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Occupational safety and health — Fundamentals

Module: Fundamentals of Occupational safety and health Target learners: Vocational learners in Blacksmithing, artistic metalwork, architectural metalwork and related forge practice Selected jurisdiction: United Kingdom — England Legal scope used in this module: Health and Safety Executive law and guidance applying in Great Britain are used for workplace safety because England is within Great Britain. Apprenticeship information is England-only and comes from Skills England. Northern Ireland has separate legislation and an HSENI regime and is outside this module. Scottish and Welsh qualification pathways are not described here. Language: English Course status: Open educational resource draft, ready for expert review Course text licence: Creative Commons Attribution-ShareAlike 4.0. Embedded Wikimedia Commons files keep the licences shown on their file pages. YouTube videos are external embeds under their own provider terms and are not re-licensed by this course. Authority check date: 1 September 2026 Expert review required before operational use: A competent occupational-safety practitioner and an experienced blacksmith or vocational forge educator should review this module against the actual workshop, equipment, learners and current local procedures.

Safety priority: Current law, HSE requirements and guidance where applicable, manufacturer instructions, the employer's risk assessment and safe system of work, and direct workplace or college instructions take precedence over this learning resource. Workplace instructions must not reduce statutory protections. This course does not authorise you to light or adjust a forge, operate a power hammer, press, grinder, welder, gas system or other hazardous equipment, or undertake hot work without appropriate training, authorisation and supervision.

There is no automatic cross-country equivalence. A UK apprenticeship, safety practice, standard or job title described here must not be treated as automatically equivalent to one in Ireland, the United States, Canada, Australia, New Zealand, South Africa or any other country.

The photograph shows hot metal being worked on an anvil. Use it only as an observation prompt: identify the hot-work zone, likely eye and noise hazards, workholding needs, possible bystander risks and the controls that should be confirmed before work begins. The photograph is not presented as a model of compliant PPE or workshop practice.

Introduction

A blacksmith shapes and joins metal by hot forging and other metalworking processes. In England, the current Skills England Blacksmith occupational standard ST0378, version 1.1, describes work ranging from architectural ironwork, gates and railings to furniture, tools, sculpture, conservation and repair. It explicitly includes safe working practices, hazard recognition, risk assessment, method statements, waste disposal, equipment inspection, personal protective equipment, and control of exposures such as heat, noise and fumes.

Occupational safety and health in a forge is not an extra activity added after the craft. It is part of competent workmanship. A beautifully forged component is not quality work if someone was exposed to uncontrolled fume, a machine guard was defeated, a hot bar was left where another person could touch it, or a damaged hammer was used.

In this module you will learn to recognise hazards, distinguish hazard from risk, apply the hierarchy of control, prepare a safe work area, check tools and equipment, communicate around hot work, respond to defects and near misses, and connect safety with quality and sustainability. Practical work must always be supervised according to your workplace or training provider's rules.

Learning Outcomes

By the end of the module, you should be able to explain the difference between a hazard and a risk; identify common forge, fabrication and finishing hazards; select risk controls using the hierarchy of control; explain why engineering controls such as guarding and local exhaust ventilation are preferred before relying on PPE; carry out a supervised pre-start safety check; communicate clearly around hot metal and moving machinery; identify when to stop and seek competent help; connect safe practice with product quality and environmental performance; and interpret the safety expectations in the England Blacksmith occupational standard without claiming that this module itself is a qualification.

Jurisdiction, Duties and Training Context

England within the United Kingdom

This course uses England as its vocational jurisdiction. Workplace safety law cited from HSE generally applies across Great Britain, including England. Apprenticeship details below are specific to England. Do not transfer England's apprenticeship structure to Scotland, Wales or Northern Ireland.

For learners under 18, HSE states that employers have the same basic health, safety and welfare responsibilities as for other workers, while recognising that young people may need additional instruction, training and supervision because they can be unfamiliar with workplace risks. In a high-risk setting such as manufacturing, supervisory arrangements must work in practice, not merely exist on paper.

