Manufacturing Engineer - Tooling

Marlow
4 days ago
Create job alert

Job Title: Manufacturing Engineer
Location: Maidenhead - 4 days on site 
Engagement: Contract (PAYE/Umbrella), inside IR35

Rate: £40-60 per hour umbrella 

Were looking for a hands on Manufacturing Engineer with deep tooling expertise to support jigs, fixtures, CAD design, and CNC manufacturing across both Production and NPI operations.

What you'll do as a Manufacturing Engineer:

Design & engineer tooling (jigs/fixtures) from 3D CAD models and 2D drawings, with clear build documentation.
Apply GD&T to ensure precise tolerancing for lowvolume, highvalue aerospace components.
Create and maintain manufacturing documentation (data cards, routings, SOPs, inspection docs).
Develop, revise, and proof CNC programs for 3, 4 and 5axis machining centres to aerospace standards.
Own tooling recordsdesign files, maintenance logs, and change history.
Continuously improve designs for performance, manufacturability, and cost.
Partner with Quality, Engineering, and Production to ensure compliance with AS9100 and FAIR.
Drive machining/assembly process improvements and machine parts to meet operational needs.
Support external tooling/fixture suppliers as required.
What experience you'll bring to the role as a Manufacturing Engineer:

CNC programming & operation across 3/4/5axis machining.
CAD/CAM fluencyideally SolidWorks plus Hypermill and/or Edgecam.
Proven tooling design for assembly/test and production.
Strong grasp of aerospace manufacturing, tooling design, and inspection methods.
Confident reading engineering drawings, GD&T and technical specs.
Handson with lathe/milling/drilling and working knowledge of aluminium, titanium, stainless steel, composites.
Awareness of surface finishing (e.g., anodising, coatings).
Familiarity with aerospace quality frameworks (FAIR, APQP, PPAP, AS9100).
Qualifications & experience for the Manufacturing Engineer role:

5 years in manufacturing engineering with focus on CAD tooling design, CAM, and CNC programming/operation.
Experience operating/maintaining CNC machines (e.g., Mazak, Haas).
Solid understanding of materials, tolerances, GD&T, DFM/DFA.
Exposure to CNC machining, injection/composite moulding, 3D printing is beneficial.
Comfortable working with inprogress models/designs and making pragmatic definition choices.
Able to balance stakeholder and supplier inputs to optimise cost and leadtime.
If you're interested in this Manufacturing Engineer role please click 'apply' or contact Orion in Reading today.

Due to the volume of applications we receive, unfortunately we are not able to respond to every application personally, therefore, if you have not heard back from us within 5 working days please assume your application has been unsuccessful. Thank you

Related Jobs

View all jobs

Manufacturing Engineer - (Sheet Metal)

Manufacturing Engineering Manager

Continuous Improvement Engineer

Process Engineer - Welding

Senior Welding Engineer

Mechanical Engineer

Subscribe to Future Tech Insights for the latest jobs & insights, direct to your inbox.

By subscribing, you agree to our privacy policy and terms of service.

Industry Insights

Discover insightful articles, industry insights, expert tips, and curated resources.

Materials Science Jobs for Career Switchers in Their 30s, 40s & 50s (UK Reality Check)

Thinking about a career switch into materials science in your 30s, 40s or 50s? You’re not alone. In the UK, materials science underpins innovations in aerospace, automotive, healthcare, energy, manufacturing & sustainability — and employers are increasingly open to talent with diverse backgrounds. But the field is often misunderstood as being only for PhDs in labs, which can put off experienced professionals who have valuable transferable skills. This guide gives you a clear, practical UK-focused reality check: which materials science careers are realistic, what skills employers are looking for, how long retraining usually takes, how to position your experience and whether age is a factor (hint: it’s your strengths that matter most). Whether you come from engineering, manufacturing, research support, quality, operations, design, project management or consultancy, this article shows how your background can translate into a materials science career in the UK.

How to Write a Materials Science Job Ad That Attracts the Right People

Materials science underpins many of the UK’s most advanced industries, from aerospace and automotive to energy, semiconductors, construction, defence and advanced manufacturing. Employers rely on materials scientists and engineers to develop, test and optimise materials that meet increasingly demanding performance, safety and sustainability requirements. Yet many employers struggle to attract the right candidates. Materials science job adverts often receive limited applications or applicants whose experience does not match the role’s technical requirements. At the same time, experienced materials professionals ignore adverts that feel vague, overly academic or disconnected from real industrial challenges. In most cases, the issue is not a lack of talent — it is the clarity and quality of the job advert. Materials scientists are evidence-driven, detail-oriented and highly selective. A poorly written job ad signals weak technical understanding and unclear expectations. A well-written one signals credibility, purpose and serious intent. This guide explains how to write a materials science job ad that attracts the right people, improves applicant quality and strengthens your employer brand.

Maths for Materials Science Jobs: The Only Topics You Actually Need (& How to Learn Them)

If you are applying for materials science jobs in the UK, maths can feel like a hidden barrier. Job ads might mention “strong analytical skills” or “ability to interpret data” without saying what that actually means on the job. Here’s the reality: most materials roles do not require advanced pure maths. What they do require is confidence with a small set of practical topics that show up repeatedly in: mechanical testing & failure analysis processing & heat treatment phase diagrams & alloy design diffusion, corrosion & degradation characterisation data interpretation quality, metrology, validation & uncertainty materials selection & design trade-offs This guide focuses on the only maths topics most materials professionals keep using, plus a 6-week learning plan, portfolio projects & resources.