Erect and Dismantle Access Equipment or Working Platforms — NOCN Other Vocational Qualification Construction & Building Services Revision

    This subtopic focuses on the safe and efficient erection and dismantling of access equipment such as ladders, trestles, and mobile tower scaffolds in a con

    Topic Synopsis

    This subtopic focuses on the safe and efficient erection and dismantling of access equipment such as ladders, trestles, and mobile tower scaffolds in a construction environment. Learners develop the ability to interpret method statements, risk assessments, and task instructions, select appropriate equipment, prepare worksites, and follow correct procedures to ensure stability and compliance with health and safety regulations. Practical skills are underpinned by a thorough understanding of pre-use checks, safe handling, and post-work inspection and storage.

    Key Concepts & Core Principles

    Exam Tips & Revision Strategies

    Common Misconceptions & Mistakes to Avoid

    Examiner Marking Points

    Erect and Dismantle Access Equipment or Working Platforms

    NOCN
    vocational

    This element focuses on the safe selection, erection, and dismantling of access equipment such as trestles, ladders, and low-level scaffolds commonly used in bricklaying. Learners develop the skills to interpret job specifications, comply with health and safety legislation, and ensure stability and integrity of working platforms to prevent falls and accidents. Proper dismantling and post-work inspections are also critical to maintaining a safe worksite.

    105
    Learning Outcomes
    138
    Assessment Guidance
    145
    Key Skills
    99
    Key Terms
    172
    Assessment Criteria

    Assessment criteria

    NOCN Level 2 Diploma in Bricklaying
    NOCN Level 2 Extended Technical Occupational Entry for Bricklaying (Diploma)
    NOCN Level 2 Extended Diploma in Painting and Decorating
    NOCN Level 2 Extended Diploma in Bricklaying
    NOCN Level 3 Diploma in Insulation and Building Treatments
    NOCN Level 2 Extended Diploma in Architectural Joinery
    NOCN Level 2 Extended Diploma in Site Carpentry
    NOCN Level 2 Diploma in Carpentry and Joinery
    NOCN Level 2 Diploma in Wall and Floor Tiling
    NOCN Level 2 Extended Technical Occupational Entry for Carpenters and Joiners (Diploma)
    NOCN Level 2 Diploma in Site Carpentry
    NOCN Level 2 Extended Diploma in Wall and Floor Tiling
    NOCN Level 2 Diploma in Architectural Joinery
    NOCN Level 2 Extended Diploma in Construction Operations (Civil Engineering)
    NOCN Level 2 Diploma in Construction Operations (Civil Engineering)
    NOCN Level 2 Extended Technical Occupational Entry for Plastering (Diploma)
    NOCN Level 1 Extended Certificate in Tiling
    NOCN Level 1 Diploma in Construction Multiskills
    NOCN Level 1 Diploma in Tiling
    NOCN Level 2 Diploma for Plaster Skimmer
    NOCN Level 3 Diploma in Painting and Decorating (Construction)
    NOCN Level 2 Extended Diploma in Plastering
    NOCN Level 2 Diploma in Plastering
    NOCN Level 1 Extended Certificate in Construction Multiskills
    NOCN Level 1 Diploma in Bricklaying
    NOCN Level 1 Extended Certificate in Painting and Decorating
    NOCN Level 1 Extended Certificate in Plastering
    NOCN Level 2 Extended Technical Occupational Entry for Painting and Decorating (Diploma)
    NOCN Level 1 Extended Certificate in Carpentry and Joinery
    NOCN Level 1 Diploma in Plastering
    NOCN Level 1 Extended Certificate in Bricklaying
    NOCN Level 1 Diploma in Painting and Decorating
    NOCN Level 2 Diploma in Painting and Decorating
    NOCN Level 1 Diploma in Carpentry and Joinery

    Topic Overview

    The NOCN Level 1 Extended Certificate in Construction Multiskills introduces students to the fundamental skills and knowledge required across multiple construction trades. This qualification covers core areas such as health and safety, basic joinery, bricklaying, plastering, and painting and decorating. It is designed to give you a broad understanding of the construction industry, helping you decide which trade to specialise in later. By the end of the course, you will have practical experience in using hand tools, measuring and marking materials, and applying basic techniques in each trade.

    This qualification matters because the construction industry needs versatile workers who understand how different trades interact on a building site. Multiskilling makes you more employable and adaptable, especially on smaller projects where workers may need to perform multiple roles. The course also emphasises safe working practices, which are critical in a high-risk environment like construction. You will learn how to interpret simple drawings, calculate materials, and work effectively as part of a team.

    The Extended Certificate is part of a wider vocational pathway that can lead to Level 2 qualifications in specific trades or an apprenticeship. It provides a solid foundation for further study or entry-level employment. The practical nature of the course means you will spend significant time in workshops, applying theory to real tasks. This hands-on approach helps you build confidence and competence, preparing you for the demands of the construction industry.

    Key Concepts

    Core ideas you must understand for this topic

    • →Health and safety regulations: Understand COSHH, PPE requirements, and risk assessments to prevent accidents on site.
    • →Measuring and marking out: Accurately use tape measures, squares, and levels to mark materials for cutting or assembly.
    • →Basic joinery techniques: Safely use hand saws, chisels, and hammers to create simple wood joints like butt joints and halving joints.
    • →Bricklaying fundamentals: Mix mortar correctly, lay bricks to a line, and maintain consistent joint thickness and level.
    • →Plastering and finishing: Apply plaster to a wall using a trowel, achieving a smooth, even surface ready for decoration.

