iAuditor Mobile App Preview

Audit

How to use this workshop inspection checklist

* Use this checklist to inspect engineering workshops used for research, teaching or maintenance, and any associated storage areas. Include associated corridors, stairs and communal areas such as toilets and kitchenettes/tea rooms.

* Inspections should be carried out at least twice per year and preferably once per term. Inspections should be done when workshops are occupied by staff and students, to get a true picture of conditions and practices.

* Consider getting a team together to help you. The team should be limited to four people and could include specialist staff in electrical, laser or radiation hazards if needed.

* Carry out inspections in manageable chunks. If you have a large workshop area to inspect, divide it into different areas, e.g. welding bay, paint spraying, woodworking machinery, stores. Otherwise, use one checklist per workshop and record details of faults or weaknesses.

* When you have carried out an inspection and recorded any faults or weaknesses found, report to your Head of School or Office, together with your comments and recommendations for action.

* Keep a copy of each completed inspection checklist and record action taken to correct the faults you have reported.

The answer to all these questions should be ‘yes’. If ‘no’ you should note the location and brief details and investigate the problem further to identify actions.

Space and Layout

Is there enough space to move around safely? (minimum of 11 cubic metres per person)

Is there enough space for storage of materials & equipment? (on shelves, cupboards, benches)

Is there enough clear bench space to use materials & equipment safely?

Are unauthorised people excluded from the workshop?

Housekeeping

Are floors in a safe condition? (no cracks, slippery or uneven patches etc)

Are floors free of boxes, swarf, off-cuts & other trip hazards?

Are surfaces clean? (including benches, shelves, equipment)

Are there separate waste bins for :

General waste?

Wood dust?

Sharp waste? (e.g. glass, swarf, metal)

Are bins emptied often enough?

Ventilation

Is there enough fresh air, without draughts?

Is local exhaust ventilation (LEV) provided to remove fumes & dust? (e.g. wood dust, welding or solder fumes)

Are ventilation systems tested annually? (including fume cupboards & fume hoods)

Environment

Is the room temperature comfortable? (at least 16C)

Are windows in clean and safe condition?

Are blinds fitted to reduce glare or temperature?

Is lighting adequate in all areas? (in working order, clean and free of flicker or glare)

Is extra lighting provided for close work where needed?

Manual Handling

Are stepladders or footstools used to reach high shelves?

Are heavy & awkward items stored at waist height where possible?

Are lifting aids available for moving heavy or large loads? (manual handling assessments needed for handling heavy or awkward loads)

Are handwashing & drying facilities available in the workshop?

Are there enough toilets for men & women within reasonable distance?

Are toilets & washbasins clean & in working order?

Are hot and cold (or warm) running water, soap and towels (or other cleaning hand/drying facilities) provided in the toilets?

Kitchenettes/Tea Rooms

Are staff & students warned & supervised to ensure there is no eating, drinking or smoking in the workshop?

Are rest & eating facilities provided outside the workshop?

Are floor and surfaces clean and tidy?

Is drinking water available?

Are power points & cables a safe distance from wet areas?

Are microwave oven door seals clean & undamaged?

Is the fridge clean & defrosted?

Is a fire blanket provided where electric cookers are used?

Fire - contact Campus Facilities Manager if problems with fire doors, extinguishers or notices

Are flammable substances used and stored safely?

Are fire exits and escape routes free of obstructions?

Are fire doors clearly marked and kept closed?

Do fire door closing mechanisms operate properly?

Are vision panels in doors unobstructed?

Are fire extinguishers provided and tested annually? (check last test date on label)

Are up to date fire action notices displayed in offices or corridors? (what to do in event of fire & fire assembly points)

Have fire wardens been appointed and trained for this area?

Can fire alarms be heard in all areas?

Are smoking rules followed?

Is spark proof equipment used if necessary?

People With Disabilities

Is there access for people with impaired mobility? (e.g. wheelchair users)

Is there access to disabled toilets within reasonable distance?

Do emergency evacuation procedures include people with disabilities? (eg those who have impaired mobility, or can't hear fire alarms or see fire exits)

Are there up-to-date Personal Emergency Evacuation Plans (PEEPS) for individual staff and students, if necessary?

