Vocational training, employment and collective bargaining law — Safe practice

Course	Vocational training, employment and collective bargaining law
Module	Safe practice
Selected jurisdiction	United Kingdom
Occupational health and safety scope	Great Britain: England, Scotland and Wales
Vocational training pathway used as an example	England only
Target learners	Vocational learners in blacksmithing, artistic metalwork and forged-metal craft
Language	English
Review date	1 September 2026
Review status	Ready for expert review
Course licence	Original learning text: Creative Commons Attribution-ShareAlike 4.0. Embedded media retain the licences shown on their source pages.

Safety and legal precedence: This aiMOOC is educational material, not legal advice and not a substitute for competent workshop instruction. Applicable legislation, current guidance from the competent authority, employer risk assessments, safe systems of work, manufacturer instructions, site rules and the directions of an authorised competent supervisor take precedence over this course. Never carry out hazardous forge, fuel-gas, welding, grinding, power-hammer, press, lifting or maintenance work unsupervised. If you have not been trained, assessed as competent and authorised for a task, do not perform it.

Jurisdiction boundary: The selected country is the United Kingdom. The health-and-safety law section below is expressly limited to Great Britain, where the Health and Safety Executive is the national regulator. Northern Ireland has a separate regulator and legal framework and is not covered here. The apprenticeship example is expressly limited to England because Skills England publishes the Blacksmith Level 3 occupational standard used below. Nothing in this course creates automatic equivalence between England, Scotland, Wales, Northern Ireland or any other country.

Introduction

Blacksmithing combines design judgement, material knowledge, hot forging, cutting, joining, finishing, fabrication and fitting. In an artistic-metalwork workshop, the quality of the finished object depends on the quality of the working method. A well-formed taper, clean transition or accurate bend is not a successful result if it was achieved by bypassing a guard, exposing people to fume, leaving hot stock unmarked or working beyond your authorisation.

This module connects three parts of professional life that are often taught separately: safe practice, employment rights and duties, and collective voice at work. You will learn how a risk assessment relates to the way a forge is actually organised, how training and authorisation affect the use of work equipment, how workers can raise health-and-safety concerns, and how recognised trade unions and safety representatives can contribute to consultation. You will also examine how a safe process supports craft quality, sustainability and inclusive participation.

A blacksmith shaping heated stock at an anvil. Use the image as an observation prompt: identify the working zone, likely hot-stock route and people who could be affected. A photograph is never a substitute for a task-specific risk assessment.

Learning outcomes

By the end of this module, you should be able to:

Hazard identification: Distinguish a hazard from risk and identify significant hazards in a blacksmithing or artistic-metalwork task.
Hierarchy of controls: Propose controls in a defensible order, giving priority to elimination, substitution and engineering measures before relying on personal protective equipment.
Work equipment safety: Explain why training, competence, inspection, guarding, isolation and authorisation matter under Great Britain work-equipment rules.
Exposure control: Explain the main controls for metal fume, dust, noise, vibration and hazardous substances.
Employment rights: Relate written employment particulars, health-and-safety protections and reasonable adjustments to vocational workshop practice.
Collective bargaining: Explain the difference between trade-union recognition, collective bargaining, a collective agreement and statutory health-and-safety consultation.
Quality assurance: Evaluate a supervised forging exercise against both craft-quality criteria and safe-process criteria.
Sustainable metalwork: Identify material, energy and waste choices that reduce environmental impact without weakening safety controls.

Why safe practice is a craft skill

Practitioners often speak about reading the material, controlling a hammer blow, selecting the right tong for the section, keeping a clear hearth and anvil area, and placing hot work where everyone knows it is hot. These are not separate from safety. They are part of competent work. Professional practice combines technical control, communication, housekeeping, respect for other people and reliable records.

The Skills England occupational description for a blacksmith includes designing, shaping and joining metal components by hot forging and other metalworking processes for bespoke, small-batch and heritage work. That broad scope means no single piece of training authorises every possible machine, joining process, fuel system, site operation or specialist certification.

Hereford College of Arts, Artist Blacksmithing context video. Use it to observe how contemporary forged-metal practice combines design, workshop skill and professional identity. Do not copy any practical action unless it is part of your own supervised programme.

Jurisdiction and current official framework

Jurisdiction map

Area	Scope used in this course	Competent or authoritative source
United Kingdom	Selected country for the course. Internal legal and training boundaries are stated explicitly.	GOV.UK and the relevant national bodies
Great Britain	Occupational health and safety, most employment-law examples and trade-union consultation discussed here apply to England, Scotland and Wales.	HSE, GOV.UK, Acas
England	Blacksmith apprenticeship example only.	Skills England
Northern Ireland	Not covered by this legal summary. Do not apply Great Britain guidance as if it were Northern Ireland law.	Health and Safety Executive for Northern Ireland and Northern Ireland employment authorities

No cross-country comparison is made in this module. Qualifications, legal duties, standards, certification and job titles must be checked separately before being used in another country or jurisdiction.

Occupational health and safety in Great Britain

The Health and Safety Executive identifies the Health and Safety at Work etc. Act 1974 as the primary occupational health-and-safety law in Great Britain. It sets general duties for employers, employees and, in defined circumstances, self-employed people. The Act sits alongside regulations that turn broad duties into more specific requirements.