    Learning Objectives

    What you need to know and understand

    • Interpret technical drawings and method statements to determine access requirements.
    • Conduct pre-use checks on ladders, trestles, and proprietary scaffolds to verify their safety.
    • Assess ground conditions and clear work areas of obstructions and hazards before erection.
    • Demonstrate safe erection of a trestle platform to the correct height, ensuring stability and compliance with regulations.
    • Dismantle access equipment in reverse sequence, securing components for transport and storage.
    • Complete post-work inspections and accurately report any defects, damage, or missing components.
    • 1. Be able to interpret the information required to erect or dismantle access equipment or working platforms.2. Be able to select equipment required for access.3. Be able to prepare work areas and equipment to erect or dismantle access equipment or working platforms. 4. Be able to erect and dismantle access equipment and working platforms. 5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • Interpret method statements, risk assessments, and manufacturer's instructions to determine safe practices for erecting and dismantling access equipment.
    • Identify the correct access equipment required for a given painting and decorating task, considering height, duration, and site conditions.
    • Prepare the work area by conducting pre-use checks, establishing exclusion zones, and ensuring ground stability.
    • Demonstrate proper erection and dismantling procedures for trestle platforms, stepladders, and mobile towers in accordance with industry standards.
    • Complete post-work inspections, report defects, and store equipment correctly to meet legal and organisational requirements.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • Interpret method statements and risk assessments to extract key requirements for access equipment tasks.
    • Identify and select the correct access equipment and personal protective equipment (PPE) for a specified task.
    • Conduct a site-specific risk assessment and prepare the work area, establishing exclusion zones where necessary.
    • Erect a mobile tower scaffold following manufacturer’s instructions and current safety legislation.
    • Dismantle access equipment in the correct sequence, ensuring no damage to components and safe lowering of materials.
    • Complete post-work inspections, report defects, and store components in accordance with organisational procedures.
    • Interpret construction drawings, method statements, and risk assessments to determine requirements for access equipment.
    • Select appropriate access equipment (e.g., trestle scaffolds, mobile towers, stepladders) based on work at height requirements.
    • Prepare the work area and equipment by conducting pre-use checks and ensuring ground conditions are stable.
    • Erect and dismantle a mobile access tower following manufacturer’s instructions and safety protocols.
    • Complete post-work checks, including stabiliser engagement and guardrail integrity, and remove all equipment safely.
    • Interpret project documentation and risk assessments to determine access requirements.
    • Evaluate ground conditions and select appropriate access equipment for the task.
    • Demonstrate the pre-use inspection of access equipment to identify defects.
    • Assemble a mobile tower scaffold following manufacturer’s instructions.
    • Dismantle access equipment in a safe sequence, ensuring structural stability.
    • Complete post-work procedures, including equipment inspection, reporting, and storage.
    • Interpret method statements and risk assessments to plan safe erection of access equipment.
    • Evaluate the suitability of different access equipment for specific tiling tasks.
    • Prepare work areas to ensure a stable and level foundation for access platforms.
    • Assemble mobile scaffold towers and trestle platforms in accordance with manufacturer instructions.
    • Dismantle access equipment systematically to avoid injury and damage.
    • Inspect access equipment for defects before and after use, reporting any faults.
    • 1. Be able to interpret the information required to erect or dismantle access equipment or working platforms.2. Be able to select equipment required for access.3. Be able to prepare work areas and equipment to erect or dismantle access equipment or working platforms. 4. Be able to erect and dismantle access equipment and working platforms. 5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • Evaluate the stability and load-bearing capacity of erected working platforms against task requirements.
    • Apply manual handling techniques when transporting and positioning access equipment to minimize risk.
    • Assess the risks associated with erecting mobile towers near overhead hazards and sloping ground.
    • Demonstrate correct methods for tying and securing ladders to prevent movement during use.
    • Justify the choice of a specific access equipment type based on height, duration, and work environment.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • Interpret technical specifications, drawings, and method statements to determine access requirements
    • Identify and select the correct type and quantity of access equipment, including components and tools
    • Conduct a pre-use inspection of equipment, identifying defects and taking appropriate action
    • Prepare the work area, including exclusion zones and ground conditions, to ensure a safe environment
    • Erect a mobile tower scaffold in accordance with manufacturer's instructions and relevant regulations
    • Dismantle access equipment systematically, ensuring material segregation and safe lowering of components
    • Conduct post-work checks, including equipment functionality and site clearance, completing required documentation
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required to erect or dismantle access equipment or working platforms.2. Be able to select equipment required for access.3. Be able to prepare work areas and equipment to erect or dismantle access equipment or working platforms. 4. Be able to erect and dismantle access equipment and working platforms. 5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • Interpret risk assessments and method statements to determine safe access methods for tiling tasks.
    • Select appropriate access equipment based on working height, ground conditions, and task duration.
    • Inspect access equipment for defects prior to erection and record findings.
    • Prepare the work area by isolating, cleaning, and protecting surfaces to ensure safe assembly.
    • Erect a stepladder and a trestle platform in accordance with manufacturer's instructions and site requirements.
    • Dismantle access equipment in a controlled sequence, checking for damage and cleaning components.
    • Complete post-work documentation, including equipment return records and incident-free completion reports.
    • Interpret construction drawings and method statements to determine correct access equipment for plastering tasks.
    • Conduct visual pre-use checks and select serviceable access equipment appropriate to the work environment.
    • Prepare work areas by clearing obstructions and assessing ground conditions before equipment erection.
    • Erect a mobile scaffold tower following manufacturer’s instructions, including guardrails and toe boards.
    • Safely dismantle access equipment, segregate components for inspection, and store correctly.
    • Complete a handover certificate or checklist to confirm the stability and safety of the erected working platform.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • Analyse risk assessments and method statements to determine safe working practices for accessing heights.
    • Select appropriate access equipment based on task height, duration, and ground conditions.
    • Conduct pre-use inspection of access equipment to identify defects or non-compliance with safety standards.
    • Erect a mobile tower scaffold to manufacturer's instructions, ensuring stability and guardrail systems are correctly installed.
    • Dismantle access equipment in reverse sequence, maintaining safe handling and component storage.
    • Evaluate completed access platforms for compliance with the Work at Height Regulations and organisational policies.
    • Interpret information from method statements and risk assessments to plan the safe erection of access equipment.
    • Select appropriate access equipment based on task requirements, working height, ground conditions, and load capacity.
    • Conduct systematic pre-use checks on access equipment to identify defects or non-compliance.
    • Erect a mobile tower scaffold in accordance with manufacturer’s instructions and current safety guidance.
    • Dismantle access equipment in the correct reverse sequence and restore the work area to a safe condition.
    • Inspect and correctly store components after dismantling, reporting any damage or missing parts.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required to erect or dismantle access equipment or working platforms.2. Be able to select equipment required for access.3. Be able to prepare work areas and equipment to erect or dismantle access equipment or working platforms. 4. Be able to erect and dismantle access equipment and working platforms. 5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • Interpret technical information and drawings to plan access equipment erection/dismantling.
    • Select and identify appropriate access equipment and components for specific tasks.
    • Prepare work areas, including site inspection and risk assessment for access work.
    • Erect access equipment following safety procedures and manufacturer instructions.
    • Dismantle access equipment safely and store components correctly.
    • Complete post-work checks and documentation after erection/dismantling.
    • Interpret construction drawings and specifications to determine access equipment requirements
    • Select appropriate ladders, trestles, or scaffolding components based on task and site conditions
    • Inspect access equipment for defects before use
    • Prepare a level and stable work area for erecting access equipment
    • Erect a trestle platform in accordance with manufacturer's instructions and safety guidelines
    • Dismantle access equipment following the correct sequence to prevent injury
    • Store and maintain access equipment after use
    • Complete a post-work inspection checklist
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.