First Aid - contact occupational health service if problems regarding first aid

Are up to date posters displayed with names & locations of trained first aiders?

Are first aid boxes clearly marked & kept fully stocked?

Do staff and students know how to obtain blank copies of the Accident Report Form at all times? (download from H&S pages http://www.gre.ac.uk/policy/safety/policy/arr)

Hazardous Substances

Are up to date hazardous substances risk assessments available in the workshop, for work in progress? (COSHH assessments needed for chemicals with hazard warning labels on container)

Are suitable warning signs in place:

in the workshop?

at the entrance to the workshop?

on containers and equipment?

Are all containers correctly labelled? (name of chemical; hazard warnings)

Are incompatible chemicals segregated?

Are corrosive or flammable chemical containers kept in spillage trays?

Are suitable containers used for temporary storage?

Are guards provided to protect against splashes?

Is cutting oil & coolant regularly changed, according to manufacturer's instructions?

Personal Protective Equipment (PPE)

Is protective clothing worn properly & in good condition?

Is suitable eye protection worn if needed? (e.g. face shield; goggles; safety glasses)

Are suitable gloves worn if needed? (against sharp objects, chemicals, heat or sparks etc)

Is respiratory protection suitable & worn if needed? (e.g. respirators; air-fed helmets)

Is all PPE stored in a clean, uncontaminated area?

Is suitable PPE available for emergency use? (e.g. chemical spillages or radioactive contamination)

Furniture and Fittings

Are furniture & fittings in good condition? (e.g. chairs, desks, shelving etc.)

Machine Guarding

Dangerous parts of machinery can cause serious injuries:

rotating parts can entangle hair or clothing

machine parts which move together or to a fixed point can cause crushing injuries

parts which move past one another can cause shearing injuries

people can be struck by moving parts on a machine

sharp edges can lead to cuts or severing injuries

operators can be injured by material being ejected from the machinery

parts of the body can be drawn into, or become trapped, between running parts in rollers, belts and pulley drives

stabbing injuries or skin punctures can be caused by sharply pointed parts

friction injuries and abrasions can arise from the operator coming into contact with rough surfaces on the machine

if a machine becomes very hot it can lead to burns or scalds

Do machine guards prevent these injuries?

Are guards always used?

Are guards fixed e.g. by screws or nuts and bolts?

If fixed guards impracticable, are guards interlocked, so that the machine cannot start before the guard is closed & cannot be opened while the machine is moving?

Where guards cannot give full protection, are work holders, jigs or push sticks used?

Are computer-controlled machines also properly guarded?

Do guards allow for safe cleaning & maintenance of the machine?

Do all machine users & maintenance staff know that guards must be used and how to operate them?

Are all guards & other safety devices inspected & tested regularly?

Machine Design

Are emergency stop buttons or pedals easily identifiable & within easy reach?

Are operating controls clearly marked to show what to do?

Are operating controls designed & placed to avoid accidental operation? (e.g. by shrouding start buttons or pedals)

Can the machine be isolated from its energy source? (e.g. electricity, gas)

Are the machine & work pieces securely clamped to minimise vibration, noise & risk of pieces being ejected?

Are warning devices audible or visible & does everyone understand what they mean? (e.g. hooters or flashing lights)

Use of Machinery

Are risks of injury minimised by reducing need to go near dangerous machine parts? (eg. machines are fed or cleaned automatically)

Are there precautions to prevent unintentional start-up of machinery? (e.g. by locking off machinery, Permit-to-Work systems, portable warning signs and barriers to prevent access)

Are operators supervised to ensure that they use guards & other protection provided?

Is there always another member of staff nearby when dangerous machinery is being operated, cleaned or maintained?

Is unattended equipment in use, labelled with details of hazards and contact person/user?

Instruction and Training

Do all machine operators know how to operate the machine(s) they use? (so they know the risks of injury and precautions to be taken)

Have all operators of woodworking machines & abrasive wheels completed approved training courses?

Is information about safe working loads, minimum speeds etc. clearly displayed on equipment?