Rule or framework	What it means in a forge or metalwork workshop	Official source
Health and Safety at Work etc. Act 1974	Employers must protect employees and others so far as is reasonably practicable; employees also have duties concerning themselves and other people.	HSE overview
Management of Health and Safety at Work Regulations 1999	Employers must assess and manage risks. Where five or more people are employed, significant risk-assessment findings must be recorded.	HSE risk-assessment guidance
Provision and Use of Work Equipment Regulations 1998	Work equipment must be suitable, maintained and, where needed, inspected. Users, supervisors and managers need adequate information, instruction and training. Equipment involving specific risk must be restricted to people trained and appointed to use it.	HSE PUWER overview
Control of Substances Hazardous to Health Regulations 2002	Fume, dust, mist, gases, vapour and process-generated contaminants must be assessed and adequately controlled.	HSE COSHH assessment guidance
Control of Noise at Work Regulations 2005	Employers must assess and control harmful noise exposure and take additional action at the statutory exposure action values.	HSE Noise Regulations
Personal Protective Equipment at Work Regulations 1992 as amended in 2022	Suitable PPE is provided after higher-order controls are considered. Duties were extended to defined limb b workers; workers must receive information, instruction and training.	HSE PPE guidance
Manual Handling Operations Regulations 1992	Avoid hazardous manual handling so far as reasonably practicable, assess unavoidable handling and reduce risk. There is no universal legal safe weight limit.	HSE manual-handling guidance
Safety Representatives and Safety Committees Regulations 1977	In workplaces where a trade union is recognised, the union may appoint safety representatives whom the employer must consult on relevant health-and-safety matters.	HSE consultation law
Health and Safety (Consultation with Employees) Regulations 1996	Where employees are not represented under the 1977 Regulations, consultation may be direct or through elected representatives according to the applicable rules.	HSE consultation law

These are not the only rules that can apply. Fire safety, electrical safety, lifting equipment, pressure systems, construction work, environmental controls, product safety and site-specific requirements may also be relevant. The competent person responsible for the workplace must determine the applicable set.

Risk assessment and the hierarchy of controls

A hazard is something with the potential to cause harm. Risk concerns how likely harm is and how serious it could be in the actual circumstances. Risk assessment is not a paperwork ritual. It is the process of identifying hazards, deciding who could be harmed and how, evaluating controls, recording significant findings where required, and reviewing the assessment when conditions change.

A useful control sequence is:

Priority	Control approach	Blacksmithing example
Highest	Eliminate	Design the job so a hazardous operation is unnecessary.
High	Substitute	Use a less hazardous material or process where it achieves the required result.
High	Engineering control	Capture fume at source with correctly designed local exhaust ventilation, or use fixed guarding around machinery.
Medium	Administrative control	Restrict access, use a safe system of work, schedule tasks, mark hot-metal areas and provide trained supervision.
Last line	Personal protective equipment	Use task-selected eye, face, hearing, respiratory, hand, body or foot protection for residual risk.

PPE is not permission to accept an avoidable hazard. PPE must be suitable, compatible with other PPE, maintained and used as trained. A blanket rule such as “always wear gloves for every metalworking task” can itself be unsafe around some rotating machinery. Follow the task risk assessment, machine instructions and supervisor direction.

England-only vocational pathway

For the training example in this course, the competent English authority is Skills England. Its current Blacksmith occupational standard is Level 3, reference ST0378, version 1.1, approved for delivery. Skills England lists a typical duration of 48 months, excluding the assessment period.

This apprenticeship is an England pathway. It is not presented as the route for Scotland, Wales or Northern Ireland, and it does not establish automatic equivalence abroad. Employers set entry requirements, and the apprenticeship standard describes occupational competence rather than granting universal permission to operate every machine, perform every joining process, work on every site or sign off regulated work.

A qualification and workplace authorisation answer different questions:

Qualification: What occupational knowledge, skills and behaviours have you demonstrated against a defined programme or standard?
Competence: Do you have the combination of training, knowledge, experience and skill needed for the particular task and context?
Authorisation: Has the employer or responsible organisation permitted you to carry out this task on this equipment under its safe system of work?
Certification: Does a particular process, product, client or standard require a formally recognised test or certificate?

Do not treat these terms as interchangeable.

Standards and specialist certification

The British Standards Institution is the national standards body. Standards are revised and withdrawn over time, so check the current status before specifying one in a job file. For example, BSI currently lists BS EN ISO 9606-1:2017, Qualification testing of welders. Fusion welding. Steels as current. It concerns qualification testing for welders carrying out manual or partly mechanised fusion welding of steels. It is not a general blacksmith licence and should not be cited as if every forge-weld, tack weld, fabrication task or artistic-metalwork project automatically requires the same qualification.

Use the standard, specification or certification actually required by the client, product, process, contract and applicable law. Check current BSI status rather than relying on an old course handout.

Employment and collective bargaining in safe practice

Written employment particulars

In Great Britain, an employer must provide employees and workers with a written statement of employment particulars. The principal statement is due on or before the first day of work, with specified wider particulars due no later than two months after the start. The wider information can include applicable collective agreements. A written statement is not itself the whole employment contract. See Acas guidance and GOV.UK.

For a forge learner or newly employed metalworker, read the written particulars together with induction documents, workshop rules, training records and safe systems of work. If they conflict, do not improvise a legal interpretation on the shop floor: raise the issue with the responsible manager, training provider, union representative or adviser as appropriate.

Trade unions, recognition and collective bargaining

A worker may have rights relating to trade-union membership and activities. Recognition means that an employer recognises a trade union for collective bargaining for a defined group, called a bargaining unit. Collective bargaining is the process in which the employer and recognised union negotiate specified terms and conditions, commonly matters such as pay, hours and holiday. An outcome may be a collective agreement.

Collective bargaining can also shape practical employment conditions around training, shift design, facilities, workload and how changes are introduced. It cannot lawfully be used to waive statutory health-and-safety duties. A local agreement saying “everyone accepts the risk” does not replace risk control.

