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Apprenticeship - Advanced Carpentry and Joinery (Standard) - Level 3Apply Now »

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Level: 3

Location: Hudson Building

Years: 1

Interview: Y

Course Summary

This course meets the needs of students who have secured an advanced apprenticeship position in roles such as site carpenter or architectural joiner. It enables them to carry out advanced skilled work, primarily using timber products, either on a construction site or in a workshop, creating and installing building components.

The advanced carpenter and joiner is able to undertake complex job tasks which require high levels of practical skills and knowledge, in addition to managing their own work and leading small teams.

The main differences between a Level 2 site carpenter/architectural joiner and a Level 3 advanced site carpenter/architectural joiner are that the advanced professional has responsibility for managing their own and other people’s work, as well as being required to complete complex and non-standard work. Examples of complex tasks include curved products, irregular joints and bespoke work.

The course enables apprentices to learn, develop and practise more advanced skills in site carpentry or bench joinery and to work towards the related Diploma in Wood Occupations

Entry requirements

Level 3 advanced apprentices will normally progress from a Level 2 apprenticeship, or should be able to demonstrate the same knowledge, skills and competency levels.

You should have gained employment as an advanced apprentice with a construction, carpentry or joinery company.

You need a minimum of Level 1 Functional Skills in English and Maths or a GCSE grade D/3 or above in English and Maths

Pass or above in BTEC Level 2 Construction or equivalent qualifications are desirable, although not always required.

A commitment to your own learning and performance in a working environment is essential.

Course Content

Pathway 1: Specific Advanced Site Carpenter Skill Requirements

On completion of this apprenticeship, advanced site carpenters will have the same occupational skills as a site carpenter but will also be able to demonstrate the ability to:

  • Utilise a range of advanced trade skills which allow them to carry out complex carpentry work to highly skilled standards and tolerances, to include measuring, marking out, fitting, cutting, splicing, finishing, positioning and securing.
  • Install complex and non-standard doors and window frames, shaped door and hatch linings, partitions with openings and changes of direction and staircases with turns.
  • Install accessible service encasements, bespoke wall/floor units and fitments, panelling and stair components (e.g. balustrades, handrails and spindles with turns).
  • Erect inclined roofs with gables, roof verges and eaves, including finishings, joists and roof coverings.
  • Repair and/or replace frames, mouldings, floor or flat roof joist coverings, door and window ironmongery, window components, structural joists and rafters, guttering and downpipes.

Pathway 1: Specific Advanced Site Carpenter Knowledge Requirements

On completion of this apprenticeship, advanced site carpenters will have the same occupational knowledge as a site carpenter but will also:

  • Understand the technical principles of advanced site carpentry, such as effective and appropriate installation practices, being able to apply this knowledge in preparing and fixing complex, non-standard timber based products and components, such as erecting inclined roofs, making, assembling and erecting complex roof structures, including hip and dormer cut roofs, maintaining and repairing non-standard joinery products.
  • Understand how to carry out advanced calculations and work out cutting angles for complex carpentry work such as using a roofing square to calculate roof spar lengths and using a sliding bevel to mark out splayed joints.
  • Understand how to form complex joints associated with advanced site carpentry work, such as splayed and plumb.

Pathway 2: Specific Advanced Architectural Joiner Skill Requirements

On completion of this apprenticeship, advanced architectural joiners will have the same occupational skills as an architectural joiner but will also be able to demonstrate the ability to:

  • Utilise advanced trade skills to carry out complex architectural joinery work to a high standard and to demanding tolerances.
  • Set out complex work tasks for non-standard architectural joinery products, including complex door sets, doors, windows, units and fitments, staircases (straight and with turns) and products with single/double curvature features.
  • Mark out accurately from setting out details for the manufacture of complex doors, opening windows, units and fitments and staircases.
  • Manufacture complex and non-standard architectural joinery products including doors, windows with opening lights, units and fitments, panelling/cladding, staircases (straight and with turns) and veneers.
  • Use, maintain and store marking and testing tools, hand tools, power tools and associated equipment required for advanced work.
  • Set up and use fixed machinery such as circular saws, planers, thicknessers, bandsaws, morticers, tenoners, spindle moulders, drills, grinders and sanders. Optional (as determined by the employer)
  • Produce computer aided design (CAD) setting out details and set out by CAD.
  • Produce wood and wood-based products using computer numerically controlled/numerically controlled (CNC/NC) machinery.

