Manufacturing recruitment

Manufacturing Engineer Recruitment

Manufacturing engineers design and improve the processes, tooling, and production systems that keep factories running efficiently. Distinct from the process engineer role in that the focus is firmly on production systems and methods rather than chemical or biochemical processes, the manufacturing engineer works on new product introduction, fixture design, cycle time reduction, and lean improvement. Demand is consistent across aerospace, automotive, medical device, and precision engineering sectors, where manufacturing engineer vacancies arise both through growth and natural turnover.

What the role involves

  • Designing and optimising manufacturing processes, jigs, fixtures, and tooling from concept through to shop-floor implementation, including tolerance analysis to confirm that designs will produce conforming parts at volume
  • Conducting process capability studies and implementing statistical process control (SPC) to maintain quality, interpreting Cpk and Ppk data to identify where process windows need tightening or tooling needs to change
  • Supporting NPI activities: pilot builds, PFMEA preparation, and control plan development, coordinating cross-functional teams across design, quality, and production to ensure a clean transfer to series production
  • Identifying and implementing lean improvements to reduce waste, cycle time, and material usage
  • Producing and maintaining manufacturing documentation: routers, work instructions, and method sheets
  • Working alongside design engineers to ensure new products are optimised for manufacture (DFM)

Who employers are looking for

A BEng or HNC/HND in Manufacturing, Mechanical, or Industrial Engineering is the standard entry qualification. Aerospace and automotive employers expect familiarity with APQP, PFMEA, and control plan methodology as a baseline at mid-career level. CAD skills, typically SolidWorks or CATIA, are required for tooling and fixture design work.

Lean Six Sigma at Green Belt level is increasingly expected rather than preferred at mid-career. Candidates with MINITAB or equivalent statistical analysis experience stand out in roles where process capability data drives improvement decisions. ERP/MRP familiarity helps in manufacturing engineering roles with capacity planning crossover.

Senior manufacturing engineers who have led NPI programmes or managed small technical teams command the upper salary bands and are often on a direct path into manufacturing engineering management or operations management.

In aerospace, AS9100 Rev D familiarity and experience managing manufacturing process qualification documentation is a firm expectation at mid-career. Automotive employers will probe IATF 16949 awareness, APQP gate disciplines, and experience producing PPAP Level 3 submissions. In medical devices, ISO 13485 design transfer methodology and IQ/OQ/PQ validation experience set senior candidates apart from mid-career equivalents who have only operated within an established validated process.

At interview, employers consistently test commercial awareness: understanding how scrap cost, rework rate, and cycle time improvement translate into margin and capacity. Manufacturing engineers who can present a specific project, what the problem cost the business, what they changed, and what the financial result was, consistently outperform those who describe activities without outcomes.

Salary benchmarks

Graduate / entry-level £27,000 - £33,000
Mid-career (3 - 8 years) £35,000 - £48,000
Senior / management £48,000 - £62,000+

Aerospace and automotive manufacturing engineers earn 10 - 15% above the general manufacturing average. Senior manufacturing engineers leading NPI programmes or managing small teams move into the £55,000 - £65,000 band.

Industries that hire Manufacturing Engineers

  • Aerospace: AS9100 manufacturing process development for complex, high-value assemblies with exacting tolerance requirements, including first article inspection and key characteristic management
  • Automotive: IATF 16949 process improvement and APQP support across powertrain, chassis, and body component manufacture, with PPAP documentation as a core deliverable at NPI stage
  • Medical devices: ISO 13485 manufacturing process validation and design transfer from development into production, including IQ/OQ/PQ validation protocols
  • Precision engineering: CNC tooling, fixture design, and process optimisation for multi-sector component manufacture, where short-run flexibility and tight tolerance control define process engineering priorities
  • Electronics: PCB assembly and test process development for consumer, industrial, and defence applications, with IPC standards compliance and yield improvement as recurring priorities

Related roles

  • Manufacturing Process Engineer: closely related, with a stronger focus on production flow analysis and OEE improvement rather than tooling and NPI
  • Production Manager: operational leadership role that manufacturing engineers frequently step into as their career develops
  • Lean Engineer: specialist lean implementation partner on shared improvement projects
  • CNC Programmer: technical partner for machining process work and toolpath optimisation

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