The current GOV.UK guidance explains collective bargaining and the statutory recognition process. When recognition is disputed, the Central Arbitration Committee can have a role under the statutory scheme.

Health-and-safety consultation and worker voice

Health-and-safety consultation is related to, but legally distinct from, collective bargaining. HSE explains that where a trade union is recognised, the Safety Representatives and Safety Committees Regulations 1977 apply to the represented part of the workforce and the union may appoint safety representatives. Employers must consult those representatives on relevant health-and-safety matters. Other employees may fall under the Health and Safety (Consultation with Employees) Regulations 1996, including direct consultation or elected representatives as applicable.

HSE also states that workers have employment protection against detriment for specified reasonable health-and-safety actions. This can include raising a concern by reasonable means and, where the statutory conditions are met, leaving or refusing to return to a situation reasonably believed to present serious and imminent danger. These protections are fact-sensitive. Seek Acas, union or legal advice for an actual dispute rather than relying on a classroom scenario.

Good forge communication is therefore both practical and organisational. Reporting a failed extraction indicator, damaged guard, missing tong, near miss or unclear hot-work boundary should be treated as useful safety information, not as a challenge to craft status.

Current 2026 trade-union-law status

This course was checked on 1 September 2026. Government implementation of the Employment Rights Act 2025 is phased. Current government material states that statutory trade-union ballots may use electronic and workplace balloting from 25 August 2026. Other measures, including a new employer duty to inform workers of the right to join a trade union and changes to workplace access, are scheduled for 30 October 2026 and are therefore not treated as current law in this course on 1 September 2026. Future commencement dates can change and must be checked before use.

Use the live GOV.UK implementation timeline and current Acas guidance for updates.

Safe practice in the forge

Core workshop concepts

Competence is task-specific. Watching a demonstration is not the same as being competent. A learner may be authorised to use hand hammers under supervision but not a power hammer, to carry out cold fitting but not gas cutting, or to use an angle grinder only after a separate assessment.

Exclusion zone or working zone means an area kept clear so people are not exposed to swinging tools, ejected scale, moving stock or machine movement.

Hot-metal discipline means controlling, communicating and storing hot work so that nobody has to guess whether steel is safe to touch. Steel capable of causing a burn may no longer look red, so colour alone is not a reliable “cold” indicator.

Housekeeping means keeping routes, floors, stock racks, cables, hoses, scale and offcuts under control. In a forge, poor housekeeping can turn an ordinary movement into a fall toward hot work or moving machinery.

Main tools and materials

Labelled blacksmith's anvil. Learn the local names used in your training centre, but also be able to identify the face, horn, step, hardy hole and pritchel hole. Do not place tools or hot stock where they create an unexpected projection or trip hazard.

Tool or material	Typical professional use	Safe-practice focus
Anvil	Supporting forging, bending and controlled forming	Stable mounting, clear strike zone, suitable working height and no casual storage of hot stock
Hand hammer	Drawing out, upsetting, planishing and controlled shaping	Correct condition, suitable mass for the learner and task, secure head, clear swing path
Tongs	Holding hot stock	Correct jaw form and size, secure grip, no improvised poor fit, positioned so hands stay out of the strike zone
Fuller and swage	Localising or controlling deformation	Correct tool for the section, sound condition, stable placement and supervised striking method
Vice	Holding work for bending, filing, fitting or assembly	Secure fixing, work clamped correctly, no impact method beyond the vice design
Forge or furnace	Heating stock for forging	Only trained and authorised people set up, light, adjust, shut down or maintain fuel and combustion systems
Power hammer or forging press	Mechanised forging	PUWER controls, guarding, isolation, task-specific training, appointment or authorisation, exclusion zones
Angle grinder	Cutting, grinding and surface preparation where specified	Correct machine and abrasive for the task, guards in place, inspection, spark path, dust and noise control, task-specific PPE
Welding equipment	Joining and fabrication	Fume control, arc and hot-work protection, process-specific training and any required qualification
Mild steel stock	Common forged-metal training and production material	Known grade or specification where quality matters, safe handling, hot-metal communication and traceability
Coated, painted, plated or contaminated metal	Existing material sometimes encountered in repair or conservation	Do not heat, grind or weld until the coating or contaminant hazard has been identified and controlled under COSHH
Fluxes, cleaners, paints and finishes	Joining preparation or surface finishing	Safety data, COSHH assessment, substitution where feasible, controlled storage and disposal

A traditional forge. Fire, fuel and moving air are process inputs, but the safe operating method depends on the actual equipment, fuel, ventilation and site. This course deliberately does not provide lighting, gas-pressure or combustion-setting instructions.