Core Legal Framework Used in This Module

Area	England and Great Britain reference	Practical meaning for a forge learner
General duties	Health and Safety at Work etc. Act 1974	Employers must protect employees and others so far as is reasonably practicable. Learners must cooperate with arrangements and avoid putting themselves or others at risk.
Risk management	Management of Health and Safety at Work Regulations 1999	Hazards must be identified, risks assessed and controls put in place, recorded where required and reviewed.
Work equipment	Provision and Use of Work Equipment Regulations 1998	Work equipment must be suitable, maintained, inspected where needed, safeguarded and used by people with adequate information, instruction and training.
Hazardous substances	Control of Substances Hazardous to Health Regulations 2002	Dust, fume, gases, vapours and many chemicals must be prevented or adequately controlled.
PPE	Personal Protective Equipment at Work Regulations 1992 as amended in 2022	Suitable PPE is selected after higher-order controls, provided where required, compatible, maintained, stored and supported by instruction and training.
Noise	Control of Noise at Work Regulations 2005	Noise risk must be assessed and reduced. Hearing protection is not a substitute for reasonably practicable noise reduction.
Manual handling	Manual Handling Operations Regulations 1992	Avoid hazardous handling where reasonably practicable, assess what cannot be avoided and reduce the remaining risk.
Fire and explosion	Dangerous Substances and Explosive Atmospheres Regulations 2002	Fuel gases, flammable liquids, combustible dusts and other dangerous substances require risk assessment and suitable controls.
Incident reporting	Reporting of Injuries, Diseases and Dangerous Occurrences Regulations 2013	Certain work-related injuries, diseases and dangerous occurrences are reportable by the responsible person. Learners should follow the local reporting route for every injury, defect and near miss.

Important: This table is an orientation, not legal advice. The current official text, HSE guidance, site procedures and competent advice take precedence.

England Blacksmith Apprenticeship Context

Skills England lists Blacksmith ST0378 version 1.1 as approved for delivery, Level 3, with a typical duration of 48 months excluding the assessment period. The occupational profile covers hot forging, thermal welding and cutting, machining, bench work, finishing, fitting and the maintenance of tools and equipment. Its safety knowledge includes legislation and regulations in the forge and on site, hazard recognition, risk assessment, method statements, waste disposal, equipment inspection, PPE, health surveillance and prevention of harmful exposure.

This aiMOOC is a learning resource only. It does not award the apprenticeship, replace employer training, certify competence, grant permission to use machinery or create automatic equivalence with another country.

Core Concepts

Hazard, Risk and Control

A hazard is something with the potential to cause harm. A risk considers the likelihood that harm will occur and how severe that harm could be. A control measure is an action or system that eliminates a hazard or reduces risk.

A red-hot workpiece is a hazard. The risk depends on who could contact it, how it is moved, whether it is clearly controlled as hot material, whether the route is clear, whether suitable tongs are used, whether bystanders are excluded and whether the operator is trained and supervised.

Think	Ask	Forge example
Hazard	What could cause harm?	Hot metal, moving machinery, flying scale, fume, noise, sharp edges, heavy stock, fuel gas
Exposure	Who or what can come into contact with the hazard?	Smith, striker, learner, visitor, contractor, neighbour, environment
Risk	How likely and how severe could the harm be?	Burn, eye injury, hearing damage, respiratory disease, crush injury, fire
Control	How can the hazard be eliminated or the risk reduced?	Change process, isolate, guard, extract, organise work, supervise, use suitable PPE
Check	Is the control working?	Inspect, test, observe, measure where required, report defects, review after change or near miss

Hierarchy of Control

The usual order is elimination, substitution, engineering controls, administrative controls and PPE. HSE's PPE guidance emphasises considering engineering controls and safe systems before PPE. The hierarchy matters because a control that removes or contains a hazard protects more reliably than one that depends only on a person's last line of defence.

A forge example is airborne contaminant from welding or grinding. First ask whether the task or material can be changed to prevent or reduce the contaminant. Where exposure remains, properly designed LEV can capture contaminant near its source. Work organisation, training and exclusion of other people add further control. Suitable RPE may then be needed for residual risk according to the assessment. PPE must never be treated as permission to ignore a preventable exposure.