    Assessment Criteria

    Key criteria assessors look for in your portfolio

    • Award credit for clearly referencing the Work at Height Regulations 2005 in risk assessments and method statements.
    • Evidence of checking manufacturer’s guidelines and performing pre-use inspections on all access equipment.
    • Demonstration of correct bracing, guardrail installation, and securing of platforms to prevent movement.
    • Proper sequence of dismantling that maintains stability until all parts are safely lowered.
    • Accurate completion of inspection checklists and timely reporting of any equipment defects.
    • Award credit for correctly interpreting site-specific documentation (e.g., method statements, risk assessments) to identify required access equipment and sequence of erection/dismantling.
    • Award credit for selecting appropriate access equipment (e.g., trestle platforms, hop-ups, mobile towers) based on task height, duration, load requirements, and ground conditions.
    • Award credit for demonstrating thorough pre-use checks, including inspecting components for damage, ensuring level ground, and verifying exclusion zones before commencing erection or dismantling.
    • Award credit for accurately following manufacturer instructions during erection and dismantling, such as correct bracing, guardrail installation, and safe sequencing.
    • Award credit for completing post-work procedures, including clearing the work area, reporting defects, and storing components correctly to maintain equipment integrity.
    • Award credit for correctly identifying and interpreting all relevant information from risk assessments and method statements before starting work.
    • Expect learners to select and justify the most appropriate access equipment, referencing task specifics and safety considerations.
    • Look for evidence of thorough pre-use checks on equipment and clear demarcation of the work area with barriers and signage.
    • Crediting accurate and sequential demonstration of erection/dismantling, including stabilisation measures and safe handling techniques.
    • Award credit for demonstrating accurate interpretation of task-specific information, including drawings, method statements, and risk assessments to determine the correct type and configuration of access equipment.
    • Award credit for systematic identification and visual inspection of all access equipment components, ensuring they are fit for purpose and free from defects, with evidence of tagging or logging where required.
    • Award credit for correctly following erection and dismantling sequences, adhering to manufacturers' instructions and industry guidance (e.g., PASMA for towers, TG20 for tube and fitting scaffolds), including the secure placement of guardrails, toe boards, and stabilisers.
    • Award credit for thorough completion of post-work checks, such as confirming stability, inspecting for damage, and storing components correctly, alongside accurate documentation of the equipment condition and any incident reports.
    • Award credit for accurately interpreting method statements, work instructions, and manufacturers' guidelines to plan a safe erection/dismantle sequence.
    • Award credit for correctly identifying and selecting the appropriate access equipment based on task requirements, site conditions, and working height.
    • Award credit for demonstrating thorough pre-use checks and work area preparation, including hazard identification, ground stability assessment, and setting up exclusion zones.
    • Award credit for safely erecting and dismantling the equipment in the correct sequence, following industry best practice (e.g., PASMA guidelines) and maintaining structural integrity.
    • Award credit for leaving the work area clean and secure, storing equipment correctly, and completing all required documentation such as inspection logs and handover certificates.
    • Award credit for demonstrating accurate interpretation of a method statement and identifying key safety points.
    • Look for evidence of systematic equipment inspection, checking for damage and compatibility before use.
    • Expect correct identification and establishment of exclusion zones, barriers, and signage during preparation.
    • Award marks for following a logical and safe assembly sequence, using appropriate tools and techniques.
    • Credit should be given for safely dismantling equipment in reverse order, avoiding dropping components.
    • Assess ability to complete all required documentation and leave the work area clean and tidy.
    • Award credit for demonstrating accurate interpretation of method statements to identify correct equipment types.
    • Evidence of pre-use inspection checklists completed correctly.
    • Adherence to the correct sequence during erection and dismantling, including safe manual handling.
    • Correct identification and reporting of defective components.
    • Documentation of post-work checks and safe storage of equipment.
    • Award credit for correctly identifying all information sources required for the task (e.g., drawings, method statements, permits).
    • Credit for demonstrating proper checking of equipment tags and identifying expired inspection dates.
    • Marks for preparing the work area by segregating the zone and ensuring stable ground.
    • Credit for following a logical and safe erection sequence, including bracing and tying as per manufacturer's guide.
    • Award marks for safe dismantling, such as working from the inside of the tower and removing components in reverse order.
    • Credit for completing final checks: site clearance, equipment condition report, and correct storage.
    • Award credit for correctly identifying and interpreting key sections of a risk assessment or method statement relevant to access equipment.
    • Marks for demonstrating thorough pre-use checks on ladders, hop-ups, or scaffolds, including checking for tags and damage.
    • Credit for erecting a trestle platform or hop-up on a clean, level surface with secure interlocks and guardrails where required.
    • Points for following a logical dismantling sequence, lowering components safely, and storing equipment in designated areas.
    • Evidence of completing area handover, removing waste materials, and reporting any incidents or defects.
    • Award credit for accurately interpreting and applying method statements, risk assessments, and manufacturer's instructions when planning the erection or dismantling sequence.
    • Evidence must demonstrate correct selection of access equipment—such as tower scaffolds, trestles, or platforms—justified by task height, duration, and ground conditions.
    • Assessors should look for thorough preparation of the work area: establishing exclusion zones, checking for overhead hazards, and ensuring firm, level ground.
    • Erection and dismantling must follow a logical, safe sequence, with components like guardrails, toe boards, and stabilisers installed before use and removed last.
    • Upon completion, learners must show inspection of all components for damage, correct storage, and documentation of any defects or deviations from the plan.
    • Award credit for correctly identifying and interpreting the relevant erection guide or instruction manual.
    • Evidence of conducting pre-use checks on all equipment, logging defects, and isolating damaged items.
    • Demonstration of preparing the work area, including cordoning off the zone and removing trip hazards.
    • Accurate step-by-step assembly following the manufacturer's sequence, with bracing and guardrails installed at correct heights.
    • Proper dismantling procedure that mirrors the erection sequence in reverse, with components lowered safely.
    • Award credit for accurately interpreting instructions from risk assessments, method statements, and equipment manuals to plan the access task.
    • Correct identification and selection of access equipment (e.g., hop-up, podium step, mobile scaffold) based on task requirements, height, duration, and ground conditions.
    • Demonstration of thorough work area preparation, including clearing debris, checking ground stability, and erecting barriers or signage to create an exclusion zone.
    • Safe erection procedure following a logical sequence: adjusting stabilisers/outriggers, fitting guardrails and toe boards, locking castors, and conducting pre-use inspections.
    • Systematic dismantling in reverse order, with components inspected for damage before storage, and completion of documentation such as equipment logbooks and defect reports.
    • Award credit for evidence of consulting task documentation (e.g., site drawings, method statements) before starting work
    • Look for systematic checks of equipment for damage, wear, or missing parts, with defects recorded and reported
    • Credit should be given for demonstrating correct erection sequence, including bracing, guardrails, and outriggers
    • Check that the platform is stable, level, and correctly positioned relative to the work area
    • In dismantling, expect clear disassembly order, with components lowered not dropped, and proper storage
    • Evidence of post-work environment checks: tools accounted for, debris removed, and access equipment secured
    • Award credit for accurate interpretation of method statements, risk assessments, and equipment instructions prior to any physical work.
    • Award credit for performing pre-use checks on all equipment components, identifying faults, and reporting unsuitability.
    • Award credit for correct selection of access equipment based on task height, ground conditions, duration, and environmental factors.
    • Award credit for clearing and preparing the work area, implementing exclusion zones, and positioning equipment to avoid overhead obstacles.
    • Award credit for erecting access equipment in the correct sequence, ensuring all braces, ties, outriggers, and stabilisers are properly fitted and maintained.
    • Award credit for systematic dismantling, lowering components safely, and storing equipment correctly to prevent damage.
    • Award credit for completing post-work checks, such as recording any wear or defects, and restoring the area to a safe condition.
    • Award credit for demonstrating a thorough understanding of relevant health and safety legislation, including Work at Height Regulations, and consistently applying them during planning and execution.
    • Observe and confirm that the learner correctly interprets method statements, task sheets, and manufacturers’ instructions before commencing any erection or dismantling work.
    • Assess the learner's ability to select and inspect all components for defects, ensuring they are serviceable and appropriate for the intended load and platform type.
    • Evidence must show safe and efficient erection sequence, including base preparation, stabiliser deployment, platform assembly, and guardrail fitting.
    • During dismantling, award credit for systematic component removal without dropping items and maintaining exclusion zones to protect others.
    • Interpret information from drawings or specifications.
    • Select appropriate access equipment for the task.
    • Prepare work area and equipment safely.
    • Erect and dismantle equipment following procedures.
    • Complete works and leave area safe.
    • Award credit for demonstrating correct interpretation of method statements, risk assessments, and permits to work before starting any erection or dismantling activity.
    • Award credit for accurately identifying and selecting the correct type and quantity of access equipment (e.g., trestles, podiums, mobile scaffold towers) in line with the task requirements.
    • Award credit for preparing the work area by checking ground conditions, clearing obstructions, and setting out components logically to ensure safe and efficient assembly.
    • Award credit for correctly following a step-by-step erection sequence (e.g., base plates, standards, ledgers, transoms, guardrails) and checking stability at each stage.
