Grade 10 power mechanics Fundamentals of Power Mechanics – Power Mechanics Workshop Layout Notes

1. (a) Identify and outline the sub-sub-strands:
   • Main areas in a power mechanics workshop
   • Sketching workshop layout
   • Importance of various workshop areas
   • Interpretation of floor markings in a workshop
   • Importance of workshop layout in power mechanics
2. (b) Identify main areas in a power mechanics workshop
3. (c) Sketch a layout of main areas in a power mechanics workshop
4. (d) Explain the importance of the various workshop areas
5. (e) Interpret the floor markings used in a power mechanics workshop
6. (f) Appreciate the importance of the workshop layout in power mechanics

• Reception / Office / Administration
• Stores / Spare parts area (secure)
• Classroom / Theory corner (for apprentices and students)
• Work bays / Repair pits / Engine bay
• Machine shop (lathe, milling, drill press)
• Welding and fabrication area
• Paint booth / finishing area (if available)
• Compressor and air tool area
• Tool room / lockers / PPE station
• Waste, used oil collection and battery store
• First aid and emergency equipment area
• Parking / vehicle entry and exit

1. Decide on a scale (e.g., 1 square = 1 m or 1 cm = 1 m).
2. Draw the outer walls and mark entrance/exit points for vehicles and people.
3. Place large fixed equipment first (pits, compressors, paint booth).
4. Arrange work bays to create a smooth flow: intake → diagnosis → repair → testing → finish.
5. Mark stores, tool room, PPE, and first aid near the entrance for quick access.
6. Label each area clearly and show safe walkways and emergency exits.

• Reception / Office: registers jobs, keeps records and contacts customers.
• Stores: stores spare parts safely and prevents theft — keeps the workshop running.
• Work bays: main places for vehicle repair — need space and good lighting.
• Machine shop: allows fabrication and repair of parts on lathes and drills.
• Welding area: should be away from flammables and have good ventilation.
• Paint booth: controls fumes and dust for a neat finish and safer air.
• Compressor area: needs to be secure and away from heat sources.
• Toolroom & PPE: keeps tools organized and PPE available to reduce accidents.
• Waste / used oil: central, labelled sump/drum for safe disposal to protect environment.
• First aid / firefighting: must be visible and easy to reach in an emergency.

1. Visit a local motor garage or TVET workshop: identify areas and floor markings. (Teacher to get permission.)
2. Field sketch: measure a small workshop area and draw a scaled layout on paper.
3. Group project: design an improved layout for safety and flow. Present reasons using drawings.
4. Role-play emergency: find fire extinguisher, show how to clear area and assist a casualty (first aid basics).
5. Marking exercise: using colored tape, mark walkways, hazard zones and PPE zones in the school workshop.
6. Short quiz or checklist: identify locations of tool room, stores, compressor and what PPE is needed.

• Can the student name the main workshop areas and explain one function of each?
• Can the student produce a clear sketch with labels and at least one scale?
• Can the student explain three floor markings and actions required?
• Can the student describe two reasons why layout affects safety and efficiency?

A good workshop layout reduces accidents, saves time, protects tools and the environment and helps training run smoothly. Learn to sketch layouts, read floor markings and always put safety first.