Level 3 Engineering Machining technician Apprentice

SALCO PRECISION ENGINEERING LIMITED

South Woodham Ferrers (CM3 5WA)

Closes in 15 days (Friday 16 October 2026 at 11:59pm)

Posted on 30 September 2026

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Contents

Summary

- Learning to use CAD software. - Setting up the workpiece. - Tool Setting. - Testing Programs. - Part Inspection.

Wage

£16,640 for your first year, then could increase depending on your age

National Minimum Wage rate for apprentices

Minimum wage rates (opens in new tab)

Training course
Engineering technician (level 3)
Hours
4 days working 1 day in college

40 hours a week

Start date

Tuesday 27 October 2026

Duration

3 years 6 months

Positions available

1

Work

Most of your apprenticeship is spent working. You’ll learn on the job by getting hands-on experience.

What you'll do at work

Salco Precision Engineering Ltd is looking for an enthusiastic apprentice to join our experienced engineering team and develop a career within CNC machining and precision engineering.

Working alongside experienced engineers, the successful candidate will receive practical training in the operation, setting and basic programming of CNC milling machines while developing an understanding of the complete manufacturing process.

The apprentice will learn how to:

Read and understand engineering drawings and job specifications.
Use CAD/CAM software to support the manufacture of precision components.
Prepare and set up workpieces correctly for machining.
Select, set and change cutting tools.
Assist with setting and operating CNC milling machines.
Learn CNC machining principles and develop programming skills.
Test and check CNC programs before and during production.
Monitor machining operations and identify potential problems.
Measure and inspect finished components using appropriate measuring and inspection equipment.
Check components against engineering drawings, dimensions and tolerances.
Carry out basic machine and work-area maintenance.
Follow company health and safety procedures and safe working practices.
Maintain a clean, organised and safe working environment.
Work effectively with experienced engineers and other members of the production team.

The apprentice will gain practical experience producing precision-engineered components for customers across a range of industries.

This is an excellent opportunity for someone with an interest in engineering, manufacturing and CNC machining who wants to develop practical skills within an established precision engineering company.

The role will combine workplace training with one day per week attending college. The successful candidate will initially work towards the relevant apprenticeship standard, with the opportunity to develop further CNC machining, setting and programming skills as their experience increases.

Where you'll work

Salco Precision Engineering 15-17 Cutlers Road
South Woodham Ferrers
South Woodham Ferrers
CM3 5WA

Training

Apprenticeships include time away from working for specialist training. You’ll study to gain professional knowledge and skills.

Training provider

CHELMSFORD COLLEGE

Training course

Engineering technician (level 3)

Understanding apprenticeship levels (opens in new tab)