Risk-control matrix for blacksmithing and artistic metalwork

Hazard	What can go wrong	Preferred controls to consider	Learner action
Hot stock, scale and sparks	Burns, eye injury, ignition, contact by another person	Defined hot-work area, suitable screens, non-combustible housekeeping, controlled stock route, designated cooling or quarantine location, task-selected eye and body protection	Announce and mark hot work according to site practice; never leave hot stock where others may handle it unknowingly
Hammering	Struck-by injury, flying scale, hand injury, excessive noise	Correct tool condition and fit, clear strike zone, trained method, suitable support, screens or separation where needed	Stop if another person enters the swing or strike zone
Power hammer or press	Crushing, trapping, ejection, unexpected movement	Guarding, emergency controls, isolation, maintenance, specific training, appointment or authorisation, supervised setup	Do not use unless your workplace has assessed and authorised you for that exact equipment
Angle grinder and abrasives	Disc failure, kickback, entanglement, sparks, noise, dust	Suitable guarded equipment, correct abrasive and speed rating, inspection, stable workholding, spark containment, extraction where needed	Use only after task-specific training and pre-use checks; do not remove or defeat guards
Welding and thermal cutting	Fume, radiation, fire, burns, gas or electrical hazards	Avoid or reduce welding where practicable, effective extraction, screens, hot-work controls, correct equipment, competent setup, suitable residual PPE	Follow the welding safe system of work; do not start a process for which you lack training or required qualification
Metal fume and dust	Respiratory disease, toxic exposure, cancer risk for welding fume	Eliminate or substitute hazardous inputs, contain, use effective LEV, restrict access, maintain controls, add suitable RPE only where needed	Report failed extraction immediately and do not continue a fume-generating task without adequate control
Noise	Hearing damage and tinnitus	Quieter process and tooling, maintenance, enclosure or separation, exposure reduction, hearing zones and suitable hearing protection where required	Follow noise-zone rules and wear hearing protection exactly as trained
Hand-arm vibration	HAVS and related injury	Select lower-vibration methods or tools, maintain tools, limit exposure using assessed data, rotate or redesign tasks where appropriate, health surveillance where required	Report symptoms and defective vibrating tools promptly
Manual handling and stock movement	Musculoskeletal injury, crushed fingers or feet, dropped stock	Avoid unnecessary handling, use racks and mechanical aids, reduce carry distance, team handling only where assessed and coordinated	Never rely on a supposed universal safe lifting weight; ask for an aid or revised method
Slips, trips and poor access	Falls toward hot work, machinery or sharp stock	Clear routes, controlled cables and hoses, stock racks, prompt removal of scale and offcuts, adequate lighting	Keep escape and access routes clear throughout the task, not only at the end
Fuel, gas and combustion system	Fire, explosion, asphyxiation, flashback or equipment failure	Correct installation, ventilation, leak control, secure storage, inspection, manufacturer requirements and competent authorised operators	Do not connect, light, adjust, repair or isolate systems unless trained and authorised
Unknown or coated material	Hazardous fume, contamination, unpredictable quality	Identify material and coating first, obtain information, apply COSHH controls, substitute known clean stock where possible	Stop and ask before heating, grinding or welding unidentified material

Grinding and abrasive work

An angle grinder. Before use, the risk assessment and manufacturer instructions must determine the correct accessory, guard, workholding, inspection method, spark direction, exposure controls and PPE. A power tool that “looks familiar” is still work equipment under PUWER.

Common workshop language such as “just dress that edge” can make a grinding task sound routine. The hazards remain real. Abrasive selection, speed compatibility, guarding, workpiece stability, dust, noise, vibration and nearby combustible material all matter. Learners should never change a wheel or abrasive unless that action is within their training and authorisation.

Fume, dust and local exhaust ventilation

COSHH includes substances generated by a process. Forging, grinding, welding, thermal cutting, coating removal and finishing can generate fume or dust even when the original solid metal did not appear hazardous.

HSE states that exposure to all welding fume, including mild-steel welding fume, can cause lung cancer. Effective engineering controls are expected, and suitable respiratory protection is required where engineering controls do not adequately control residual fume. For indoor welding, HSE guidance gives local exhaust ventilation as a principal source-control method.

LEV is a system, not merely a fan. Hood position, airflow, duct condition, filters, discharge arrangements, user checks and maintenance affect performance. HSE COSHH guidance states that ventilation equipment used for exposure control must be examined and tested at least every 14 months by a competent person, with some circumstances requiring shorter intervals. Follow the actual statutory schedule, system documentation and workplace plan.

Learner rule: if an extraction indicator, airflow check or visible condition suggests that control is not working, stop the fume-generating operation and report it. Do not compensate by simply moving closer to the hood or putting on an unselected mask.

Noise and hearing protection

The Control of Noise at Work Regulations 2005 use exposure action values. HSE states:

At 80 dB(A) daily or weekly personal exposure, employers must assess risk and provide information and training.
At 85 dB(A) daily or weekly personal exposure, hearing protection must be provided and hearing-protection zones are required where appropriate.
The exposure limit value is 87 dB(A), taking account of the reduction provided by hearing protection.

These values are not permission to design a noisy process up to a number. The duty remains to eliminate or reduce noise exposure so far as is reasonably practicable. Hammering, pneumatic tooling, grinding and some extraction or machinery can contribute to cumulative exposure.

HSE hearing-protection demonstration. Observe how damaged seals or incompatible PPE can reduce real-world protection. The lesson is to control noise first and then use correctly selected, maintained and compatible hearing protection for residual exposure.

Hand-arm vibration

Hand-held grinders and other powered tools can expose a worker to vibration. Risk depends on the vibration magnitude of the actual tool, trigger time and pattern of use, not simply on the name of the tool. Use employer exposure assessments and manufacturer or measured data. Do not invent a personal “safe minutes” rule. Maintenance, lower-vibration equipment, process redesign and exposure management can all be relevant.

Symptoms such as persistent tingling, numbness or loss of dexterity must be reported according to workplace health-surveillance procedures. Early reporting is part of safe practice.

Manual handling and stock movement

HSE states that the law does not set a specific universal weight limit for manual handling. The correct sequence is to avoid hazardous handling so far as reasonably practicable, assess unavoidable handling and reduce risk. Long stock, plate and forged assemblies create difficulties because risk depends on length, balance, shape, temperature, grip, route and coordination as well as mass.

In an artist-blacksmith workshop, the safer solution may be a stock trolley, crane or hoist used by authorised people, a revised rack height, shorter carry distance, a different assembly sequence or a coordinated team method. “I can lift it” is not a risk assessment.

Fuel, fire and emergency readiness

Only trained and authorised people should set up, connect, light, adjust, shut down or maintain forge fuel and gas systems. Follow the equipment manufacturer, site fire-risk assessment and competent supervisor. Do not use a generic internet video as an operating procedure for a different forge.

