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⚡ Source: ReedRef: 56904603

CNC Machinist Team Leader

AWD online·Wakefield, Yorkshire and The Humber·Posted 1 week ago
💰 £41k/year
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Job description

Original text imported from Reed

CNC Machinist Team Leader

An excellent opportunity for a skilled CNC Machinist Team Leader with programming experience in turning and milling environments. Join a growing engineering and manufacturing organisation working with precision components, CNC machining, CAM software, tooling and continuous improvement projects.

If you’ve also worked in the following roles, we’d also like to hear from you: CNC Programmer, CNC Operator, CNC Turner, CNC Miller, Manufacturing Team Leader, Production Engineer


SALARY: £40,560+ per annum / £20+ per Hour + Benefits

LOCATION: Ferrybridge, West Yorkshire

JOB TYPE: Full-Time, Permanent

WORKING HOURS: Monday – Thursday: 7.00am – 3.30pm and Friday: 7.00am – 2.30pm


JOB OVERVIEW

We have a fantastic new job opportunity for a CNC Machinist Team Leader with high-level turning and milling expertise within a precision engineering and manufacturing environment.

As the CNC Machinist Team Leader you will support the day-to-day running of machining sections, ensuring quality standards, production efficiency and continuous improvement targets are achieved.

Working within a modern engineering facility, the CNC Machinist Team Leader will programme, manufacture and inspect precision components using CNC machining centres, tooling systems and technical drawings while supporting staff development and mentoring apprentices.

The role offers excellent long-term career progression, overtime opportunities and a supportive working environment within a growing engineering organisation.


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Ready to make your next career move? Apply Now for our Recruitment Team to review.


DUTIES

Your duties as the CNC Machinist Team Leader include:

  • Manufacturing Precision Components: Produce components to engineering drawings and specifications using CNC turning and milling machinery
  • Programming CNC Machines: Create and adjust CNC programmes using Haas, Heidenhain, Fanuc and Siemens controls
  • Maintaining Quality Standards: Follow ISO 9001:2015 procedures and ensure all work meets required quality standards
  • Supporting Production Operations: Assist with the day-to-day organisation of staff, materials and equipment within machining sections
  • Improving Processes: Support tooling libraries, standard operating procedures and continuous improvement initiatives
  • Mentoring Team Members: Assist with staff training, development and apprentice mentoring activities
  • Reading Technical Drawings: Interpret engineering drawings, geometric tolerances and machining specifications accurately
  • Promoting Health & Safety: Follow company health and safety procedures and contribute to a safe working environment


CANDIDATE REQUIREMENTS

  • Recognised apprenticeship in Mechanical Engineering or a related discipline
  • Previous experience in CNC machining, programming, turning and milling operations
  • Proven experience of working with Haas, Heidenhain, Fanuc and Siemens controls
  • Ability to read and interpret technical drawings and geometric tolerances
  • Experience working with castings, forgings, alloy steels and stainless steels
  • Knowledge of modern machining practices, tooling and measuring equipment
  • Previous experience in staff supervision, mentoring or training activities
  • Ability to produce high-quality precision components to tight tolerances
  • Experience with vices, jigs, fixtures, angle plates and rotary axis machining
  • CAM software knowledge would be advantageous


BENEFITS

  • 39-hour working week
  • Travel allowance
  • Free on-site gym facilities
  • Free private individual health insurance and healthcare cash plan
  • Free on-site parking
  • Company pension scheme
  • 30 days holiday including Bank Holidays
  • Overtime available paid at time and a half
  • Career progression opportunities


HOW TO APPLY

To be considered for this job vacancy, please submit your CV to our Recruitment Team who will review your details. CV’s of Job Applicants meeting this requirement will be submitted to our Client for consideration. By submitting your job application to us you are hereby giving us your express consent to submit your details to our Client for this purpose.

JOB REF: AWDO-P14718

Full-Time, Permanent Engineer / Manufacturing Jobs, Careers and Vacancies. Find a new job and work in Ferrybridge, West Yorkshire. Multi-Job Board Advertising and CV Sourcing Recruitment Services provided by AWD online.

AWD online specialise in sourcing candidates and advertising vacancies on multiple job boards for companies on a non-commission basis. AWD online operates as an employment agency.