This simplified LEV diagram illustrates the principle of capture at source. A competent person must design, commission, maintain and test real systems.

Stop-Work Principle

You should stop and seek the supervisor or competent person when the material is unidentified, a tool is cracked or loose, a guard is missing, extraction is not working, a gas system appears damaged, the work area has uncontrolled combustible material, the job differs from the risk assessment or method statement, you do not understand the instruction, or conditions change in a way that creates new risk.

Stopping is not a failure of productivity. It is a professional control action.

Tools, Equipment and Materials

Hand Tools

Typical blacksmith hand tools include hammers, tongs, punches, chisels, drifts, fullers, set tools, hardy tools, swages and measuring tools. Before use, the competent work routine should check that handles are secure and undamaged, striking faces are serviceable, tool heads are secure, tongs fit the intended stock, edges and burrs are controlled, and tools are stored so they cannot become trip or contact hazards.

The labelled anvil image can support tool-language learning. The horn, face, hardy hole and pritchel hole are parts of the anvil, not substitutes for training in their safe use.

Flying scale and hot fragments are a reminder that tool condition, eye and face protection, distance from bystanders and clear work positioning matter.

Powered and Fixed Equipment

A vocational forge may include a power hammer, hydraulic or mechanical press, pedestal or angle grinder, linisher, pillar drill, bandsaw, metalworker, guillotine, lathe, welding plant, profile cutter, forge or furnace and LEV. PUWER requires work equipment to be suitable, maintained and accompanied by appropriate safeguards such as guards, protective devices, isolation, emergency stops, markings or warnings where needed.

Learner rule: Never defeat a guard, bypass an interlock, reach into moving equipment, improvise an isolation, or operate unfamiliar equipment because someone says it is "only a quick job". Authorisation, competence and the local safe system of work control whether you may use a machine.

Grinding produces a visible spark stream, but not every important hazard is visible. Abrasive-wheel failure, projectiles, noise, hand-arm vibration, dust, fire and entanglement also require control. Use the workplace's machine-specific assessment and instruction.

Materials and Consumables

Common forge stock includes mild steel and other identified forgeable ferrous metals. Artistic metalwork may also combine forged components with stainless steel, non-ferrous metals, wood, stone, glass or other media. Consumables can include fuels, welding materials, abrasives, degreasers, paints, primers, waxes and oils.

Do not heat unidentified, plated, painted, contaminated or otherwise coated metal merely because it looks usable. Heating, cutting or grinding can create hazardous airborne substances. Identify the material, check safety data and process information where applicable, and follow the COSHH assessment and supervisor's instruction.

Fuel gases and flammable substances create additional fire and explosion risks. HSE's DSEAR guidance covers dangerous substances including LPG, solvents and pressurised gases. Acetylene requires trained use and specific controls. This course does not teach gas-system setup or ignition.

Major Forge Hazards and Risk Controls

Heat, Hot Metal and Fire

Hot metal can look similar to cold metal after visible glow has disappeared. Use the workshop's defined hot-metal controls, designated cooling or quarantine areas, communication method and handling tools. Never assume another person knows that a workpiece is hot.

Controls can include separation of hot-work and pedestrian zones, removal or protection of combustible material, suitable handling tools, clear routes, supervision, fire precautions, controlled storage of fuel and a documented emergency response.

Eyes, Face and Flying Material

Scale, abrasive particles, broken tools and hot fragments can cause severe eye injury. The risk assessment determines the required protector. BSI lists BS EN ISO 16321-1:2022+A1:2025 as the current general standard for occupational eye and face protection, with additional standards for welding-related protection. Product marking alone does not select the correct protector for a task; selection must match the hazard, fit the wearer and be compatible with other PPE.

Inclusive PPE means that fit, field of view, prescription needs, facial dimensions, hearing devices and compatibility are considered for the individual wearer. A single model does not fit everyone equally well.

