Grade 10 metalwork Fundamentals of Metalwork – Safety in the Workshop Notes

Specific Learning Outcomes

1. Identify and outline the sub‑sub‑strands:
   • Safety in and outside a metal workshop
   • General workshop rules and regulations (Occupational Safety and Health Act, Kenya)
   • Possible causes of accidents in a metal workshop
   • First aid procedures for accident casualties
   • Components of a metal workshop layout
   • Importance of safety in a metal workshop
2. Explain safety in and outside a metal workshop.
3. Explore general workshop rules and regulations as outlined in the Occupational Safety and Health Act (OSHA) (Kenya).
4. Describe possible causes of accidents in a metal workshop.
5. Outline first aid procedures for accident casualties in a metal workshop.
6. Describe components of a metal workshop layout.
7. Appreciate the importance of safety in a metal workshop.

A. Sub‑strands explained (brief)

• Safety in and outside the workshop: Rules and behaviours to avoid hazards—for example, PPE, no running, safe transport of tools and hot work outside the workshop.
• General rules & OSHA (Kenya): Employer and worker responsibilities, training, safe systems of work, signage, record keeping and reporting incidents.
• Causes of accidents: Slips, trips, incorrect machine use, lack of PPE, poor housekeeping, unsafe electrical connections, bad lighting and rushing tasks.
• First aid: Immediate care for cuts, burns, fractures, electric shock and eye injuries until medical help arrives.
• Workshop layout: Zones for cutting, welding, storage, finishing, PPE station, fire equipment and first aid.
• Importance of safety: Avoid injuries, protect lives, reduce costs, keep machines running and meet legal requirements.

B. Safety inside and outside the metal workshop

Inside the workshop:

• Always wear PPE: safety goggles, gloves, apron, ear protection and steel‑toe shoes.
• Know the location of fire extinguishers, exits, first aid kit and emergency shutoffs.
• Use machines only after instruction and when guards are in place. Switch off and isolate before maintenance.
• Keep work area tidy; remove swarf and oil immediately to avoid slips.

Outside the workshop:

• Transport hot or sharp items in boxes or with tool carriers; warn people nearby.
• Dispose of metal waste in proper bins; do not leave sharp scraps on paths.
• When working at client sites or outdoors, check for overhead hazards, electricity lines and stable ground.

C. General workshop rules & OSHA (Kenya) — key points

• Employer duties: Provide safe workplace, PPE, training and first aid; ensure machines are safe and maintained.
• Worker duties: Follow instructions, wear PPE, report hazards, and not operate machinery without permission/training.
• Safe systems: Risk assessments, signage, emergency exits, clear walkways, and permit-to-work for hot work (welding/cutting).
• Electrical safety: All fixed wiring and portable tools must be safe and earthed; no overloaded sockets.
• Incident reporting: All accidents and near-misses must be recorded and reported to the school/workshop supervisor.
• Training: Regular safety induction and refresher training for all learners and staff.

(These points reflect the principles of the Occupational Safety and Health Act, 2007 — Kenya.)

D. Possible causes of accidents in a metal workshop

• Poor housekeeping (swarf, oil, clutter) → slips/trips.
• Missing machine guards or using machines without guards → cuts, entanglement.
• Improper PPE or no PPE → eye/hand/hearing injuries.
• Electrical faults, exposed wires or wet floors → shocks.
• Poor training or rushing → wrong tool use or incorrect settings.
• Sparks from welding or cutting near flammable materials → fires/explosions.
• Poor lighting or ventilation → mistakes, inhalation hazards.

E. First aid procedures (basic & immediate)

Important: For serious injuries call emergency services and a trained first aider. In Kenya use local emergency number (e.g., 999/112) or school emergency plan.

• Bleeding (cuts):
  • Apply direct pressure with clean cloth; raise the limb if possible.
  • Do not remove embedded objects — apply padding around and seek help.
  • When bleeding slows, clean with clean water and cover with a sterile dressing; seek medical help if heavy bleeding.
• Burns (hot metal/sparks):
  • Cool the burn with running cool (not icy) water for 10–20 minutes.
  • Remove jewelry or tight clothing near the burn unless stuck to the skin.
  • Cover with a sterile, non‑adhesive dressing; do not apply creams or ointments in serious burns — get medical care.
• Eye injuries (metal particles):
  • Do not rub the eye. If particle is visible and not embedded, try flushing with clean water or saline from the inner corner outward.
  • If particle is embedded or pain persists, cover both eyes loosely and seek urgent medical help.
• Fractures/suspected broken bones:
  • Immobilize the limb (splint) in the position found; do not try to realign bones.
  • Apply ice packs to reduce swelling (wrap ice in cloth).
  • Arrange transport to hospital and keep casualty warm and calm.
• Electric shock:
  • Do not touch the casualty if they are still in contact with the electrical source.
  • Isolate power (switch off at source) or use non-conducting object (wood/rope) to separate casualty from source.
  • If breathing stops, begin CPR and call emergency services immediately.

F. Components of a metal workshop layout

A safe workshop is divided into clear zones. Typical components:

• Entrance / Reception
• PPE station / lockers
• Workbenches / fabrication benches
• Cutting and machining area (lathe, drill press, cutters)
• Welding and hot work bay (with welding screens)
• Grinding/finishing area (with local exhaust ventilation)
• Material storage (raw and finished) — labelled and off the floor
• Flammable materials store (separate, ventilated)
• First aid box / sick bay and eye wash station
• Fire extinguishers and emergency exits clearly marked

G. Importance of safety in the metal workshop

• Protects students and staff from injury and long‑term harm.
• Ensures continuous learning — fewer interruptions from accidents.
• Reduces costs related to medical care and equipment damage.
• Complies with legal and school safety requirements (OSHA, school policy).
• Builds professional habits that learners will take into industry.

Suggested learning experiences (Kenyan context, age 15)

• Safety induction: Teacher demonstrates PPE use and machine guards; learners practice putting on PPE.
• Workshop safety inspection: In small groups, use a checklist to find 10 hazards in the school workshop and suggest fixes.
• First aid role‑play: Simulate cuts, burns and eye injuries; practise safe first aid steps and calling for help.
• Create safety posters: Groups design posters in English or Kiswahili for PPE, fire procedure or machine safety.
• Mock emergency drill: Practice evacuation route and meeting point; check fire extinguishers and first aid kit.
• Invite a local tradesperson or OSHA representative to speak on workplace safety and apprenticeships.
• Assessment: Short quiz, practical demonstration of safe machine setup and a group presentation on the inspection findings.

Materials and teacher notes

• Materials: PPE sets for demonstrations, first aid kit, fire extinguisher, safety checklist templates, basic SVG/printed floorplan.
• Teacher notes: Supervise all practicals closely; never allow students to use machines without consent and prior training. Keep emergency contacts and parental information available.