Electrical Safety

Is 110 volt or battery powered equipment used whenever possible?

Are all machines, including cables, inspected regularly?

Are all electrically-powered machines tested every three years?

Are live electrical parts guarded at all times?

Is the machine disconnected or isolated from the power supply before electrical parts are exposed? (e.g. for maintenance or repair)

Visual Inspection of Electrical Equipment - Switch off and disconnect (unplug) equipment before inspecting. Then look for danger signs

Is the cable covering intact?

Damage to the plug - is the casing intact and pins straight?

Is the lead intact without any joins?

The outer covering of the cable is gripped where it enters the plug or equipment

See if the coloured insulation or copper of the internal wires are completely covered.

The plug, equipment or socket is free from indications of overheating (eg brown burn marks) label any faulty equipment with "do not use" signs & take out of use until checked by an electrician. Encourage other staff to report any faults or damaged equipment

Maintenance

Is there a schedule of preventive maintenance for all machines?

Are guards & safety devices tested & maintained in working order?

Are all inspections, tests, maintenance & repairs recorded in a machine log?

Is there a safe system of work for maintenance ( e.g. isolating from power supply, warning signs, locking-off controls?)

Have maintenance staff (including contractors) been warned about the dangers & precautions to be taken?

Noise

Can you hear someone two metres (approx. six feet) away talking in a normal voice, while machines are in use?

Are ear defenders provided and worn if needed?

Gases

Are gas taps easy to reach & turn on & off?

Are gas cylinders attached to a support or trolley?

Are gas cylinder valves & tubing in good condition?

Are gas cylinders clearly labelled with contents & hazards?

Are the correct regulators fitted?

Are gas lines & isolators clearly labelled?

Are portable gas cylinder kits stored in a locked external enclosure when the workshop is not in use?

Pressure Vessels

Are pressure vessels tested regularly?

Are instructions for use displayed nearby?

Are door seals & locks free from wear or damage?

Are pressure gauges easily readable?

Radiation

All work involving radioactive substances must be approved by the Radiation Protection Supervisor and follow local rules

Are there clear instructions for the use of radioactive materials?

Is there a safe method of storage?

Is there a safe method of disposal?

Are all radioactive substances correctly labelled?

Are workers familiar with local rules?

Are workers adequately trained?

Are the following available & being used when necessary a. double containment? b. shielding? c. remote handling facilities?

Are workers health checks, if necessary, up to date?

Are unauthorised people excluded from the area? (e.g. cleaning staff etc.)

Is there an up to date list of emergency contact numbers displayed?

Lasers

Is access to lasers of Class 3R or above, restricted to trained users?

Are lasers correctly labelled with class and hazard warning?

Are there up-to-date laser registration forms, risk assessment forms, laser survey forms, and laser user registration forms for all lasers of Class 3R or above?

Have completed forms been copied to the University Laser Safety Adviser?

Are written procedures for use of lasers of Class 3R or above kept in the same area as the lasers?

Are warning signs displayed at entrances to the room/areas?

Are there suitable interlocks on all access points with risk of exposure to lasers of Class 3B or Class 4?

Is access to lasers class 2 or above, restricted to trained users?

Are warning signs displayed at entrances to the rooms/areas?

Are there suitable interlocks on all access points with risk of exposure to lasers class 3B** or class 4?

Are lasers correctly labelled with class & hazard warning?

Is there an up to date register of lasers and laser users?

Other Hazards/Notes

Any other hazards or notes?

Signature

Add signature

Workshop Inspection Checklist - University of Greenwich

Created by: SafetyCulture Staff | Industry: Education | Downloads: 256

Use this checklist to inspect engineering workshops used for research, teaching or maintenance, and any associated storage areas. Include associated corridors, stairs and communal areas such as toilets and kitchenettes/tea rooms. Inspections should be carried out at least twice per year and preferably once per term. Inspections should be done when workshops are occupied by staff and students, to get a true picture of conditions and practices.

Signup for a free iAuditor account to download and edit this checklist. It will be added to your free account and you will be able to conduct inspections from your mobile device.