    • Award credit for safely dismantling equipment in reverse order, avoiding dropping components, and inspecting all parts for damage before storage.
    • Award credit for demonstrating correct interpretation of method statements, risk assessments, and manufacturers' instructions before commencing work.
    • Award credit for accurately selecting access equipment (e.g., stepladders, podium steps, mobile towers) based on the task and site conditions.
    • Award credit for thorough pre-use checks, including inspecting components for damage, ensuring locking mechanisms function, and verifying stability.
    • Award credit for safely erecting and dismantling equipment following the correct sequence, using personal protective equipment (PPE), and maintaining an exclusion zone.
    • Award credit for correctly identifying all required information sources (risk assessment, method statement, manufacturer's manual) before starting the task.
    • Award credit for selecting appropriate access equipment and justifying the choice against task requirements.
    • Award credit for demonstrating a systematic visual check of equipment and reporting any faults (e.g., missing rubber feet, bent locking bars).
    • Award credit for clearing the work area of debris, ensuring stable ground, and using barriers/warning signs as per site procedures.
    • Award credit for following the correct assembly sequence (e.g., stabilisers first, guardrails, then platform) and checking locking mechanisms.
    • Award credit for dismantling without dropping components and inspecting for damage during take-down.
    • Award credit for completing relevant paperwork, such as equipment check sheets or task sign-off documents, to industry standards.
    • Award credit for correctly identifying required access equipment from given plans or work instructions.
    • Evidence of undertaking a documented visual inspection of equipment before use, noting any defects.
    • Demonstration of safe manual handling techniques when moving and positioning components.
    • Correct assembly sequence of a scaffold tower, including base plates, braces, and platform locking mechanisms.
    • Ensuring the working platform is level, stable, and equipped with adequate edge protection before use.
    • Completion of a post-dismantling check and appropriate storage to prevent damage.
    • Award credit for accurately interpreting manufacturer's instructions and technical data when selecting access equipment to match the task and site constraints.
    • Expect evidence that the learner checks all components for defects, wear, or damage before commencing assembly, recording findings in accordance with site procedures.
    • Look for demonstration of correct erection sequence, including stabilising and levelling the platform on the prepared ground, using base plates, stabilisers, or outriggers as necessary.
    • Credit clear evidence that guardrails, toe boards, and access ladders are correctly fitted at the required height and that the platform is fully boarded, with no gaps.
    • Assess that the learner dismantles the equipment systematically, cleans and stores components safely, and leaves the work area clean and free from hazards.
    • Award credit for accurately referencing specific sections from manufacturer's instructions or method statements during planning.
    • Award credit for demonstrating correct manual handling techniques when moving equipment components.
    • Award credit for systematically checking ground conditions, overhead hazards, and exclusion zone setup before erection.
    • Award credit for correctly identifying and reporting damaged or incompatible components during pre-use checks.
    • Award credit for following a logical safe sequence when dismantling, including lowering components rather than dropping.
    • Award credit for completing post-work checks and documenting any defects or incidents in accordance with site procedures.
    • Award credit for accurately identifying and explaining key details from method statements, such as required equipment, maximum platform height, and control measures.
    • Award credit for justifying the choice of access equipment (e.g., selecting trestles for a stable, low-height interior task over a mobile tower) with reference to risk and efficiency.
    • Award credit for demonstrating a thorough pre-use check: visually inspecting for cracks, corrosion, bent components, and verifying locking mechanisms and safety labels.
    • Award credit for correct erection sequence, including base plate placement, outrigger deployment, guardrail installation, and ensuring platform stability before use.
    • Award credit for maintaining a clean, barrier-protected work area throughout and for logging the equipment condition post-use.
    • Award credit for correctly interpreting method statements to identify step-by-step erection and dismantling sequences, including reference to task-specific risk assessments.
    • Credit should be given when learners select the correct type and quantity of access equipment based on the work at height requirements, load capacities, and site conditions.
    • Assessors must look for evidence of thorough preparation, including securing the work area with barriers and signage, checking ground conditions, and conducting pre-use inspections of all components.
    • Award credit for demonstrating a systematic and safe erection/dismantling process, ensuring stability, and fitting all required safety features such as guardrails, toe boards, outriggers, and ties.
    • Credit for completing post-work duties, including checking for missing or damaged parts, cleaning equipment, storing correctly, and completing handover or inspection checklists where applicable.
    • Award credit for demonstrating a thorough interpretation of method statements, risk assessments, or work instructions, correctly identifying sequence of erection/dismantling, required PPE, and height restrictions.
    • Award credit for accurately selecting and inspecting access equipment (e.g., checking for damage, missing components, correct grade) prior to use, and reporting any defects.
    • Award credit for preparing the work area by establishing a safe perimeter, ensuring stable ground conditions, and positioning components logically for efficient assembly.
    • Award credit for following a step-by-step approach to erection/dismantling, including correct bracing, securing of boards, use of guardrails and toe boards where applicable, and adherence to manufacturer's guidelines.
    • Award credit for completing post-work checks such as removing all tools and materials, cleaning equipment, storing components correctly, and completing any necessary handover documentation.
    • Award credit for accurately interpreting manufacturer's instructions, risk assessments, and method statements.
    • Award credit for selecting the correct access equipment based on task requirements, considering factors such as height, load capacity, and ground conditions.
    • Award credit for demonstrating thorough pre-use checks and preparing the work area, including ensuring stable ground, setting up exclusion zones, and using appropriate PPE.
    • Award credit for safely erecting and dismantling equipment in the correct sequence, ensuring all locking mechanisms, guardrails, and stabilisers are properly engaged.
    • Award credit for inspecting the erected platform for stability, level, and compliance, and for reporting or rectifying any defects before use.
    • Award credit for completing post-use procedures: cleaning, maintaining, and storing equipment correctly, and documenting checks or incidents.
    • Award credit for accurately interpreting a provided risk assessment and method statement to determine equipment needs and step-by-step erection/dismantling sequence.
    • Award credit for correctly identifying and visually inspecting all access equipment components (e.g., trestles, boards, guard rails) for defects before use.
    • Award credit for demonstrating safe preparation of the work area, including checking ground stability, overhead obstructions, and signage/barriers.
    • Award credit for methodically erecting the working platform to the required height, ensuring levelness, adequate bracing, secure board fixing, and guard rails where applicable.
    • Award credit for systematic dismantling, cleaning, and storing components correctly, and for completing post-work checks to leave the area tidy and safe.
    • Award credit for correctly interpreting risk assessments and method statements to identify required access equipment and safety controls.
    • Award credit for verifying equipment integrity through pre-use checks, including inspecting for defects on ladders, guardrails, and castors.
    • Award credit for demonstrating proper stabilisation techniques, such as outrigger deployment and locking mechanisms on mobile towers.
    • Award credit for maintaining exclusion zones and clear signage during erection and dismantling to protect others.
    • Award credit for completing post-work inspections and storing equipment correctly to ensure continued safety and functionality.
    • Award credit for accurately interpreting information from risk assessments, method statements, and drawings, and applying it to the erection or dismantling process.
    • Award credit for correctly identifying and selecting the appropriate access equipment based on task height, duration, ground conditions, and load requirements.
    • Award credit for demonstrating a methodical erection/dismantling sequence, including all safety checks, stabilization measures, and adherence to manufacturer instructions.
    • Award credit for correctly interpreting a simple work instruction or diagram showing access equipment setup.
    • Require evidence of selecting the right ladder/tower for the given scenario, with justification.
    • Observe and assess proper inspection of equipment before use (e.g., checking for defects).
    • Evidence of following a safe erection sequence, such as base out first, guardrails installed.
    • Demonstrate correct disassembly order and proper stacking/storage.
    • Award credit for correctly interpreting drawing symbols and written instructions to specify platform height and type.
    • Evidence of checking equipment for cracks, corrosion, missing parts, or instability before use.
    • Demonstrate correct assembly sequence, including bracing and guardrails, without creating trip hazards.
    • Ensure the work area is clear, level, and free from overhead obstructions before erection.
    • Show systematic dismantling from the top down, with safe lowering of components.
    • Accurately complete a checklist confirming removal of all components and site tidiness.
    • Interprets information to select correct access equipment.
    • Identifies equipment such as ladders, stepladders, and towers.
    • Prepares work area, ensuring ground is level and stable.
    • Erects and dismantles equipment safely following manufacturer's instructions.
    • Completes works by inspecting and storing equipment correctly.
    • Award credit for demonstrating a thorough check of components for damage or defects before assembly.
    • Look for evidence that the learner consistently follows a logical sequence aligned with manufacturer’s instructions or industry guidance.
    • Ensure the learner correctly secures and stabilises the equipment, including using outriggers and locking castors where applicable.
    • Award credit for correctly interpreting method statements and risk assessments to identify hazards associated with the access task.
    • Award credit for demonstrating pre-use inspection checks on access equipment to ensure it is free from defects and fit for purpose.
    • Award credit for systematically erecting a mobile tower scaffold in accordance with the manufacturer’s instructions, including correct sequencing, bracing, and stabilisation.