Before practical work you should know:

Alarm procedure: How to raise the alarm and where to go.
Emergency stop: Which emergency controls you are authorised to use and what they stop.
Isolation: Who may isolate electrical, gas, hydraulic, pneumatic or other energy sources.
First aid: How to summon the workplace first-aid response.
Fire plan: What your role is and when evacuation takes priority over intervention.
Incident reporting: How to report an injury, dangerous occurrence or near miss.

Do not improvise a response to a gas-cylinder, fuel-system or machinery emergency. Follow the emergency plan and instructions of the competent people responsible.

Supervised step-by-step demonstration

Demonstration: square taper and simple bend practice piece

Purpose: to demonstrate safe control of hot stock while producing a basic forged taper and bend from instructor-supplied mild-steel stock. This is a supervised training exercise, not a licence to forge independently.

Safety envelope: the instructor selects the forge, stock size, heating method, hand hammer, tongs, anvil and PPE from the workshop risk assessment. The learner does not light, adjust or maintain the forge unless that separate task is already within their training and authorisation. No power hammer, press, welding, grinding or fuel-system adjustment is part of this demonstration.

Job briefing: Read the drawing or sample, identify the required taper and bend, and review the task risk assessment and stop conditions with the instructor.
Authorisation check: Confirm that you are authorised for the hand-forging task and know the workshop alarm, hot-metal and exclusion-zone rules.
Tool inspection: With the instructor, check the hammer, tongs, anvil area and stock for suitability and obvious damage; quarantine defective equipment.
Work-area preparation: Clear the route between forge, anvil and designated hot-work quarantine point; remove unrelated people and combustible clutter from the controlled area.
Stock control: Use the known mild-steel practice stock supplied for the exercise and a tong that grips the section securely; do not substitute unidentified scrap.
Supervised heating: Heat only under the instructor’s demonstrated operating method and remain within the authorised work zone; do not alter fuel or air settings unless separately trained and authorised.
Transfer communication: Before moving hot stock, check the route, communicate according to the workshop hot-metal convention and keep the hot end oriented away from other people.
Taper forging: At the anvil, use controlled hand-hammer blows shown by the instructor to draw the end into the required square taper, maintaining a stable grip and clear swing zone.
Reheat decision: When the instructor indicates that the work should be reheated, stop striking and return it using the supervised method rather than continuing simply to “finish the heat”.
Simple bend: Form the specified bend using the anvil feature and method demonstrated by the instructor, keeping hands, tongs and body clear of the hammer path and hot end.
Hot-work quarantine: Place the finished work in the designated cooling or quarantine location, apply the workshop hot-work identification method and leave it untouched until the instructor confirms the next stage.
Quality check and debrief: When the piece is confirmed safe to handle, compare it with the drawing, record dimensions and visible defects, then discuss both product quality and process safety with the instructor.

Demonstration observation checklist

Observe	Evidence of competent supervised practice
Planning	Learner can state the sequence, hazards, controls and stop conditions before starting.
Tool selection	Hammer and tongs suit the stock and are in serviceable condition.
Communication	Hot stock movement is announced or signalled according to the local system.
Body position	Learner remains outside other people’s strike zones and keeps a stable working stance.
Hammer control	Blows are deliberate, appropriate to the instruction and stop when control is lost.
Hot-stock control	The work is never placed where another person may mistake it for cold stock.
Quality	Taper and bend meet the training drawing within its stated tolerances and show no unacceptable fold, crack or sharp defect.
Reflection	Learner can identify one craft improvement and one safety improvement without blaming another person.

Hereford College of Arts graduate conversation. Use it for reflection on professional development and the transition from supervised education to independent creative practice. It is not a substitute for your workshop’s practical instruction.

Authentic workplace example

Small artist-blacksmith workshop: architectural gate scrolls

A five-person workshop is producing a set of forged gate scrolls and fabricated frames. The apprentice’s current authorisation covers hand forging, cold fitting and use of a particular pedestal drill under supervision. The apprentice has observed angle-grinder work but has not yet completed the employer’s grinder training.

During fabrication, the apprentice notices that the LEV airflow indicator at the welding bench is outside the normal operating range. A delivery has also blocked part of the normal route from the forge to the hot-work rack.

A competent response is to stop and report both conditions before the affected tasks continue. The apprentice does not put on an arbitrary dust mask and continue welding, does not move the delivery alone simply because it “looks light”, and does not use the grinder to finish a part while waiting. The supervisor arranges the route clearance using the handling method in the site assessment, isolates the welding task pending an LEV check, and re-plans work that can proceed safely.

If the workplace recognises a trade union, the union-appointed safety representative can be consulted on health-and-safety matters affecting represented employees. If a recurring production target is causing unsafe congestion, the issue may also intersect with collective bargaining over workload or working arrangements. The statutory duty to control risk remains regardless of what is negotiated.

This example shows the difference between professional initiative and unauthorised improvisation: a safe learner identifies the issue, stops affected work, communicates clearly and helps the responsible people restore a controlled process.