Download and edit this free checklist

Browse for other checklists


iauditor logo

The World's #1 Cloud-Based Inspection Software and App

chevron logo
coles logo
emirates logo
overground logo
tesla logo
toyota logo

Audit

How to use this workshop inspection checklist

* Use this checklist to inspect engineering workshops used for research, teaching or maintenance, and any associated storage areas. Include associated corridors, stairs and communal areas such as toilets and kitchenettes/tea rooms.

* Inspections should be carried out at least twice per year and preferably once per term. Inspections should be done when workshops are occupied by staff and students, to get a true picture of conditions and practices.

* Consider getting a team together to help you. The team should be limited to four people and could include specialist staff in electrical, laser or radiation hazards if needed.

* Carry out inspections in manageable chunks. If you have a large workshop area to inspect, divide it into different areas, e.g. welding bay, paint spraying, woodworking machinery, stores. Otherwise, use one checklist per workshop and record details of faults or weaknesses.

* When you have carried out an inspection and recorded any faults or weaknesses found, report to your Head of School or Office, together with your comments and recommendations for action.

* Keep a copy of each completed inspection checklist and record action taken to correct the faults you have reported.

The answer to all these questions should be ‘yes’. If ‘no’ you should note the location and brief details and investigate the problem further to identify actions.

Space and Layout

Is there enough space to move around safely? (minimum of 11 cubic metres per person)

Is there enough space for storage of materials & equipment? (on shelves, cupboards, benches)

Is there enough clear bench space to use materials & equipment safely?

Are unauthorised people excluded from the workshop?

Housekeeping

Are floors in a safe condition? (no cracks, slippery or uneven patches etc)

Are floors free of boxes, swarf, off-cuts & other trip hazards?

Are surfaces clean? (including benches, shelves, equipment)

Are there separate waste bins for :

General waste?

Wood dust?

Sharp waste? (e.g. glass, swarf, metal)

Are bins emptied often enough?

Ventilation

Is there enough fresh air, without draughts?

Is local exhaust ventilation (LEV) provided to remove fumes & dust? (e.g. wood dust, welding or solder fumes)

Are ventilation systems tested annually? (including fume cupboards & fume hoods)

Environment

Is the room temperature comfortable? (at least 16C)

Are windows in clean and safe condition?

Are blinds fitted to reduce glare or temperature?

Is lighting adequate in all areas? (in working order, clean and free of flicker or glare)

Is extra lighting provided for close work where needed?

Manual Handling

Are stepladders or footstools used to reach high shelves?

Are heavy & awkward items stored at waist height where possible?

Are lifting aids available for moving heavy or large loads? (manual handling assessments needed for handling heavy or awkward loads)

Are handwashing & drying facilities available in the workshop?

Are there enough toilets for men & women within reasonable distance?

Are toilets & washbasins clean & in working order?

Are hot and cold (or warm) running water, soap and towels (or other cleaning hand/drying facilities) provided in the toilets?

Kitchenettes/Tea Rooms

Are staff & students warned & supervised to ensure there is no eating, drinking or smoking in the workshop?

Are rest & eating facilities provided outside the workshop?

Are floor and surfaces clean and tidy?

Is drinking water available?

Are power points & cables a safe distance from wet areas?

Are microwave oven door seals clean & undamaged?

Is the fridge clean & defrosted?

Is a fire blanket provided where electric cookers are used?

Fire - contact Campus Facilities Manager if problems with fire doors, extinguishers or notices

Are flammable substances used and stored safely?

Are fire exits and escape routes free of obstructions?

Are fire doors clearly marked and kept closed?

Do fire door closing mechanisms operate properly?

Are vision panels in doors unobstructed?

Are fire extinguishers provided and tested annually? (check last test date on label)

Are up to date fire action notices displayed in offices or corridors? (what to do in event of fire & fire assembly points)

Have fire wardens been appointed and trained for this area?

Can fire alarms be heard in all areas?

Are smoking rules followed?

Is spark proof equipment used if necessary?

People With Disabilities

Is there access for people with impaired mobility? (e.g. wheelchair users)

Is there access to disabled toilets within reasonable distance?