Pathway 2: Specific Advanced Architectural Joiner Knowledge Requirements On completion of this apprenticeship, advanced architectural joiners will have the same occupational knowledge as an architectural joiner but will also:

  • Understand the technical principles of advanced architectural joinery, using this knowledge to set out and produce cutting lists for complex and non-standard products, marking, manufacturing, fitting and assembling complex, non-standard products.
  • Understand how to take complex site and workplace dimensions, such as measuring curved openings and ensuring that units fit obtuse/acute angled walls.
  • Understand how to form and proportion advanced wood joints associated with complex architectural joinery work, such as subbed rebate joints, stub mortice and tenon joints and bridle joints.
  • Understand how to set up, use and maintain fixed machinery used for complex joinery tasks, such as developing and using specialist jigs to manufacture curved timber products. Optional (as determined by the employer)
  • Understand the principles of computer aided design (CAD) and how to apply them to produce CAD setting out details and set out by CAD.
  • Understand how to set up and use computer numerically controlled/numerically controlled (CNC/NC) machinery to produce timber and timber-based products. Generic behaviours expected to be displayed by all advanced Carpentry and Joinery workers (both pathways)
  • Effective communication: oral, written, listening, body language, presentation – especially in working with others.
  • Team work: work effectively without supervision and give leadership to others – being willing to lead a team.
  • Independent working: take responsibility for completing own work and monitoring the work of others.
  • Logical thinking: use clear and valid reasoning when making decisions and in achieving work goals with others.
  • Working effectively: undertake the work in a reliable and productive manner, lead others by example.
  • Time management: use own time effectively to complete work on schedule and support effective team working.
  • Adaptability: be able to implement change and adjust existing requirements to meet the work instructions. Apprentices must achieve a Level 3 National Vocational Qualification (NVQ) to demonstrate competency in their chosen occupation.

Pathway 1: NVQ Level 3 Diploma in Wood Occupations – Site Carpentry

Pathway 2: NVQ Level 3 Diploma in Wood Occupations – Architectural Joinery Apprentices must complete, or have previously completed, recognised English and Mathematics Level 2 qualifications.

How will I be assessed?

Assessment is through observation of practical work and additional on-site assessments are required to complete the NVQ Level 3.

Maths and English skills will be assessed through a controlled assessment or final exam.

Once you have completed your training and achieved your Level 3 NVQ, and English and Maths, you will be required to take an End Point Assessment (EPA) which will include a Knowledge Assessment (Short Written Test) and a Practical Skills Assessment (Skills Test). Passing the EPA will mean successful completion of the apprenticeship.
 

Are there any additional costs or specialist equipment required?

You will need safety boots and Personal Protective Equipment, which should be supplied by your employer.

What can I do after this course?

Further Study
 

You can progress to a range of Professional Construction courses.

Careers
 

You can advance your career in a range of construction supervisory and
management roles.

Did you find the course information on this page useful?

 

This course is run at the Hudson Building

Hudson Building

About the Hudson Building»

Jordan Edwards

Jordan Edwards

Gaining broader horizons in construction

Jordan Edwards is among many Derby College learners who have seized the chance to gain international work experience. A maintenance operative apprentice at Derby Homes, he headed to Angers in France to explore traditional eco-construction and landscaping techniques.

Jordan secured his apprenticeship after completing a full-time Bench Joinery course at the College, winning a 2014 Peak Award along the way in recognition of his excellent practical skills.

The opportunity to go on an international work exchange came courtesy of the College’s success in gaining European funding. Jordan and two other Derby Homes apprentices joined learners from Finland, France, Croatia and Greece in workshops exploring themes such as how to build a sustainable house from straw and how to make paints from natural materials.

I really enjoyed the whole international experience and we have learnt so many different building techniques that can reduce the carbon footprint of the construction industry.
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