Common errors and better practice

Common error	Why it fails	Better professional practice
Assuming steel is safe because it is no longer glowing	Burn risk may remain after visible red heat disappears	Use the workplace hot-metal identification and quarantine system until the item is confirmed safe
Treating PPE as the first control	PPE does not remove the hazard and can fail or be incompatible	Apply the hierarchy of controls and select PPE for residual risk
Using a tong that almost fits	Poor grip can let hot stock rotate or fall	Select or obtain a tong designed to grip the section securely
Reaching across another person’s hammering zone	A predictable swing becomes a struck-by hazard	Stop the task, communicate and enter only when the strike zone is clear
Removing a grinder guard for access	Defeats a primary machine control	Use a suitable tool, accessory or workholding method without defeating guards
Heating unidentified coated scrap	Coating or contamination may produce hazardous fume	Identify the material and coating first, then use the COSHH assessment or substitute known stock
Continuing welding when extraction is not operating correctly	Respiratory exposure is no longer adequately controlled	Stop, report and restore effective control before resuming
Believing there is one legal safe lifting weight	Handling risk depends on task, load, individual and environment	Avoid, assess and reduce the specific handling risk
Copying a power-hammer technique after watching it once	Observation does not establish competence or authorisation	Complete the employer’s equipment-specific training and assessment
Leaving tools, offcuts or stock in access routes	Raises trip and impact risk around hot or moving work	Maintain housekeeping continuously
Treating a collective agreement as permission to waive safety law	Statutory duties remain	Negotiate working conditions while preserving legal minimum duties and risk controls
Treating an apprenticeship certificate as universal process certification	Occupational competence and specialist process certification are different	Check the client, process, product and standard requirements for each job

Quality criteria

Craft quality and safe-process quality should be assessed together.

Quality area	Criteria
Drawing compliance	Finished dimensions, proportions and orientation match the job drawing or approved sample within the specified tolerance.
Forged form	Taper is controlled and intentional; transitions are smooth; section changes do not show avoidable distortion.
Surface condition	Surface is appropriate to the design and free from unacceptable cracks, folds, cold shuts, burrs or damage.
Join quality	Any join meets the specified process and inspection requirement; specialist welding qualifications are used where the job requires them.
Repeatability	Batch pieces show consistent dimensions and appearance where repetition is part of the brief.
Traceability	Material, drawing revision, process checks and inspection results are recorded where the job requires them.
Safe process	Guards, extraction, workholding, housekeeping, hot-metal control, PPE and authorisation remain effective throughout the task.
Communication	Handover, hot-work status, defects and changes are communicated so the next person does not inherit an unknown hazard.

A piece that meets the drawing but required bypassing a guard is not quality work. A perfectly safe process that produces a cracked or dimensionally wrong component is also incomplete. Professional competence integrates both.

Sustainability and responsible metalwork

Sustainability in forged metalwork is more than recycling a bin of offcuts. It includes material choice, energy use, durability, repairability, finishes, transport, waste, maintenance and the cultural value of keeping existing ironwork in service.

Useful actions include:

Material efficiency: Optimise stock lengths and forging allowances so that design quality is achieved with less scrap.
Known-material reuse: Reuse suitable offcuts when their material and prior coating are known; do not create a fume hazard by heating unknown scrap.
Energy planning: Batch compatible heating operations where the safe system of work allows, reduce unnecessary reheating and maintain heating equipment for efficient operation.
Durable design: Design joints, drainage, finishes and maintenance access so an object can remain serviceable and repairable.
Low-hazard substitution: Where technical performance permits, select finishes or cleaners with lower health and environmental hazards through the COSHH assessment.
Waste segregation: Separate recyclable metals, abrasives, contaminated waste and chemical containers according to site and waste-management requirements.
Heritage conservation: Repair and conserve serviceable historic ironwork where the brief supports it, preserving embodied material and craft value.
Process evidence: Record material provenance, key process choices and finish systems so future repairers can make informed decisions.

Sustainability never justifies unsafe improvisation. For example, reusing unidentified plated steel because it is “greener” is not responsible if the heating or grinding hazard has not been assessed.

Inclusive and accessible safe practice

The Equality Act 2010 provides a framework for disability equality in Great Britain, and employers have duties concerning reasonable adjustments. Government guidance gives examples such as changes to workplace layout, equipment, working arrangements and accessible communication. Apprentices and trainees may also need adjustments.

In a training forge, inclusive practice may include:

Accessible instructions: Provide written, visual and demonstrated instructions in formats the learner can use.
Workstation adjustment: Adapt working height, reach or support where this is reasonably achievable and compatible with safe equipment use.
Communication systems: Use visual as well as audible signals where needed, ensuring alarms remain effective.
Alternative evidence: Allow an equivalent way to demonstrate knowledge where an assessment method creates an avoidable barrier and the occupational competence requirement is still met.
Planned pacing: Structure practice and recovery periods around assessed individual needs without concealing exposure limits or productivity pressure.
Consultation: Ask the learner or worker what barrier exists rather than making assumptions about ability.

An adjustment should remove or reduce disadvantage without introducing uncontrolled risk to the individual or other people. HSE specifically warns against using health and safety as a blanket excuse to exclude disabled workers. See HSE guidance on reasonable adjustments and GOV.UK.