AWD-IN-SPJ



SpeedCV AI

Key skills

AI-extracted from the job advert

Must-have skills
Mechanical Engineering ApprenticeshipCNC ProgrammingHaas ControlsHeidenhain ControlsFanuc ControlsSiemens ControlsTechnical Drawing InterpretationGeometric TolerancingCNC TurningCNC Milling
Nice-to-have
CAM SoftwareISO 9001:2015Continuous ImprovementApprentice Mentoring
Soft skills
LeadershipMentoringCommunicationProblem SolvingAttention to DetailTeamwork
SpeedCV AI

Application advice

5 AI-generated recommendations to maximise your chances.

1

⭐ Highlight your CNC programming experience with Haas, Heidenhain, Fanuc and Siemens controls prominently as the advert specifically mentions all four systems

2

📊 Quantify your precision machining results: 'Programmed 150+ components achieving +/-0.005mm tolerance consistently'

3

🔧 Emphasise your mechanical engineering apprenticeship and ISO 9001:2015 experience as these are explicitly required qualifications

4

👥 Showcase your team leadership and apprentice mentoring experience with specific numbers: 'Mentored 4 apprentices through NVQ Level 3'

5

🎯 Include continuous improvement achievements with measurable outcomes: 'Reduced cycle time by 15% through tooling optimisation'

NEW
AI SpeedCV

Suggested CV bullets

3 bullets our AI drafted for this specific advert, mirroring its ATS keywords.

How to tailor your CV

Add these 3 bullets under your most recent experience:

  • Programmed 200+ precision components using Haas, Heidenhain, Fanuc and Siemens CNC controls, achieving geometric tolerances within ±0.005mm consistently
  • Led 8-person machining team to exceed production targets by 12% whilst maintaining ISO 9001:2015 quality standards across turning and milling operations
  • Mentored 6 apprentices through mechanical engineering qualifications, with 100% achieving NVQ Level 3 within 18 months

Free to copy — tailoring requires a 30-sec CV upload.

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Letter preview — tailored to AWD online

Dear Hiring Manager,

AWD online's focus on precision engineering and apprentice development makes this CNC Machinist Team Leader role exactly the career progression I'm seeking. My extensive experience programming Haas, Heidenhain, Fanuc and Siemens controls, combined with proven team leadership in manufacturing environments, aligns perfectly with your requirements for supporting machining operations whilst mentoring the next generation of engineers.

My background in CNC programming and precision machining has equipped me with the technical expertise to interpret complex geometric tolerances, optimise tooling systems, and maintain ISO 9001:2015 quality standards whilst driving continuous improvement initiatives across turning and milling operations.

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SpeedCV AI

Interview questions

10 questions generated from this advert.

Technical

  • Explain the differences between Haas, Heidenhain, Fanuc and Siemens CNC control systems
  • How would you approach programming a complex turning operation with geometric tolerances of ±0.01mm?
  • Describe your experience with CAM software and how you optimise toolpaths for efficiency
  • What steps do you take to ensure ISO 9001:2015 compliance in CNC machining operations?
  • How do you interpret geometric dimensioning and tolerancing symbols on technical drawings?

Behavioural

  • Tell me about a time you had to mentor an apprentice who was struggling with CNC programming
  • Describe a situation where you implemented a continuous improvement initiative in a machining environment
  • Give an example of how you handled a quality issue that affected production targets
  • Tell me about a time you had to lead a team through a challenging production deadline
  • Describe a situation where you had to troubleshoot a complex CNC machining problem
SpeedCV AINEW

STAR answer examples

Model answers using the Situation-Task-Action-Result framework. Adapt to your own experience.

1Question

Tell me about a time you had to mentor an apprentice who was struggling with CNC programming

During my previous role, I was assigned to mentor Jake, a second-year apprentice who was struggling with Fanuc control programming and consistently producing components outside tolerance. I identified that he was rushing through the setup process without properly checking tool offsets. I implemented a structured approach where we worked together for 2 hours each morning, focusing on systematic setup procedures and measurement techniques. I created a checklist covering tool offset verification, work coordinate systems, and first-off inspection protocols. Within 6 weeks, Jake's reject rate dropped from 15% to under 2%, and he successfully completed his NVQ Level 3 assessment on CNC programming with distinction.
2Question

Describe a situation where you implemented a continuous improvement initiative in a machining environment

I noticed our Haas turning centre was experiencing frequent tool breakage on a high-volume aluminium component, costing £800 weekly in replacement tooling and 4 hours downtime per incident. I analysed the cutting parameters and discovered we were using outdated speeds and feeds from the original setup 3 years prior. I collaborated with our tooling supplier to trial new carbide inserts designed for aluminium machining and optimised the cutting parameters through systematic testing. I documented the new standard operating procedure and trained the 5-person team on the updated process. This reduced tool breakage by 85% and increased cycle time efficiency by 18%, saving £2,400 monthly whilst improving component surface finish quality.

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