Noise and Hearing

Hammering, power hammers, grinding, cutting and compressed-air processes can create damaging noise. HSE states that the lower exposure action value is 80 dB(A) daily or weekly exposure, the upper exposure action value is 85 dB(A), and the exposure limit value is 87 dB(A) taking hearing protection into account. Peak values also apply.

The control priority is to reduce noise at source and by engineering or organisational measures. Hearing protection is used where required for residual exposure and hearing-protection zones. Never choose hearing protection solely by "the highest number"; it must provide suitable attenuation while allowing necessary communication and warning signals as determined by the assessment.

Fume, Dust and Gases

Forging, welding, hot cutting, grinding, surface preparation and finishing can generate fume, dust, gases, vapours or mists. COSHH requires exposure to substances hazardous to health to be prevented or, where prevention is not reasonably practicable, adequately controlled. HSE states that welding fume can cause serious ill health and that process-generated substances must be included in the assessment.

LEV captures contaminant near its source before it spreads through the room. It is an engineering control, not a decorative fan. The hood position, airflow, ducting, filters, discharge, maintenance and test regime all affect performance.

The image shows a welding booth with LEV. It is an example of source control, not a universal design for every workshop.

This HSE video on on-torch extraction was promoted by HSE in February 2026. Watch it as a control-principles case study. It does not replace your workshop's welding assessment, LEV commissioning information, RPE programme or training.

HSE links to this occupational-asthma case study, "Phil the welder". Use it to discuss long-term health effects and why apparently routine exposure should not be normalised.

Machinery, Crushing and Entanglement

Power hammers, presses, drills, grinders, rolls, guillotines and other machines can crush, cut, entangle or eject material. Risk controls may include fixed or interlocked guarding, two-hand or presence-sensing systems where appropriate, jigs, separation, emergency stops, safe isolation, maintenance, inspection, training and supervision. The exact system is machine-specific. Never infer a safe method from a photograph or online description.

Loose clothing, jewellery, unsecured hair and unsuitable gloves can increase entanglement risk at rotating machinery. PPE and clothing rules therefore differ by process. Follow the machine-specific procedure.

Manual Handling and Ergonomics

Long bar, heavy stock, anvils, tooling, gates and sculptures can create lifting, carrying, pushing, pulling and awkward-posture risks. The legal hierarchy is to avoid hazardous manual handling so far as reasonably practicable, assess what cannot be avoided and reduce the risk.

Use mechanical handling aids, team handling or redesign where the assessment requires them. Plan the route before movement. A learner should not attempt a heavy or awkward lift merely to demonstrate strength.

Slips, Trips, Housekeeping and Shared Space

Scale, offcuts, trailing leads, hoses, stock and tools can obstruct movement. Good housekeeping is an active control: defined storage, clear walkways, controlled cable and hose routes, prompt removal of waste, suitable floors, adequate lighting and clear separation between active hot-work areas and observers.

Step-by-Step Demonstration: Supervised Pre-Start Safety Check

Purpose: Demonstrate how a learner and supervisor verify controls before a simple, already-authorised forging exercise. This is a safety demonstration, not an instruction for lighting a forge or carrying out hot forging independently.