Glossary

Term	Professional meaning in this module
Anvil	A hardened support used for forging, bending, cutting support and related forming operations.
Stock	Metal supplied for processing, often bar, rod, plate, section or previously formed material.
Workpiece	The item currently being made, modified or inspected.
Tongs	Hand tools designed to grip and control hot or cold stock during forging operations.
Drawing out	Forging operation that lengthens a section while reducing its cross-sectional area.
Upsetting	Forging operation that shortens a section while increasing its cross-sectional area.
Fuller	Tool or feature used to localise deformation and spread material in a controlled way.
Swage	Tool or die used to form or finish a section to a defined shape.
Scale	Oxide layer that forms on heated metal and may detach during forging.
Cold shut	A forging defect in which a fold or overlapping surface is forged into the work without sound bonding.
Hazard	Something with the potential to cause harm.
Risk	The combination of likelihood and severity of harm in the circumstances being assessed.
Competence	Sufficient training, knowledge, experience and skill for the task and context.
Authorisation	Formal or local permission from the responsible organisation to carry out a specified task or use specified equipment.
PUWER	Provision and Use of Work Equipment Regulations 1998.
COSHH	Control of Substances Hazardous to Health Regulations 2002.
LEV	Local exhaust ventilation that captures airborne contaminant at or near its source.
RPE	Respiratory protective equipment selected to protect against residual inhalation exposure.
PPE	Personal protective equipment used for residual risk after higher-order controls have been considered.
Safe system of work	A defined method that integrates people, equipment, environment and controls so work is performed safely.
Safety representative	A worker representative with functions under the applicable health-and-safety consultation framework; in a recognised-union context, one may be appointed by the union under the 1977 Regulations.
Recognition	An employer recognising a trade union for collective bargaining for a defined bargaining unit.
Bargaining unit	The group of workers covered by a collective-bargaining arrangement or statutory recognition process.
Collective bargaining	Negotiation between an employer and a recognised trade union about agreed terms and conditions for a bargaining unit.
Collective agreement	An agreement resulting from collective bargaining on the matters covered.
Reasonable adjustment	A change to remove or reduce a substantial disadvantage experienced by a disabled worker or applicant, assessed in context.

Reflection

Use these questions after supervised practice or workshop observation:

Which control in your workshop prevents the greatest amount of harm before PPE is considered?
Which activity are you currently trained to observe but not yet authorised to perform?
How is hot work identified so that a new person can recognise it without relying on memory?
Which production pressure could make people take shortcuts, and how could consultation or planning address it?
Where could an adjustment make training more inclusive without weakening a safety-critical competence requirement?
Which quality defect would tell you that the forging sequence, heat management or tool control needs to be reviewed?
What material or energy-saving choice could be added to the job plan without increasing worker exposure?

Official sources and media review notes

The legal and training claims in this module were checked against live official sources on 1 September 2026. Because law, standards and apprenticeship versions change, reviewers should re-check source status before each major course release.

Source	What to verify
Health and Safety Executive	Great Britain health-and-safety law, current guidance, exposure control, work equipment and worker consultation
Skills England Blacksmith ST0378 v1.1	England apprenticeship status, level, version, duration and occupational description
Acas	Current employment-rights, written-statement and trade-union guidance
GOV.UK working with trade unions	Collective bargaining, recognition and current legislative implementation
Employment Rights Act implementation	Commencement dates and transitional changes in 2026 and 2027
BSI Knowledge	Current, revised or withdrawn British Standards
Wikimedia Commons	Image file identity, attribution and reuse licence

The original explanatory text and learning activities in this aiMOOC are offered under CC BY-SA 4.0 unless a page-level notice states otherwise. Wikimedia Commons files retain the licence on their file pages. YouTube videos are embedded for learning and retain the rights and platform terms set by their publishers; the course licence does not re-license those videos.

Interactive Tasks

Quiz: Test Your Knowledge

Which source takes precedence if this course conflicts with an authorised workplace safety instruction? (The applicable official rule and authorised workplace instruction) (!The course text because it is openly licensed) (!A video by an unknown creator) (!A previous learner's preferred method)

What is the preferred position of PPE in the hierarchy of controls? (After higher order controls have been considered) (!Before elimination and substitution) (!As the only control for every task) (!Instead of a risk assessment)

What is the current Skills England level of the Blacksmith apprenticeship standard ST0378? (Level 3) (!Level 1) (!Level 2) (!Level 5)

Under PUWER what is required for work equipment that presents a specific risk? (Use should be restricted to trained and appointed people) (!Any learner may use it after watching once) (!The guard may be removed for short tasks) (!Training is optional if the task is urgent)

What is HSE's position on welding fume including mild steel welding fume? (All welding fume must be adequately controlled) (!Mild steel welding fume is harmless) (!Only visible fume needs control) (!Outdoor welding never needs respiratory control)

What does HSE say about a universal legal safe lifting weight? (There is no universal legal safe weight limit) (!The limit is always twenty kilograms) (!The limit is whatever the worker can lift once) (!The limit applies only to apprentices)

In a workplace with a recognised trade union who may appoint safety representatives under the 1977 Regulations? (The recognised trade union) (!The equipment manufacturer) (!Any visiting customer) (!The local scrap supplier)

What should a learner do if an LEV indicator shows that fume control is not working correctly? (Stop the affected task and report the control failure) (!Continue and work faster) (!Move closer to the fume source) (!Use any available mask without assessment)

What is collective bargaining? (Negotiation between an employer and a recognised trade union on covered terms and conditions) (!A substitute for statutory safety duties) (!An individual machine operating permit) (!A welding qualification test)

What is the status on 1 September 2026 of the planned new trade union workplace access measures scheduled for 30 October 2026? (They are forthcoming and should not yet be treated as current law) (!They have applied since January 2025) (!They are a blacksmith certification rule) (!They apply only to equipment maintenance)

Memory Game

Hazard	Something with the potential to cause harm
Risk	Likelihood and severity of harm in the actual circumstances
PUWER	Great Britain rules for safe use of work equipment
COSHH	Great Britain rules for controlling substances hazardous to health
LEV	Extraction that captures contaminant near its source
Recognition	Employer acceptance of a union for collective bargaining
Bargaining unit	Defined group covered by collective bargaining
Authorisation	Permission to perform a specified workplace task

Drag and Drop

Match the correct terms.	Topic
Local exhaust ventilation	Welding fume at source
Machine guarding	Access to dangerous moving parts
Hot work quarantine	Uncertain surface temperature after forging
Mechanical handling aid	Awkward or heavy stock movement
Collective consultation	Worker input on health and safety changes

...