What you'll learn

Course contents
  • obtaining, checking and using the appropriate documentation (such as job instructions, drawings, quality control documentation)
  • working safely at all times, complying with health, safety and environmental legislation, regulations and organisational requirements planning and where applicable obtaining all the resources required to undertake the work activity
  • undertaking the work activity using the correct processes, procedures and equipment
  • carrying out the required checks (such as quality, compliance or testing) using the correct procedures, processes and/or equipment
  • dealing promptly and effectively with engineering/manufacturing problems within the limits of their responsibility using approved diagnostic methods and techniques and report those which cannot be resolved to the appropriate personnel
  • completing any required documentation using the defined recording systems at the appropriate stages of the work activity
  • restoring the work area on completion of the activity and where applicable return any resources and consumables to the appropriate location
  • read and interpret relevant data and documentation used to manufacture aerospace components/systems
  • assemble and disassemble aerospace mechanical components, sub-assemblies and whole systems (new and in service) as required measure and mark out of materials to carry out precision machining and hand fitting processes
  • precision drilling and finishing of holes in aircraft assemblies use mechanical and or electrical/electronic measuring and or test equipment used on aircraft assemblies and systems
  • apply assembly techniques (such as mechanical fasteners, welding and bonding techniques)
  • use sealing and jointing techniques: use of seals, gaskets, and jointing materials contribute to the business by identifying possible opportunities for improving working practices, processes and/or procedures
  • assemble, disassemble and install aerospace components, sub-assemblies and whole systems (new and in service) as required such as wiring looms, anti-icing systems, electrical connectors, avionic units and using specified methods and procedures
  • set up and use a range of measuring, testing, diagnostic tools, rigs and equipment, using approved methods and procedures install lighting, power supplies, engine control and instrumentation systems
  • carry out testing and diagnostic activities on installed components, equipment and systems and making adjustment/rectification where applicable
  • carry out precision drilling and finishing of holes in aerospace assemblies apply correct locking and securing methods and techniques (mechanical fasteners, locking and electrical bonding techniques)
  • use sealing and jointing techniques: use of seals, gaskets, and jointing materials install and connect pipe-work systems and aerospace assemblies
  • contribute to the business by identifying possible opportunities for improving working practices, processes and/or procedures
  • read and interpret relevant data and documentation used to maintain aircraft components and systems
  • select and use the correct hand and mechanical tools and equipment while carrying out maintenance of aircraft apply human factors in aviation – attitudes and behaviours to ensure aviation safety
  • use mechanical and electrical measuring and or test equipment while carrying out aircraft maintenance activities
  • carry out aircraft functional checks and fault diagnosis e.g. electrical bonding and earthing; flight control rigging
  • use ground support equipment
  • identify, control, repair and prevent damage, fatigue and corrosion of aircraft components
  • maintain power-plant (piston or turbine engines), propellers or rotors
  • use the correct bonding and assembly techniques e.g. in composite assembly
  • carry out precision drilling and finishing of holes in aircraft assemblies
  • identify and install mechanical fasteners
  • use sealing and jointing techniques: use of seals, gaskets and jointing techniques
  • assemble, repair and replace pipe work for aircraft and engine systems
  • inspect, repair, remove and replace aircraft structures, components, sub-assemblies and systems
  • undertake aircraft flight-line handling and operations
  • carry out testing and diagnostic activities on components, sub – assemblies or whole systems, making adjustments/rectifications where applicable
  • maintain aerospace components, sub – assemblies or whole systems as required undertake aircraft role configuration activities/requirements
  • prepare and maintain the aircraft maintenance programme
  • apply Human Factors in aviation – developing attitudes and behaviours to ensure aviation safety
  • maintain relationships between the aircraft operator and the aircraft maintenance organisation recognising the regulatory responsibilities of both parties
  • use relevant computer software, information systems and documentation necessary to carry out the role
  • use asset and inventory management systems within a continuing airworthiness environment
  • Several options are available through the apprenticeship depending on the context of the organisation, whether in civil or military aviation, rotary or fixed wing aircraft, in continuing airworthiness management or aircraft maintenance and repair organisations.
  • apply the principles and methods used to implement aviation safety management systems
  • apply reliability monitoring and analysis of aircraft and their systems
  • apply compliance monitoring and quality auditing of the organisation and aircraft work with other personnel internal and external to the organisation, providing good customer service
  • apply fleet planning, maintenance scheduling and aircraft on the ground (AOG) requirements
  • read, analyse and interpret engineering data, drawings and documentation used in the design, build, operation and repair of maritime vessels
  • use hand, power and machine tools to measure, mark out, cut, drill, shape and finish components to the required engineering tolerances.
  • assemble, remove, maintain and overhaul components, sub-assemblies and whole systems in a maritime environment.
  • apply assembly and installation methods and techniques (such as terminations, connectors, mechanical fasteners, seals, gaskets, and jointing materials) on maritime vessels.
  • undertake testing, inspection and diagnostic activities on components, equipment and systems on maritime vessels, making adjustments where applicable.
  • measure and mark out to carry out precision machining and hand fitting processes use hand tools to cut, drill, shape and finish components to the required engineering tolerances.
  • assemble, remove and overhaul components, sub-assemblies and whole systems in a maritime environment
  • apply assembly and installation methods and techniques (such as mechanical fasteners, use of seals, gaskets, and jointing materials) on board ships and submarines.
  • undertake the testing, inspection and diagnostic activities on components, equipment and systems on board ships and submarines and making adjustments where applicable.
  • undertake planned and corrective maintenance activities on components, equipment and systems.