Confirm authority and scope. The supervisor identifies the exact task, learner role, risk assessment, safe system of work or method statement, and level of supervision. If the task has changed, stop and reassess.
Check emergency arrangements. Identify the emergency stop or isolation points relevant to authorised equipment, first-aid arrangements, fire arrangements, escape route and the person to contact. Do not operate emergency equipment as a test unless the site procedure requires and authorises it.
Inspect the work area. Confirm clear walkways, stable flooring, suitable lighting, controlled combustibles, defined hot-metal and observer zones, and adequate space around the anvil and equipment.
Check tools while cold. Under supervision, inspect the hammer, tongs and any approved hand tools for damage, loose heads, cracked handles, mushrooming, burrs or poor fit. Quarantine defective tools according to local procedure.
Confirm equipment status. The competent supervisor verifies the forge or furnace, extraction, guarding, isolation arrangements and any other equipment required. Learners do not adjust fuel, burner, gas or machine safety systems unless specifically trained and authorised.
Confirm material identity. Verify that stock and consumables match the job information. Stop if stock is unidentified, coated, contaminated or different from the specification.
Confirm control measures. Verify ventilation or LEV where required, machine safeguards, separation, handling aids, communication signals, fire controls and housekeeping before selecting PPE for residual risks.
Fit required PPE. Use the PPE specified by the assessment, checking condition, fit and compatibility. Examples may include suitable eye or face protection, hearing protection, protective footwear and task-appropriate clothing. RPE requires a managed programme and, for tight-fitting types, appropriate fit arrangements.
Rehearse with cold stock. Practise the planned route, placement, communication and tool handover with cold material if the instructor considers this useful. Resolve awkward reach or conflict before heat is introduced.
Proceed only under supervision. The competent supervisor controls the start of hot work. The learner carries out only the approved operation within their training, then returns hot material to the designated controlled location and communicates its status.
Shut down and make safe. Follow the workplace procedure for cooling, isolation, storage and housekeeping. Do not improvise gas shutdown, electrical isolation or machine maintenance.
Review. Report defects, unexpected conditions, exposure concerns, near misses and improvement ideas. Update the assessment or method when the competent person decides change is needed.

Quality criterion for this demonstration: A successful outcome is not merely that no injury occurred. Success means the required controls were identified, present, understood, used correctly, checked, and any uncertainty triggered a stop-and-ask response.

Common Errors and Better Practice

Common error	Why it is weak practice	Better professional response
Treating PPE as the first control	PPE leaves the hazard present and depends on correct selection and use	Start with elimination, substitution and engineering controls, then address residual risk
Assuming metal is cold because it is not glowing	Temperature cannot be judged safely from visible glow alone	Use the workshop's hot-metal control, designation and communication system
Heating unidentified scrap	Coatings, contamination or unknown composition may create additional hazards	Identify and assess material before hot work
Using a damaged hammer "for one quick job"	Loose heads, cracked handles or damaged faces can fail	Quarantine the tool and obtain a serviceable replacement
Moving an LEV hood away because it is inconvenient	Capture effectiveness can fall and exposure can increase	Stop and have the task or extraction arrangement corrected by a competent person
Defeating a machine guard to save time	Direct access to dangerous parts can cause catastrophic injury	Stop work and correct the safeguarding issue
Wearing the same gloves for every machine	Glove suitability depends on the task; rotating machinery can create entanglement risk	Follow task-specific PPE and machine instructions
Leaving offcuts and tools on walkways	Trips and falls become more likely, especially around hot work	Maintain defined storage and clear travel routes throughout the job
Hiding a near miss	The same conditions can remain until someone is injured	Report promptly and use the event to review controls

Quality Criteria in Safe Metalwork

Quality in artistic and architectural metalwork includes dimensional accuracy, faithful interpretation of drawings or samples, sound joints, controlled surface finish, suitable material selection, repeatability where required, traceable decisions, protection against corrosion where specified, and a finish appropriate to the client or conservation context.

Safety is a quality criterion. A competent process should show that tools were suitable, material was identified, critical controls were functioning, defects were quarantined, the workspace was orderly, exposure was controlled and records were made where required. Rework caused by poor planning increases both cost and exposure, so quality planning and risk control support each other.

Sustainability and Responsible Workshop Practice

A sustainable forge avoids waste without compromising safety. Plan stock sizes and sequences to reduce unnecessary offcuts and reheating. Segregate reusable stock and recyclable scrap according to local rules. Maintain burners, furnaces, compressed-air systems and extraction so energy is not wasted through faults. Choose surface treatments and cleaning processes with environmental and health impacts in mind. Prevent oils, solvents, coatings and contaminated waste from entering inappropriate waste streams.

Reuse must be controlled: unknown scrap is not automatically a sustainable choice if its composition, coating or contamination is uncertain. Never trade exposure control, guarding, ventilation or supervision for lower energy use or faster production.

Inclusion, Communication and Safety Culture

Good safety systems work for a diverse workforce. Instructions should be clear, accessible and confirmed by the learner rather than assumed. HSE notes that young people, inexperienced workers and people whose first language is not English may need additional supervision. Workplaces should also consider disability, neurodiversity, prescription eyewear, body dimensions, hearing needs and other factors when designing work and selecting PPE.

