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Manufacturing Engineer

Job in South Molton, Devon, EX36, England, UK
Listing for: Eaton
Full Time position
Listed on 2026-10-25
Job specializations:
  • Engineering
    Manufacturing Engineer, Quality Engineering, Process Engineer, Lean Manufacturing / Six Sigma
  • Manufacturing / Production
    Manufacturing Engineer, Quality Engineering, Lean Manufacturing / Six Sigma
Salary/Wage Range or Industry Benchmark: 60000 - 85000 GBP Yearly GBP 60000.00 85000.00 YEAR
Job Description & How to Apply Below

About the South Molton Plant

Eaton South Molton

Nestled in the heart of Devon, UK, the South Molton plant is home to a team of over 400 talented professionals
, driving excellence in aerospace manufacturing. With a proud history dating back to 1973
, this facility has grown into a powerhouse of precision engineering
, delivering high-quality components to some of the world's most renowned aerospace brands.

What makes South Molton unique? Our one‑of‑a‑kind investment casting foundry
, established in 1975
, sets us apart from all other Eaton Aerospace plants. Today, our focus is on designing, manufacturing, and testing top‑tier aerospace components
, ensuring safety, reliability, and cutting‑edge innovation.

We proudly collaborate with industry giants like Airbus, Boeing, Embraer, and Augusta Westland
, with our main customer being Eaton’s Titchfield facility in Hampshire, UK
. If you're looking for a dynamic environment, world‑class engineering, and the opportunity to shape the future of aerospace
, South Molton is the place to be!

What You’ll Do
  • Develops and maintains robust, cost efficient manufacturing processes and product structures consistent with lean manufacturing practices.
  • Must be mindful of process and test capabilities and recognize organizational core competencies.
  • Ensures root cause and failure analysis is performed as required.
  • Leads cost‑out events and promotes culture of continuous improvement.
  • Applies lean manufacturing techniques as means to eliminate waste and deliver products to customer’s expectations.
  • Implements methods and practices to reduce variation.
  • Develops team’s ability to understand source(s) of variation and identify impact of tolerance stacks in assemblies by applying Six Sigma Design and Development strategies.
  • Understands application of SPC and gage R&R.
  • Participates in concurrent engineering efforts and critical design reviews to minimize product development costs and maximize useful life of products.
  • Conducts Design for Manufacturing and value engineering initiatives as applicable.
  • Develops work breakdown structures as a tool to develop cost estimates.
  • Participates in new product development projects using Pro Launch as a tool to articulate deliverables and commit to schedules.
  • Coordinates manufacturing liaison(s) for products from inception through shipment to customer.
  • Develops and integrates new processes and methodologies to provide competitive advantages for the business.
  • Recommends Capital Appropriation Requests (including payback and net present value analysis) for acquisition of equipment to support emerging and existing technologies.
  • Trains associates as required.
Qualifications
  • Degree qualified (or equivalent) in a relevant discipline.
Skills
  • Detailed knowledge of lean manufacturing techniques – value stream mapping, one piece flow, etc.
  • Understanding of Six Sigma concepts and tools and where they relate to minimizing process / product variability – e.g. regression analysis, design of experiments, hypothesis testing, etc. Ensuring they are deployed appropriately.
  • Thorough understanding of problem‑solving methodologies used in determining root cause and formulating corrective action(s) – i.e. thought maps, 8D, root cause analysis, Process Failure Mode Effect Analysis, Gage R & R, control charts, Pareto charts, etc.
  • Proficiency in various software applications – Computer Aided Design, Computer Aided Manufacturing, MS Office suite, Mini Tab, etc.
  • Knowledge of manufacturing principles and technical specifications to support facilities competencies – e.g. metal cutting, tool design, injection molding, welding, soldering, etc.
  • Ability to lead cross‑functional process improvement teams.
Advantageous
  • Detailed knowledge of engineering design and product reliability concepts as to…
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