    Assessment Guidance

    Guidance for achieving higher grades

    • 💡Always reference the specific safety regulations by name, such as the Work at Height Regulations 2005, to demonstrate regulatory knowledge.
    • 💡Use a step-by-step approach with clear, sequential photographs or diagrams to evidence practical tasks in coursework.
    • 💡During practical assessments, actively demonstrate hazard awareness by scanning the work area and communicating risks.
    • 💡Practice correct manual handling techniques when moving heavy equipment like trestles and scaffold tubes.
    • 💡Develop a routine of completing pre-use and post-use inspection records; consistency in documentation is often assessed.
    • 💡In written or practical assessments, always reference the specific Work at Height Regulations and manufacturer instructions when explaining or demonstrating erection steps.
    • 💡Before erecting any equipment, verbalise a full hazard identification and risk assessment to show awareness of site conditions, proximity hazards, and exclusion zones—this is often a key pass criterion.
    • 💡Check all components visually and functionally during selection to evidence your understanding of pre-use inspection—assessors look for this proactive approach.
    • 💡When dismantling, methodically reverse the erection sequence, keeping the platform stable until the last safe working level, and store parts neatly; this demonstrates good housekeeping and safety awareness.
    • 💡Always reference relevant health and safety legislation (e.g., Work at Height Regulations) when explaining procedures in written tasks.
    • 💡In practical assessments, verbally articulate each step and safety check to demonstrate underpinning knowledge even if actions are correct.
    • 💡Ensure all documentation, such as inspection records and handover certificates, is completed fully as marks are often allocated for administrative closure.
    • 💡During practical assessments, clearly communicate each step of the erection and dismantling process, verbally referencing the manufacturer's manual or industry standards (e.g., 'I am now installing the guardrail at 950mm height as per the instruction sheet') to demonstrate thorough compliance and understanding.
    • 💡When completing written assignments on access equipment, always link your answers to real-world bricklaying scenarios, such as describing how you would adapt a scaffold configuration for a specific wall height or corner detail, and include references to current HSE guidance and CITB-approved codes of practice.
    • 💡In written assignments, always reference relevant legislation and industry guidance, such as the Work at Height Regulations and HSE publications.
    • 💡During practical assessments, verbalise your risk assessment thought process and the safety checks you are performing to demonstrate underpinning knowledge.
    • 💡Meticulously document every step; assessors look for evidence that you follow compliance checklists and manufacturer's instructions.
    • 💡When dismantling, work in reverse order of erection, maintain three points of contact on ladders, and ensure you have a clear plan to manage time efficiently without rushing.
    • 💡Always refer to the specific manufacturer’s erection and dismantling manual in practical assessments.
    • 💡Provide annotated photographs as evidence of key stages, such as outrigger deployment and guardrail installation.
    • 💡In written questions, explicitly reference the Work at Height Regulations 2005 and any relevant codes of practice.
    • 💡Practice the PASMA or equivalent standard sequence for tower scaffold assembly under timed conditions.
    • 💡Ensure you clearly document any defects found during inspections using the correct reporting forms.
    • 💡Always refer to the manufacturer’s instructions and relevant regulations during practical assessments.
    • 💡Practice the sequence of assembly and disassembly to ensure smooth performance under observation.
    • 💡Ensure you know the specific checks for different types of equipment (e.g., tube and fitting vs. system scaffold).
    • 💡Familiarise yourself with the hierarchy of controls for working at height to justify equipment choices.
    • 💡Always use the 3T’s (Task, Terrain, Training) when selecting access equipment.
    • 💡In practical assessments, verbalise your inspection steps to show competency.
    • 💡For written questions, structure answers around the hierarchy of control: eliminate, prevent, minimize.
    • 💡Refer to specific regulations like the Work at Height Regulations 2005 to demonstrate legislative knowledge.
    • 💡Always ground your answers in the Work at Height Regulations 2005 and refer to specific duties for safety.
    • 💡Use annotated photos or video evidence in your portfolio to clearly demonstrate safe erection steps and justifications.
    • 💡Show awareness of manual handling techniques when moving heavy platform components to avoid musculoskeletal injury.
    • 💡Describe how you communicated with team members to ensure coordinated safety when erecting larger platforms.
    • 💡Always cross-reference the method statement with the manufacturer's erection guide and explain how you would adapt to site-specific conditions.
    • 💡In practical assessments, narrate your actions as you perform them, explicitly mentioning safety checks like locking castors and checking level indicators.
    • 💡For written assignments, include a brief risk assessment example for a sample scenario, highlighting control measures for falls, manual handling, and environmental factors.
    • 💡When completing works, always demonstrate ‘making good’ the area and signing off paperwork to evidence your understanding of post-work procedures.
    • 💡In written assessments, always cite relevant regulations such as the Work at Height Regulations 2005 to strengthen answers.
    • 💡During practical observations, verbalize each safety check and rationale to demonstrate underpinning knowledge.
    • 💡Use exact terminology for components (e.g., transom, ledger, brace) to show technical competence.
    • 💡Highlight the importance of lowering components carefully during dismantling—never drop or throw items.
    • 💡Mention the need for a rescue plan if using fall arrest equipment as part of the access system.
    • 💡During practical assessments, verbally narrate your actions to demonstrate underpinning knowledge: state why you are using a particular piece of equipment and how you are complying with the manufacturer’s instructions.
    • 💡Always refer to the supplied risk assessment and method statement before starting; show the assessor you understand the hierarchy of controls for work at height.
    • 💡Be prepared to explain the difference between ‘inspection’ and ‘thorough examination’ and know frequency requirements for each type of access equipment.
    • 💡When completing works, ensure you return the area to a safe state: remove signage only after confirming no further work at height is required, and report any defects immediately.
    • 💡Always relate your answers to manufacturer's instructions and current HSE guidelines like WAHR (Work at Height Regulations)
    • 💡Use the correct terminology for components (e.g., standards, ledgers, transoms) to show technical competence
    • 💡In practical assessments, verbalise your safety checks and decision-making to demonstrate understanding
    • 💡For written tasks, structure responses around the sequence: plan, prepare, erect, inspect, use, dismantle, check
    • 💡Remember to mention documentation, including permits to work and handover certificates where applicable
    • 💡Photograph key stages: pre-use checks, base setup, mid-height platform, final erected state, and dismantled storage – these serve as portfolio evidence.
    • 💡Explicitly reference the manufacturer’s instruction manual and the relevant industry guidance (e.g., PASMA, TG20, WAHR) during practical demonstrations and in written accounts.
    • 💡Demonstrate safe handling: lift with legs, use team lifts for heavy components, and wear appropriate PPE (hard hat, gloves, boots) at all times.
    • 💡During assessments, verbalise your thought process when interpreting information, highlighting hazards and control measures to show competence beyond just physical skill.
    • 💡In practical assessments, verbalise each safety check as you perform it, demonstrating your knowledge of inspection routines and hazard identification.
    • 💡Always refer to the manufacturer’s assembly guide for the specific equipment being used; this shows your commitment to following approved procedures.
    • 💡For written components, memorise key definitions such as ‘competent person’ and recall the hierarchy of controls for working at height.
    • 💡When planning, clearly link the type of access equipment chosen to the task duration, frequency, and working height requirements—justify your selection.
    • 💡During dismantling, maintain a tidy work area and stack components correctly to show good housekeeping and prevent damage or injury.
    • 💡Always follow manufacturer's instructions.
    • 💡Use a buddy system for heavy equipment.
    • 💡Practise assembling and disassembling repeatedly.
    • 💡Always refer to the manufacturer’s assembly instructions and current regulations (e.g., Work at Height Regulations) in your evidence to show compliance.
    • 💡When completing risk assessments, mention specific hazards such as overhead cables, uneven surfaces, and loading limits of the platform.
    • 💡In practical assessments, verbally explain the importance of conducting a pre-use check and tagging the equipment as safe before allowing access.
    • 💡Use a checklist to demonstrate methodical preparation and post-work procedures, including storage, reporting defects, and updating logbooks.
    • 💡In written assessments, always reference the Work at Height Regulations 2005 and the importance of following a hierarchy of control.
    • 💡During practical observations, verbalise your actions, clearly stating inspection points and safety checks to demonstrate underpinning knowledge.
