Ohio.

Company size
10,001+
Company stage
Grant
Total funding
$1B
Headquarters
Evendale, OH
Founded
1892

Recently Posted Jobs

Explore more opportunities at GE Aerospace

See more jobs