Use agreed verbal and visual signals where noise makes ordinary conversation difficult. Build in time for questions. Treat "I do not understand", "I cannot see the marking", "this PPE does not fit", and "this feels different from training" as useful safety information.

A positive safety culture means experienced workers model the same controls they expect from learners. Production pressure, tradition or seniority never makes an unsafe shortcut acceptable.

Glossary

Term	Practitioner meaning in this module
Anvil	A heavy work support used for forging; its parts and condition affect how work is supported.
Competent person	Someone with sufficient skills, knowledge, training and experience for the specific safety task they are undertaking.
COSHH	Control of Substances Hazardous to Health Regulations; the framework used to assess and control many harmful substances at work.
DSEAR	Dangerous Substances and Explosive Atmospheres Regulations; relevant to fire and explosion risks from dangerous substances.
Engineering control	A physical or technical measure that isolates people from a hazard or captures it, such as guarding or LEV.
Hazard	Something with the potential to cause harm.
Hierarchy of control	The preferred order of risk control from elimination through substitution, engineering and administrative controls to PPE.
Hot-work zone	A locally defined area where ignition, heat, sparks or hot material are controlled.
LEV	Local exhaust ventilation that captures airborne contaminant close to its source.
Method statement	A documented description of how an authorised task is planned and carried out safely where used by the organisation.
Near miss	An unplanned event that did not cause injury or damage but had the potential to do so.
PPE	Personal protective equipment worn to reduce residual risk after higher-order controls have been considered.
PUWER	Provision and Use of Work Equipment Regulations; requirements for suitable, maintained and safely used work equipment.
Residual risk	Risk remaining after control measures have been applied.
Risk	The combination of how likely harm is and how severe it could be.
RPE	Respiratory protective equipment used within a managed control programme when required.
Safe system of work	A formalised way of organising a task so identified risks are controlled.
Workpiece	The piece of material being worked.

Reflection

Before practical work, ask yourself: What has changed since this task was last done? Which hazard has the highest potential consequence? Which control would fail most dangerously if it stopped working? How will another person know that material is hot? Can the next person use the area safely after I leave? What would make me stop and call the supervisor?

After practical work, ask: Which control worked well? Which part of the task created unnecessary exposure, waste or awkward movement? Was communication clear? Did any tool, guard, extraction point or PPE perform poorly? What should be changed before the next job?

Interactive Tasks

Quiz: Test Your Knowledge

What is a hazard? (Something with the potential to cause harm) (!A numerical score for productivity) (!A certificate proving competence) (!A record of completed work)

Which control should normally be considered first in the hierarchy of control? (Elimination) (!Personal protective equipment) (!Warning signs) (!Hearing protection)

What does PUWER require of work equipment in general? (It must be suitable maintained and used with adequate training and safeguards) (!It can be used without training if it belongs to the worker) (!It only needs inspection after an accident) (!Its guards may be removed for short tasks)

What should you do with unidentified coated metal before hot work? (Stop and have the material identified and assessed) (!Heat it briefly to see what happens) (!Grind the coating off without assessment) (!Use more PPE and continue)

What is the main purpose of local exhaust ventilation? (Capture airborne contaminant close to its source) (!Cool the workpiece rapidly) (!Increase room temperature) (!Replace all respiratory protection automatically)

What does HSE emphasise for young or inexperienced workers? (Clear instruction training and suitable supervision) (!Independent work as early as possible) (!Exemption from workplace safety rules) (!Use of only hand tools)

What is the upper daily or weekly noise exposure action value in the Control of Noise at Work Regulations? (85 dB A) (!60 dB A) (!70 dB A) (!100 dB A)

What is good practice for a hot workpiece after an approved operation? (Place it in the designated controlled location and communicate its status) (!Leave it on the nearest bench) (!Put it in a walkway so it can be seen) (!Assume others know it is hot)

What is the role of PPE in the hierarchy of control? (It controls residual risk after higher order measures are considered) (!It always replaces engineering controls) (!It removes the hazard from the workshop) (!It proves the wearer is competent)