    • 💡Memorise the pre-erection checklist acronym (e.g., S.T.A.B.L.E.: Surface, Traffic, Assembly, Base, Level, Environment) to ensure a systematic approach.
    • 💡Always reference the specific manufacturer’s instructions when describing erection or dismantling steps in written assessments—generic answers may lose marks.
    • 💡In practical observations, verbalise your checks: say aloud what you are looking for (e.g., 'I am checking the locking catches are fully engaged') to demonstrate understanding.
    • 💡Link your actions to the supplied risk assessment and method statement; assessors expect you to show how you are controlling identified risks.
    • 💡Time management: in timed assessments, allow extra minutes for area preparation and post-work checks—rushing these leads to safety omissions.
    • 💡If the task involves a mobile tower, remember to demonstrate moving it by pushing at the base, not at the top, and never with a person on it.
    • 💡Always reference the manufacturer’s instructions and the Work at Height Regulations 2005 in written responses.
    • 💡Include a site-specific risk assessment and method statement for each access scenario in assessments.
    • 💡Use annotated photographs or video to evidence correct erection, use, and dismantling stages.
    • 💡Demonstrate understanding of the difference between low-risk and high-risk access methods in plastering contexts.
    • 💡In practical observations, verbalise the pre-use checks and stability tests as you perform them.
    • 💡Always include the specific manufacturer's instruction manual as a reference in your evidence portfolio, and show how each step aligns with it.
    • 💡Photograph or video every stage of erection and dismantling, particularly critical safety points like guardrail installation, stabiliser deployment, and final platform inspection.
    • 💡Provide a completed, site-specific risk assessment and method statement that addresses identified hazards such as overhead obstructions, fragile surfaces, or public access.
    • 💡In written tasks, use correct terminology from relevant standards (e.g., 'working platform,' 'safe working load,' 'pre-use inspection') to demonstrate technical understanding.
    • 💡In practical assessments, verbalise your safety checks and decision-making process to demonstrate understanding even when performing tasks.
    • 💡Familiarise yourself with manufacturers' manuals for common access equipment models; assessments often test adherence to specific assembly steps.
    • 💡Always reference the Work at Height Regulations 2005 in written or oral questions to show underpinning knowledge and legal awareness.
    • 💡During coursework, use photographs and annotations to evidence each stage of erection and dismantling, highlighting safety-critical features.
    • 💡Check your equipment against the pre-use checklist methodically, and if an item is missing or faulty, explain the rectification steps you would take even if you cannot physically correct it during a simulated assessment.
    • 💡In written or oral assessment, explicitly reference the Work at Height Regulations 2005 and demonstrate understanding of hierarchy of control measures.
    • 💡During practical observations, verbalise each check and action (e.g., ‘I am now inspecting the locking clips’) to clearly evidence underpinning knowledge.
    • 💡Practice assembling and disassembling common access equipment under timed conditions to build speed and confidence in the correct sequences.
    • 💡Familiarise yourself with a typical mobile tower defects checklist; assessment questions often present images or scenarios requiring fault identification.
    • 💡Always talk through your actions during practical assessments to demonstrate your knowledge of safe procedures, and reference the information sources you have used.
    • 💡Double-check that you have all necessary components before starting erection, and lay them out logically to show planning and efficiency.
    • 💡Pay close attention to the working at height regulations and manufacturer’s instructions—assessors will test your understanding of compliance, not just practical skill.
    • 💡In written tasks, use the correct technical terms for equipment parts and safety features to gain marks for professional competence.
    • 💡During practical assessments, verbalise your understanding of the method statement—examiners look for evidence that you can link documentation to actions.
    • 💡Always conduct a visible pre-use equipment check and describe what you are inspecting; even if there is no damage, stating 'no defects found' demonstrates thoroughness.
    • 💡Remember that for bricklaying tasks, working platforms must be designed to carry heavy materials; mention load-bearing capacities and how to calculate safe working loads in any theory questions.
    • 💡In assignments, explicitly reference relevant regulations (e.g., Work at Height Regulations) and manufacturer's instructions to show industry-compliance awareness.
    • 💡For practical tasks, maintain a tidy work area throughout—this is an assessable criterion; leaving tools or loose materials on platforms can lead to trip hazards and fails.
    • 💡Always reference the manufacturer's manual and relevant health and safety regulations (e.g., Work at Height Regulations) in your answers or during practical assessments.
    • 💡Demonstrate a clear, logical process: plan the work, check the gear, erect safely, inspect before use, and dismantle in reverse order.
    • 💡In practical tasks, verbalise your safety checks and decisions; assessors value evidence of conscious hazard awareness.
    • 💡Be prepared to justify your choice of access equipment for a given scenario, linking to factors like task duration, height, and load.
    • 💡Document every step: risk assessment, equipment inspection records, and any issues encountered; this shows professional diligence.
    • 💡Always reference relevant legislation (e.g., Work at Height Regulations, PUWER) when explaining your actions during written or verbal assessments.
    • 💡In practical tasks, verbalise your thought process: why you check ground, inspect components, and maintain three points of contact.
    • 💡Study typical method statements and risk assessments; many knowledge questions will ask you to interpret these documents.
    • 💡Practice erecting and dismantling with a partner; understanding team roles and communication is often assessed during observation.
    • 💡Be prepared to describe what you would do if you find a defect—always emphasise reporting and quarantining the equipment.
    • 💡During practical assessments, narrate your safety checks aloud to demonstrate understanding of PASMA or HSE guidelines.
    • 💡Always reference the manufacturer’s instructions when explaining your erection sequence, as assessors expect adherence to specific design limits.
    • 💡In written tests, link each step to relevant legislation (e.g., WAHR 2005) to show regulatory awareness.
    • 💡Practice calculating safe working loads and height restrictions; questions often test these technical details.
    • 💡Use the '3T' method (Trained, Tested, Tagged) when verifying equipment history to impress assessors with systematic thinking.
    • 💡In practical assessments, consistently articulate your safety checks and decisions as you perform them, linking actions to the relevant risk assessment or method statement.
    • 💡In written tests, always reference the specific labels, markings, or instructions on equipment (such as ladder classification or tower assembly guides) when explaining choices.
    • 💡Always refer to the manufacturer’s instructions during practical assessments.
    • 💡Verbally explain each step to demonstrate understanding of safety principles.
    • 💡Practice assembling and disassembling equipment to build muscle memory and speed.
    • 💡Prioritize safety checks and communicate them to the assessor.
    • 💡If you make a mistake, calmly correct it and explain the corrective action.
    • 💡Always reference the Work at Height Regulations 2005 and relevant manufacturer's instructions in answers.
    • 💡Use correct technical terminology for components and procedures.
    • 💡Practice hands-on erection and dismantling under supervision to reinforce safe sequences.
    • 💡In written assessments, highlight the importance of pre-use checks and risk assessments.
    • 💡Always inspect equipment for damage before use.
    • 💡Use the 1:4 ratio for ladder angle (1 out, 4 up).
    • 💡Ensure tower outriggers are fully extended and locked.
    • 💡When recording evidence, photograph each stage of the erection and dismantling process to demonstrate competence.
    • 💡Always reference the specific manufacturer’s manual and relevant health and safety regulations (such as WAHR or PUWER) in your write-up.
    • 💡Always conduct a comprehensive pre-use check and record findings; assessors look for evidence of consistent safety habits.
    • 💡When explaining dismantling procedures, stress the importance of reverse sequencing and maintaining stability throughout.
    • 💡Reference specific regulations by name (Work at Height Regulations 2005) in written responses to demonstrate understanding of legal requirements.
    • 💡In practical assessments, examiners look for safe working practices above all else. Always wear your PPE correctly, keep your workspace tidy, and demonstrate that you can use tools safely. This can earn you marks even if your final product isn't perfect.
    • 💡When answering theory questions, use technical vocabulary correctly. For example, distinguish between 'plumb' (vertical) and 'level' (horizontal). Show that you understand the purpose of each tool and technique, not just the name.
    • 💡For written exams, read each question carefully. If a question asks for 'two hazards', list exactly two – don't give three hoping one is right. Use bullet points if allowed, and link your answers to specific regulations or procedures you've learned.