  • use hand and mechanical tools, jigs and test equipment safely in the Maritime Industry.
  • read, analyse and interpret engineering data, drawings and documentation used in the design, build, operation and repair of maritime vessels.
  • carry out fabrication and construction processes through precision measuring and marking out.
  • use hand tools / machinery to cut, drill, shape and finish components to the required engineering tolerances.
  • assemble, remove and overhaul components in a maritime environment.
  • apply assembly and installation methods and techniques (such as mechanical fasteners, use of seals, gaskets, and jointing materials) on maritime vessels.
  • undertake planned and corrective repair activities on structures, components and equipment.
  • measure and mark out to enable the fabrication of pipework using a variety of materials (ferrous, non-ferrous and non-metallic) and processes (to include taking wire templates and jigs, setting to boards etc).
  • wire templates and jigs, setting to boards etc).
  • use hand and machine tools to cut, drill, shape and finish components to the required engineering tolerances.
  • fabricate, install and repair pipe systems in a maritime environment.
  • apply assembly and installation techniques (such as brazing, welding, mechanical fasteners, seals, gaskets, jointing materials and methods) on Maritime vessels.
  • undertake testing, inspection and diagnostic activities on pipework systems on maritime vessels, making adjustments where applicable.
  • undertake planned, corrective maintenance and survey activities on pipework components and systems.
  • select and set up the correct tooling and work holding devices
  • select and use a range of measuring and testing equipment to check components are to the required quality and accuracy
  • read and interpret relevant data and documentation used to maintain components, equipment and systems
  • carry out condition monitoring of plant and equipment
  • carry out planned maintenance activities on plant and equipment
  • carrying out complex fault diagnosis and repair activities on high technology engineered systems such as: Maintaining mechanical equipment, Maintaining fluid & pneumatic power equipment, Maintaining electrical & electronic equipment, Maintaining process control equipment
  • carrying out confirmation testing and subsequent smooth hand over of equipment & plant support the installation, testing and commissioning of equipment (where applicable).
  • read and interpret relevant data and documentation used in the design and development of components, assemblies and systems
  • produce components and prototypes using a wide range of hand fitting techniques
  • prepare and using lathes, milling machines, as well as other general or specialist high technology equipment such as 3D printing/additive manufacturing techniques
  • use a range of mechanical, electrical and electronic testing devices and equipment
  • apply mechanical principles and joining techniques to develop products, devices and equipment
  • apply electrical and electronic principles to develop products devices and equipment
  • identify, diagnose and rectify design problems through the whole creation process including design studio, workshops, test environments or under laboratory conditions
  • read and interpret relevant data and documentation used to produce and/or maintain tool and die components, assemblies and systems
  • apply methods and techniques to produce, assemble, disassemble repair and/or maintain tools, dies, jigs and fixtures as applicable to the employer requirements
  • undertake testing to confirm correct operation, and of the effectiveness of repairs and maintenance activities carried out.
  • undertake equipment/asset care and/or Preventative Planned Maintenance processes and procedures
  • Carry out complex fault diagnosis and repair activities covering the following technologies as applicable to the tool, die, jig and fixture environment: Maintaining mechanical equipment, Maintaining fluid & pneumatic power equipment, Maintaining electrical & electronic equipment, Maintaining process control equipment
  • produce technical documentation that contains all the relevant and necessary data and information required for the technical support activity being carried out
  • present the technical documentation in the required format ensure that codes, symbols and other references used in the technical documentation follows agreed uk/international conventions
  • save and store technical documentation in the correct format, location in accordance with organisational and/or customer requirements
  • make any changes/amendments to the technical documentation using agreed quality
  • assurance control procedures
  • develop effective business and/or customer relationships
  • provide technical advice and guidance to others
  • produce engineering/manufacturing production plans
  • obtain resources for engineering/manufacturing activities
  • provide technical support services on products or services to internal and/or external customers
  • obtain and control materials used in engineering/manufacturing environments implement quality control/assurance systems and procedures in an engineering/manufacturing environment
  • produce documentation to supply or procure goods or services
  • produce off line programs for computer numerical controlled machines
  • produce programs for scanning/digitizing or co-ordinate measuring machines
  • produce programs for programmable logic control equipment
  • produce programs for industrial robot applications
  • produce engineering software tools/programs for analysis, quality, configuration management, safety assessments, system security applications
  • produce engineering drawings/models using computer aided design techniques (such as mechanical, electrical, fabrication, fluid power, integrated systems or services)
  • undertake complex fault diagnostic and/or condition monitoring activities on equipment, plant or services
  • carry out inspection activities on equipment/components/systems (such as mechanical, electrical, electronic, welded and fabricated.
  • check and calibrate control and test equipment used in an engineering and/or manufacturing environment

Training schedule

Level 3 Engineering Machine Technician

Requirements

Essential qualifications

GCSE in:

  • Maths (grade 4)
  • English (grade 4)

Share if you have other relevant qualifications and industry experience. The apprenticeship can be adjusted to reflect what you already know.

Skills

  • Teamwork
  • Reliable
  • Attention to detail

Other requirements

How you will travel to the apprenticeship

About this employer

CNC Machining using CAD software. Sectors – Automotive, Medical, Mechanical.

http://www.salcoengineering.co.uk (opens in new tab)

After this apprenticeship

Your earnings can increase over time with an apprenticeship. Find out about potential future pay (opens in new tab).

A level 3 Engineering Machine Technician qualification and a potential future job.

Ask a question

The contact for this apprenticeship is:

CHELMSFORD COLLEGE

David Cornwell

cornwelld@chelmsford.ac.uk

01245 265611

The reference code for this apprenticeship is VAC2000056367.

Apply now

Closes in 15 days (Friday 16 October 2026 at 11:59pm)