What should happen after a near miss? (It should be reported and used to review controls) (!It should be ignored because nobody was hurt) (!It should be discussed only after the next job) (!It should be hidden to protect productivity figures)

Memory Game

Hazard	Something with the potential to cause harm
Risk	Likelihood and severity of possible harm
LEV	Extraction that captures airborne contaminant near its source
PUWER	Rules for safe provision and use of work equipment
COSHH	Framework for controlling substances hazardous to health
Isolation	Removal or secure control of hazardous energy before authorised intervention
Near miss	Unplanned event with potential for harm but no injury
Supervision	Active oversight matched to competence and risk

Drag and Drop

Match the correct terms.	Topic
Captures airborne contaminant at source	Local exhaust ventilation
Prevents access to dangerous moving parts	Machine guarding
Keeps walkways and work zones clear	Housekeeping
Controls hazardous energy before authorised maintenance	Safe isolation
Protects against residual harmful noise exposure	Hearing protection

...

Crossword Puzzle

Hazard	What word means something with the potential to cause harm?
Ventilation	What engineering system moves or extracts contaminated air?
Supervision	What active oversight is especially important for inexperienced learners?
Housekeeping	What practice keeps routes clear and waste controlled?
Isolation	What process controls hazardous energy before authorised intervention?
Competence	What quality combines suitable skills knowledge training and experience?

LearningApps

Cloze Text

Open-Ended Tasks

Easy

Forge hazard map: With instructor permission, study a cold and inactive training area or an approved photograph and create an annotated hazard map showing travel routes, hot-work zones, likely machine zones and places where controls should be visible.
Tool condition checklist: Examine only cold, isolated hand tools selected by your instructor and produce a plain-English checklist for handles, heads, striking faces, burrs, storage and defect reporting.
Safety communication poster: Design an accessible English poster that explains how your workshop communicates hot material, stop-work concerns and near misses without using blame.
Glossary cards: Create illustrated study cards for ten course terms, using your own diagrams or openly licensed images and adding a one-sentence forge example for each term.

Standard

Risk assessment critique: Review a supervisor-provided example risk assessment for a simple forge task and propose three evidence-based improvements without changing any live control until authorised.
PPE fit interview: Interview a tutor, safety representative or competent supervisor about how fit, compatibility, prescription eyewear, hearing needs and different body dimensions affect PPE selection; summarise the interview in professional English.
LEV video analysis: Watch the embedded HSE extraction video and create a storyboard showing source, contaminant cloud, capture point, worker breathing zone, failure signs and actions that require competent help; do not perform welding.
Workshop waste audit: Under supervision, map clean scrap, contaminated waste, abrasives, packaging and finishing consumables from receipt to disposal, then suggest one safe waste-reduction improvement.

Advanced

Near-miss investigation: Analyse a fictional case in which a hot offcut was left on an ordinary bench; create a causal diagram that distinguishes immediate actions, underlying system weaknesses and preventive controls.
Safe forge layout proposal: Produce a scaled two-dimensional layout for a training forge showing pedestrian routes, supervised hot-work zones, machine exclusion zones, material storage, extraction points and emergency access, then justify the design using the hierarchy of control.
Blacksmith safety culture interview: Interview an experienced practising blacksmith, vocational educator or competent safety professional about production pressure, defect reporting, supervision and how safe behaviour is modelled; compare the answers with current HSE guidance.
Demonstration video review: With permission, film or storyboard a competent instructor carrying out the pre-start safety check in this module; your role is to analyse control decisions, not to perform hazardous hot work, and the final video must include captions and a clear statement that local procedures take precedence.

