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GE Aerospace

Builds jet engines for airlines and armed forces

Manufacturing Engineer - Tooling

Manufacturing EngineeringConfirmed live in the last 24 hours
Full-timeGloucester, UKNo salary listed

About the Job

Requirements

  • Practical experience supporting tooling, fixtures, or equipment in a manufacturing engineering environment, from requirement through delivery.
  • A baseline understanding of structured manufacturing engineering in a larger organization, such as work instructions, routings, and process validation.
  • An engineering qualification at HNC level or above, or equivalent knowledge and experience in a manufacturing engineering environment.
  • Experience working with design, sourcing, health and safety teams, and suppliers to deliver solutions.
  • Ability to read and interpret engineering drawings, bills of materials, and technical specifications, and to write clear technical requirements.
  • Ability to plan, prioritize, and track multiple items while monitoring costs.
  • Working knowledge of a problem-solving methodology such as Lean, Six Sigma, 8D, or DMAIC.
  • Knowledge of health and safety regulations and ergonomics, and how to comply with them.

Responsibilities

  • Translate manufacturing requirements into Statements of Work, Tool Design Specifications, and Tooling and Equipment lists, and guide the tooling design team through design iterations.
  • Own the tooling plan, priorities, and status from request to commissioning; chase actions and flag risks so tools arrive when the build needs them.
  • Provide technical input and prioritization for sourcing requests for quotation, help select suppliers, and ensure tooling is sourced consistently with quality and delivery managed.
  • Track and maintain the cost of each tooling item, distinguishing capital expenditure from other expenditure.
  • Plan which tools can be produced using in-house 3D printing, coordinate their production, and carry it out where suitable.
  • Approve tooling drawings with subject matter expert and Health and Safety input, participate in trials, and provide technical input during installation and commissioning.
  • Solve problems using structured methods such as 8D, Lean, and Six Sigma; drive engineering change notices or coordinate fixes when proven tooling does not perform as intended.
  • Author and improve work instructions and routings covering tooling use, and help ensure operators are trained and supported.
  • Collaborate with design engineering to consider manufacturability early and provide feedback on manufacturing challenges and lessons learned.
  • Contribute to Advanced Product Quality Planning and Failure Mode and Effects Analysis activities, ensuring critical characteristics are reflected in tooling and control plans.
  • Govern upkeep of in-service tooling, use data to identify trends, and improve tooling specification, tracking, and sustainment with Safety, Quality, Delivery, and Cost considerations.
  • Contribute to the wider Manufacturing Engineering team’s work, including work instructions, routings, technical reports, process improvement, and problem-solving activities, as priorities are agreed with the lead engineer.
  • Work as part of a mixed-skill team and serve as a point of contact for colleagues and suppliers on tooling.

Desired Qualifications

  • Experience with composite materials and manufacturing processes.
  • Experience writing Statements of Work, specifications, or request-for-quotation packages.
  • Experience with 3D printing (additive manufacturing) for tooling, jigs, or fixtures.
  • Experience raising or driving engineering changes in a controlled manufacturing environment.
  • Experience of tooling and fixture design or development, and of computer-aided design tools such as CATIA or AutoCAD.
  • Understanding of geometric dimensioning and tolerancing, and of capital versus operating expenditure.
  • Experience creating work instructions and routings in aerospace or another regulated industry.
  • Familiarity with Advanced Product Quality Planning, Failure Mode and Effects Analysis, and control plans.

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

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