    Common Mistakes

    Common errors to avoid in your coursework

    • Failing to check the condition of ladders or trestles, leading to use of damaged or unsafe equipment.
    • Erecting platforms on uneven or soft ground without adequate support or sole boards.
    • Overloading working platforms beyond the safe working load, risking collapse.
    • Dismantling from the top without stabilising the remaining structure, causing instability.
    • Neglecting to secure tools and materials when working at height, increasing the risk of falling objects.
    • Many learners fail to check ground stability before erecting access equipment, leading to unsafe setups on uneven or soft surfaces without adequate base plates or sole boards.
    • A common error is ignoring wind loading or environmental factors, such as assembling towers when conditions exceed safe limits stated in manufacturer guidance.
    • Learners often overlook the importance of securing platforms properly, e.g., not fitting guardrails on working platforms above 2m, leaving gaps where persons or materials could fall.
    • During dismantling, it is typical for learners to disassemble components in the wrong sequence, compromising stability, or dropping tools and materials rather than lowering them safely.
    • Assuming access equipment does not need inspection if it appears undamaged, rather than following formal pre-use checklists.
    • Erecting mobile towers on uneven ground without adjusting or using stabilisers, leading to instability.
    • Neglecting to secure the top of a ladder when working at height, increasing risk of slippage.
    • Students frequently fail to check ground conditions prior to erecting mobile access towers, leading to instability on soft or uneven ground, and often omit the use of sole boards or adjustable base plates.
    • A common error is the incorrect sequencing of dismantling access equipment, such as removing guardrails or stabilisers first, which compromises safety and can result in falls, especially when rushing to finish a task.
    • Failing to conduct pre-use checks on access equipment, assuming it is safe without inspecting for damage or defects.
    • Not establishing exclusion zones to protect others from falling objects or unauthorised access during erection or dismantling.
    • Improperly securing mobile towers, for example neglecting to install stabilisers or outriggers as per manufacturer's instructions.
    • Erecting or dismantling in the wrong sequence, which compromises stability and increases the risk of collapse.
    • Failing to check ground conditions and stability before erecting access equipment.
    • Not using fall prevention or protection systems when working at height during erection or dismantling.
    • Using incompatible or damaged components, leading to structural instability.
    • Incorrect assembly sequence, such as installing guardrails last, increasing fall risk.
    • Neglecting to establish exclusion zones, allowing unauthorised personnel near the work area.
    • Incorrectly assembling scaffold components leading to instability.
    • Failing to check ground conditions before erection.
    • Not securing guardrails at the correct height.
    • Using damaged or incompatible components without identification.
    • Forgetting to check wind speeds and weather conditions before erecting outside platforms.
    • Using damaged components or mixing different manufacturer's parts in a scaffold tower.
    • Climbing on the outside of the tower instead of using the internal ladder.
    • Dismantling without ensuring the platform is clear of tools and materials.
    • Neglecting to use collective fall protection measures (e.g., guardrails) during erection.
    • Neglecting to inspect equipment thoroughly before use, missing cracks or loose components.
    • Assuming standard step ladders are safe for prolonged tiling work at height, leading to overreaching and instability.
    • Failing to secure the work area or provide warning signs during erection and dismantling in occupied areas.
    • Incorrectly mixing components from different access systems, compromising structural integrity.
    • Failing to undertake a pre-use inspection of equipment, leading to the use of damaged or incompatible components.
    • Erecting mobile towers beyond the maximum height-to-base ratio without outriggers or tying in, causing instability.
    • Dismantling guardrails or toe boards before descending from the platform, creating an immediate fall risk.
    • Not securing tools and materials while working on the platform, which can result in falling objects and injuries below.
    • Failing to inspect equipment for damage or wear before each erection, leading to unsafe working conditions.
    • Incorrect assembly sequence, such as installing guardrails before fully securing the base, causing instability.
    • Not tying ladders at the top or failing to secure them on slippery surfaces, risking sideways slip.
    • Overlooking environmental factors like wind or rain that affect the safe use of mobile towers and ladders.
    • Leaving tools or materials on platforms during dismantling, which can cause falling object hazards.
    • Learners often overlook checking for overhead hazards (e.g., power lines, low ceilings) before erecting access equipment, leading to potential contact or restricted movement.
    • Failing to ensure outriggers are fully extended and locked, or placing them on unstable/sloping ground, causing towers to overturn.
    • Neglecting to use personal fall protection (e.g., harnesses) when required, or incorrectly attaching lanyards to the structure rather than designated anchor points.
    • Misinterpreting the safe working load of a platform, leading to overloading with materials, tools, and personnel, which can cause collapse.
    • Incorrectly assuming that low-level access platforms (below 2m) need no inspection; learners must demonstrate pre‑use checks for all equipment regardless of height.
    • Confusing the instructions for erecting versus dismantling, leading to unsafe sequences
    • Overlooking ground conditions such as soft or uneven surfaces that compromise stability
    • Failing to carry out pre-use inspections, missing critical defects like cracked welds or bent components
    • Incorrect assembly of guardrails or missing toe boards, creating fall hazards
    • Leaving tools or materials on the platform when dismantling, causing dropped object risks
    • Assuming equipment passes inspection without performing detailed checks – e.g., overlooking hairline cracks in ladder stiles or bent tower braces.
    • Ignoring ground conditions when setting up mobile towers, leading to instability on soft or uneven surfaces without proper base support.
    • Adding non-proprietary components (DIY platforms) to scaffolding towers, which compromises structural integrity.
    • Dismantling from the top prematurely without a step method, causing components to fall or workers to become stranded.
    • Failing to communicate the operation to nearby colleagues, resulting in unauthorised access or collision with plant during erection.
    • Assuming a mobile tower can be moved safely with workers and materials still on the platform.
    • Neglecting to adjust base plates or stabilisers on uneven ground, leading to an unstable structure.
    • Forgetting to install toe boards or guardrails on working platforms, creating fall risks.
    • Using scaffold components that are damaged or from different systems interchangeably, compromising structural integrity.
    • Failing to check permitted loads and overloading platforms beyond the designed safe working load.
    • Not checking equipment for defects before use.
    • Ignoring safe working load limits.
    • Failing to secure equipment properly.
    • Failing to check the access equipment for defects before use, leading to use of damaged or incompatible components.
    • Not ensuring the ground is firm and level, resulting in an unstable structure that could wobble or collapse during tiling work.
    • Omitting guardrails, toe boards, or intermediate rails on working platforms, which compromises fall prevention measures.
    • Attempting to erect a mobile scaffold tower without outriggers or stabilisers when required, significantly increasing the risk of overturning.
    • Dismantling equipment carelessly by throwing or dropping components, causing damage and potential injury, instead of lowering them systematically.
    • Assuming all ladders or towers are suitable for any task without assessing height, load requirements, or environmental conditions.
    • Forgetting to check for overhead hazards, uneven ground, or underground services that could compromise stability.
    • Neglecting to secure movable parts, such as failing to lock castors on mobile towers or not fully extending stabilisers, leading to instability.
    • Learners often overlook checking for overhead hazards, such as electrical cables or fragile ceilings, when positioning access equipment.
    • A common error is erecting platforms on uneven or soft ground without using appropriate sole boards or adjusters, leading to instability.
    • Many learners forget to apply the three-point contact rule when ascending or descending stepladders, increasing fall risk.
    • During dismantling, trainees sometimes remove guardrails before platforms, creating an immediate fall hazard.
    • Failing to inspect equipment thoroughly before use, assuming it is in good condition because it was stored correctly, is a frequent oversight.
    • Failing to check ground stability or uneven surfaces before erecting ladders or towers.
    • Overloading working platforms with materials and tools beyond the safe working load.
    • Not securing stepladders properly or using them in a partially opened position.
    • Incorrect assembly of scaffold components, such as missing bracing or unsecured guardrails.
    • Neglecting to wear a hard hat or other required personal protective equipment (PPE) during erection.
    • Learners often omit a thorough ground condition assessment, leading to unstable equipment positioning on uneven or soft surfaces.
    • A common error is assembling mobile towers without following the prescribed sequence, such as adding guardrails too late or forgetting stabilisers at the required heights.
    • Many learners neglect to lock castors or adjust base plates after moving a tower, causing instability during use.
    • Failing to secure tools and materials on the platform, increasing the risk of falling objects.
    • Learners often skip pre-use inspections, assuming equipment is in good condition without checking for damage, missing guardrails, or unstable platforms.
    • Misinterpreting work at height regulations, such as using inappropriate equipment for the task duration or failing to set up edge protection.
    • Erecting access equipment without first assessing ground stability, leading to potential sinking or overturning.
    • Dismantling equipment in a haphazard order, risking components falling or personal injury, rather than reversing the erection sequence.
    • Forgetting to secure the work area with barriers or signage, exposing others to falling objects or unintended access.
    • Overlooking pre-use inspections, resulting in the use of damaged components that compromise platform integrity.
    • Ignoring manufacturer’s assembly instructions, such as incorrect bracing orientation or exceeding safe working loads.
    • Failing to secure the erection/dismantling area with barriers or signage, increasing the risk of unauthorised access.
    • Rushing the dismantling sequence, leading to destabilisation or component damage.
    • Failing to carry out or record pre-use checks, leading to the use of damaged or incompatible components.
    • Not maintaining three points of contact when using ladders, or using accessories incorrectly.
    • Erecting scaffolding on uneven or soft ground without adequate base plates or sole boards.
    • Missing key safety components such as guardrails on working platforms or failing to install stabilisers on mobile towers.
    • Dismantling against the recommended sequence, causing instability or trapped fingers.
    • Learners often fail to check the ground for stability or uneven surfaces before erecting access platforms, leading to unsafe setups.
    • A frequent error is overloading working platforms beyond their safe working load, or not calculating the combined weight of the operative, materials, and tools.
    • Many learners neglect to fully install edge protection (guardrails, intermediate rails, toe boards) on working platforms, especially on shorter trestle setups where they perceive lower risk.
    • Dismantling equipment without following the reverse sequence of erection, or dropping components from height, is a common safety violation.
    • Students often overlook the requirement to inspect equipment both before and after use, missing the opportunity to identify wear or damage that could compromise future safety.
    • Using equipment without conducting pre-use checks, leading to undetected damage or missing components.
    • Erecting platforms on uneven or soft ground without using adjustable legs or sole boards to ensure stability.
    • Overreaching or exceeding the safe working load of the equipment, risking collapse.
    • Failing to fully engage locking clips, outriggers, or guardrails, compromising structural integrity.
    • Misinterpreting assembly instructions, resulting in incorrect sequences that weaken the structure.
    • Neglecting to cordon off the work area, allowing unauthorised personnel or public to enter the hazard zone.
    • Failing to check ground conditions or overhead hazards before erection, leading to instability or collision risks.
    • Using mismatched or damaged components (e.g., split timber boards, bent trestle legs) without proper inspection.
    • Not securing boards to trestles with appropriate clips or clamps, causing them to shift or slip.
    • Overreaching from the platform rather than moving it to the work location, increasing the risk of falls.
    • Neglecting to conduct a visual pre-use inspection and relying on equipment that may be unsafe.
    • Erecting access platforms on soft or uneven ground without using sole boards or stabilisers, leading to instability.
    • Failing to check the height-to-base ratio of ladders, causing overreaching risks.
    • Omitting guardrails or toe boards when working above 2 metres, contravening Work at Height Regulations.
    • Incorrectly assembling tower components, such as mixing different manufacturer parts, which can cause structural failure.
    • Neglecting to tag or quarantine damaged equipment, resulting in unsafe reuse.
    • Assuming any ladder or platform is suitable without verifying weight ratings, task suitability, or inspecting for damage.
    • Neglecting to clear the work area of hazards or failing to check ground stability before setup, leading to unsafe working conditions.
    • Failing to check equipment for damage before use.
    • Incorrectly assembling guardrails or toe boards.
    • Overreaching on a ladder instead of repositioning it.
    • Not securing the work area against unauthorized access.
    • Using access equipment not rated for the intended load.
    • Overloading scaffold platforms beyond their safe working load
    • Failing to check for overhead hazards such as power lines before erecting ladders
    • Using damaged or incompatible components from different systems
    • Dismantling equipment from the bottom up or leaving loose components aloft
    • Not establishing a stable base, leading to tilting or collapse
    • Not checking the maximum load capacity of the equipment.
    • Erecting towers on uneven ground without stabilisers.
    • Overreaching while on ladders, causing instability.
    • Failing to inspect equipment for defects before use, which can lead to structural failure.
    • Overlooking ground conditions and not using sole boards or stabilisers on soft surfaces.
    • Failing to inspect equipment before each use, assuming it is safe because it was used previously.
    • Using a ladder for tasks lasting over 30 minutes without considering alternative platforms.
    • Neglecting to secure the work area with barriers or signage, leading to potential falling object hazards.
    • Misconception: 'You don't need to measure twice – just cut and it'll be fine.' Correction: Always measure twice and cut once. Inaccurate measurements waste materials and time, and can compromise the structural integrity of a project.
    • Misconception: 'Health and safety is just common sense – you don't need to study it.' Correction: While some aspects are common sense, construction has specific regulations (e.g., COSHH, working at height) that must be learned to avoid serious accidents and legal penalties.
    • Misconception: 'Mixing mortar is just adding water to cement.' Correction: Mortar requires the correct ratio of cement, sand, and water. Too much water weakens the mix; too little makes it unworkable. Follow the specification exactly.