Learning Assessment

Control strategy assessment: Given a scenario involving hot forging, grinding and a nearby pedestrian route, identify hazards, rank the most significant risks and justify a control package using the hierarchy of control.
Change-management assessment: Explain how the risk assessment should be reviewed when a new grinder, different steel coating or inexperienced learner is introduced, and identify who must be consulted.
Exposure-control assessment: Compare general ventilation, LEV, RPE and work organisation for an airborne-contaminant scenario and explain why no single control can be selected without task-specific evidence.
Quality and safety assessment: Evaluate a decorative forged component whose dimensions are correct but whose production involved a missing guard and poor hot-metal communication; decide whether the work process meets professional quality expectations and justify your decision.
Sustainability transfer assessment: Propose a method to reduce material and energy waste in a forge while demonstrating that exposure control, guarding, supervision and product quality are not weakened.
Cross-context transfer assessment: A learner moves from an English training forge to a workplace abroad; explain which parts of this module remain useful as general risk principles and which legal, qualification and standards claims must be re-checked locally rather than assumed equivalent.

Evidence of Learning

Evidence type	What strong evidence looks like
Knowledge	Accurate use of hazard, risk, hierarchy of control, PUWER, COSHH, DSEAR, LEV, PPE, RPE, supervision and near-miss terminology
Risk reasoning	Prioritises elimination and engineering controls before PPE and can explain residual risk
Practical preparation	Completes a supervised pre-start check, identifies defects and stops when conditions fall outside the authorised method
Communication	Uses clear professional English, agreed signals and inclusive explanations; asks for clarification when needed
Product evidence	Hazard map, tool checklist, risk-assessment critique, annotated control storyboard, layout proposal or interview report
Quality	Connects safe process, material identification, tool condition, dimensional requirements, finish and defect control
Sustainability	Reduces waste and unnecessary energy use without weakening safety controls
Transfer	Can apply general control principles to a new task while recognising that law, standards and qualifications must be re-verified for the jurisdiction

Official Sources and Expert Review Notes

The following sources were checked on 1 September 2026. They are included so an assessor or subject expert can verify the legal and occupational framing.

Authority	Source	Relevance
Health and Safety Executive	Managing risks and risk assessment at work	Hazard identification, risk assessment and control
Health and Safety Executive	PUWER overview	Suitable, maintained and safeguarded work equipment; information, instruction and training
Health and Safety Executive	COSHH basics	Control of fume, dust, gases, vapours and other harmful substances
Health and Safety Executive	PPE at Work Regulations scope after 2022 amendment	PPE duties, training, hierarchy and compatibility
Health and Safety Executive	Noise at work employer duties	Noise action and limit values and control duties
Health and Safety Executive	DSEAR	Dangerous substances, fire and explosion risk
Health and Safety Executive	Young people at work: training and supervision	Clear instruction, training and additional supervision where needed
Health and Safety Executive	Local exhaust ventilation	Capture of airborne contaminants and LEV management
Health and Safety Executive	Welders	Welding fume, occupational asthma and control messages
Skills England	Blacksmith ST0378 version 1.1	England occupational profile, Level 3 apprenticeship context and blacksmith safety knowledge, skills and behaviours
British Standards Institution	BS EN ISO 16321-1:2022+A1:2025	Current BSI-listed general requirements for occupational eye and face protection

A reviewer should also check the employer's current risk assessments, safe systems of work, COSHH assessments, equipment manuals, LEV commissioning and test records, noise assessment, PPE and RPE programmes, emergency arrangements, safeguarding and learner-supervision policy. Where the workshop uses lifting equipment, gas systems, welding plant, site installation or specialist processes, additional legislation and standards may apply.

Media and Open-Licence Notes

The course uses Wikimedia Commons files with verifiable file pages. Blacksmith working.jpg is CC BY-SA 2.0. Anvil, labelled en.svg is CC0. Blacksmith's hammer on hot metal and anvil (30162594246).jpg is CC0. Safety Goggles.jpg is CC BY-SA 4.0. Orange safety earmuffs.jpg is CC BY-SA 4.0. Welding booth with local exhaust system.jpg is CC BY-SA 4.0. Localexhaustsystem.gif is public domain in the United States as a US federal work. Sparks from grinder.jpg was released into the public domain by its copyright holder. Always retain attribution and licence information required by the individual file page when reusing media outside MOOCwiki.

The two embedded YouTube resources are linked from HSE material and are used as external educational references. They are not claimed to be openly licensed.