Crossword Puzzle

Anvil	Which support is commonly used for controlled forging and bending?
Tongs	Which hand tools are used to grip hot stock?
Ventilation	Which engineering principle removes contaminated air from a work area?
Competence	What combines sufficient training knowledge experience and skill for a task?
Consultation	What process involves seeking worker or representative input on health and safety matters?
Recognition	What status allows a trade union to bargain for a defined worker group?

LearningApps

Cloze Text

In this course the occupational health and safety law section is limited to

. The England blacksmith apprenticeship used as an example is at

. A hazard is something with the potential to cause

. Risk assessment considers who may be harmed and whether existing

are sufficient. Under the hierarchy of controls PPE is a

rather than the first response. Process generated fume can fall within

. Local exhaust ventilation captures contaminant near its

. Under PUWER a person needs adequate training before using work

. A recognised trade union can appoint health and safety

. Collective bargaining cannot remove statutory health and safety

. Unknown coated metal should be identified before it is heated ground or

. Hot work remains controlled until the workplace system confirms it is

.

Open-Ended Tasks

Easy

Forge hazard map: Using an instructor-provided workshop plan rather than entering a live work zone, mark the forge, anvil, stock route, hot-work quarantine area, extraction points and exclusion zones, then explain one control for each.
Hot metal communication plan: Create a one-page visual method for identifying and communicating hot work in a training forge; compare it with the actual approved local system and revise your draft.
Tool inspection storyboard: Photograph or sketch instructor-approved out-of-service tools and create a five-frame storyboard showing how a learner identifies, reports and quarantines a defect without attempting a repair.
Safety representative interview: Interview a tutor, supervisor or health-and-safety representative about how concerns are raised and consulted on; summarise the process without collecting private personal information.

Standard

Supervised forging process record: During an authorised training session, record the supervised square-taper and bend exercise as a sequence of hazards, controls, quality checks and stop decisions; do not perform any task outside your existing authorisation.
COSHH control review: Use an instructor-supplied safety data sheet and workshop COSHH assessment to trace how a hazardous finish, cleaner, fume or dust is eliminated, substituted, contained or controlled, then identify one question for expert review.
Noise control comparison: Compare two instructor-approved methods for reducing noise exposure in a forge process and justify which control acts closer to the source before hearing protection is considered.
Collective bargaining scenario: Write a workplace scenario in which production targets, training time and safe staffing are discussed through collective bargaining while statutory health-and-safety duties remain non-negotiable.

Advanced

Safe system of work draft: Draft a supervised safe system of work for a non-hazardous planning stage or an already-approved basic forge exercise, including competence, authorisation, equipment checks, exposure controls, stop conditions and handover; submit it to a competent instructor rather than using it as an operating procedure.
Workshop consultation proposal: Design a consultation process for introducing a new piece of workshop equipment, showing when managers, operators, apprentices, disabled workers and safety representatives should contribute before commissioning.
Sustainable production redesign: Redesign the production plan for a small batch of decorative forged components to reduce material waste and unnecessary reheating while preserving quality, extraction, guarding and handling controls.
Expert review portfolio: Assemble a review pack containing the jurisdiction statement, official-source checks, one risk-control matrix, one quality record and one reflection; ask a vocational trainer or competent practitioner to annotate any claim that needs updating.

Learning Assessment

Risk control justification: Given a workshop scenario with hot stock, grinding dust and pedestrian movement, prioritise at least four controls using the hierarchy of controls and justify why each sits above or below PPE.
Authorisation boundary analysis: Compare qualification, competence, authorisation and specialist certification for an apprentice who can hand forge but has not been approved for a power hammer or coded welding.
Fume control decision: Analyse an instructor-provided case in which welding LEV fails during production and explain the immediate stop decision, the competent-person checks needed before restart and why unselected RPE is not a substitute.
Employment and consultation case: Explain how written employment particulars, a recognised union, safety representatives and collective bargaining could each affect a forge workplace without confusing their legal functions.
Quality and safety audit: Assess a finished forged component and its process record together, identifying one product non-conformity and one process-safety non-conformity and proposing corrective actions.
Transfer to a new workshop: On moving to a different employer or country, list the official sources, local training records, equipment instructions and certification requirements you would verify before assuming that previous authorisation still applies.

Evidence of Learning

Evidence should show not only that you can recall rules, but that you can apply them in a controlled craft context.

Evidence type	What good evidence shows
Knowledge	Accurate use of hazard, risk, competence, authorisation, PUWER, COSHH, LEV, recognition, bargaining unit and collective agreement.
Practical skill	Controlled supervised handling of basic forge tools within authorisation, correct hot-metal communication, housekeeping and timely stop decisions.
Risk-control product	A clear hazard map, risk-control matrix or draft safe system of work that prioritises higher-order controls.
Quality product	A supervised forged practice piece checked against the drawing with dimensions, defects and process notes recorded.
Communication	A concise report of a defect, near miss or control failure that gives the responsible person enough information to act.
Employment understanding	A scenario analysis that separates statutory duties, employment particulars, safety consultation and collective bargaining.
Sustainability	A production proposal that reduces material or energy waste without introducing unidentified materials or weakening safety controls.
Inclusion	A reasoned adjustment proposal that reduces a barrier while preserving the essential competence and safety requirements of the task.
Transfer	A verification plan for a new employer or jurisdiction that avoids assuming automatic equivalence of qualifications, law or authorisation.

OERs on the Topic

For an openly accessible overview of the craft, consult the English Wikipedia article on blacksmithing. Use it for background, not as a substitute for current HSE, Skills England, Acas, GOV.UK or BSI requirements.

Useful open-media pages include the Wikimedia Commons files embedded in this course. Their description pages provide creator, source and licence information. For expert review, verify the licence again before adapting or exporting the media.