    Frequently Asked Questions

    Common questions students ask about this topic

    Before You Start

    Prior knowledge that will help with this topic

    • •Basic numeracy and literacy skills: You need to be able to read instructions, measure lengths, and calculate simple quantities like area or number of bricks.
    • •An understanding of simple tools: Familiarity with common hand tools (hammer, screwdriver, tape measure) will help you get started more quickly.
    • •A willingness to follow instructions: Construction work requires precision and adherence to safety rules, so being able to listen and follow step-by-step guidance is essential.

    Key Terminology

    Essential terms to know

    • Health and safety legislation
    • Equipment selection and inspection
    • Site preparation and hazard control
    • Erection and dismantling procedures
    • Stability and load management
    • Post-activity checks and housekeeping
    • 1. Be able to interpret the information required to erect or dismantle access equipment or working platforms.2. Be able to select equipment required for access.3. Be able to prepare work areas and equipment to erect or dismantle access equipment or working platforms. 4. Be able to erect and dismantle access equipment and working platforms. 5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • Health and safety legislation
    • Risk assessment and method statements
    • Equipment types and selection criteria
    • Inspection and maintenance requirements
    • Safe erection and dismantling sequences
    • Housekeeping and post-work checks
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • Interpretation of technical specifications
    • Equipment selection and inspection
    • Site preparation and risk control
    • Safe erection and dismantling procedures
    • Post-work checks and documentation
    • Interpretation of method statements
    • Access equipment selection
    • Work area preparation
    • Safe erection and dismantling
    • Post-completion checks
    • Work at height legislation
    • Equipment selection criteria
    • Risk assessment interpretation
    • Erection best practice
    • Dismantling safety
    • Site clearance and storage
    • Work at Height Regulations
    • Equipment selection and inspection
    • Safe erection procedures
    • Dismantling and storage
    • Risk assessment and hazard control
    • Information interpretation
    • 1. Be able to interpret the information required to erect or dismantle access equipment or working platforms.2. Be able to select equipment required for access.3. Be able to prepare work areas and equipment to erect or dismantle access equipment or working platforms. 4. Be able to erect and dismantle access equipment and working platforms. 5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • Interpretation of technical information
    • Equipment identification and selection
    • Safe work area preparation
    • Erection and dismantling techniques
    • Post-completion checks and storage
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • Risk assessment and method statements
    • Equipment selection and inspection
    • Work area preparation and housekeeping
    • Safe erection techniques and stability
    • Dismantling and storage procedures
    • Post-work checks and reporting
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required to erect or dismantle access equipment or working platforms.2. Be able to select equipment required for access.3. Be able to prepare work areas and equipment to erect or dismantle access equipment or working platforms. 4. Be able to erect and dismantle access equipment and working platforms. 5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • Information interpretation and planning
    • Access equipment identification and selection
    • Work area preparation and hazard control
    • Safe erection and dismantling sequences
    • Post-use checking and storage
    • Interpretation of access requirements
    • Equipment inspection and selection
    • Safe erection and stability
    • Working at height regulations
    • Dismantling and post-use checks
    • Risk assessment and method statements
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • Information interpretation
    • Equipment selection and identification
    • Work area preparation and safety
    • Erection and dismantling procedures
    • Post-work inspection and housekeeping
    • Risk assessment and method statement interpretation
    • Access equipment types and selection criteria
    • Pre-use inspection and defect identification
    • Safe erection sequences and stability
    • Working at height regulations
    • Post-work inspection, storage, and area restoration
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required to erect or dismantle access equipment or working platforms.2. Be able to select equipment required for access.3. Be able to prepare work areas and equipment to erect or dismantle access equipment or working platforms. 4. Be able to erect and dismantle access equipment and working platforms. 5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • Interpretation of technical information
    • Equipment selection and identification
    • Work area preparation and safety
    • Erection procedures
    • Dismantling and storage
    • Post-work inspections
    • Equipment selection
    • Inspection and maintenance
    • Work at height safety
    • Assembly and dismantling procedures
    • Work area preparation
    • Regulatory compliance
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.
    • 1. Be able to interpret the information required in order to erect or dismantle access equipment or working platforms.2. Be able to identify equipment required for access.3. Be able to prepare work areas and equipment in order to erect or dismantle access equipment or working platforms.4. Be able to erect and dismantle access equipment and working platforms.5. Be able to complete works following the erection and dismantling of access equipment and working platforms.

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