Do emergency evacuation procedures include people with disabilities? (eg those who have impaired mobility, or can't hear fire alarms or see fire exits)

Are there up-to-date Personal Emergency Evacuation Plans (PEEPS) for individual staff and students, if necessary?

First Aid - contact occupational health service if problems regarding first aid

Are up to date posters displayed with names & locations of trained first aiders?

Are first aid boxes clearly marked & kept fully stocked?

Do staff and students know how to obtain blank copies of the Accident Report Form at all times? (download from H&S pages http://www.gre.ac.uk/policy/safety/policy/arr)

Hazardous Substances

Are up to date hazardous substances risk assessments available in the workshop, for work in progress? (COSHH assessments needed for chemicals with hazard warning labels on container)

Are suitable warning signs in place:

in the workshop?

at the entrance to the workshop?

on containers and equipment?

Are all containers correctly labelled? (name of chemical; hazard warnings)

Are incompatible chemicals segregated?

Are corrosive or flammable chemical containers kept in spillage trays?

Are suitable containers used for temporary storage?

Are guards provided to protect against splashes?

Is cutting oil & coolant regularly changed, according to manufacturer's instructions?

Personal Protective Equipment (PPE)

Is protective clothing worn properly & in good condition?

Is suitable eye protection worn if needed? (e.g. face shield; goggles; safety glasses)

Are suitable gloves worn if needed? (against sharp objects, chemicals, heat or sparks etc)

Is respiratory protection suitable & worn if needed? (e.g. respirators; air-fed helmets)

Is all PPE stored in a clean, uncontaminated area?

Is suitable PPE available for emergency use? (e.g. chemical spillages or radioactive contamination)

Furniture and Fittings

Are furniture & fittings in good condition? (e.g. chairs, desks, shelving etc.)

Machine Guarding

Dangerous parts of machinery can cause serious injuries:

rotating parts can entangle hair or clothing

machine parts which move together or to a fixed point can cause crushing injuries

parts which move past one another can cause shearing injuries

people can be struck by moving parts on a machine

sharp edges can lead to cuts or severing injuries

operators can be injured by material being ejected from the machinery

parts of the body can be drawn into, or become trapped, between running parts in rollers, belts and pulley drives

stabbing injuries or skin punctures can be caused by sharply pointed parts

friction injuries and abrasions can arise from the operator coming into contact with rough surfaces on the machine

if a machine becomes very hot it can lead to burns or scalds

Do machine guards prevent these injuries?

Are guards always used?

Are guards fixed e.g. by screws or nuts and bolts?

If fixed guards impracticable, are guards interlocked, so that the machine cannot start before the guard is closed & cannot be opened while the machine is moving?

Where guards cannot give full protection, are work holders, jigs or push sticks used?

Are computer-controlled machines also properly guarded?

Do guards allow for safe cleaning & maintenance of the machine?

Do all machine users & maintenance staff know that guards must be used and how to operate them?

Are all guards & other safety devices inspected & tested regularly?

Machine Design

Are emergency stop buttons or pedals easily identifiable & within easy reach?

Are operating controls clearly marked to show what to do?

Are operating controls designed & placed to avoid accidental operation? (e.g. by shrouding start buttons or pedals)

Can the machine be isolated from its energy source? (e.g. electricity, gas)

Are the machine & work pieces securely clamped to minimise vibration, noise & risk of pieces being ejected?

Are warning devices audible or visible & does everyone understand what they mean? (e.g. hooters or flashing lights)

Use of Machinery

Are risks of injury minimised by reducing need to go near dangerous machine parts? (eg. machines are fed or cleaned automatically)

Are there precautions to prevent unintentional start-up of machinery? (e.g. by locking off machinery, Permit-to-Work systems, portable warning signs and barriers to prevent access)

Are operators supervised to ensure that they use guards & other protection provided?

Is there always another member of staff nearby when dangerous machinery is being operated, cleaned or maintained?

Is unattended equipment in use, labelled with details of hazards and contact person/user?

Instruction and Training

Do all machine operators know how to operate the machine(s) they use? (so they know the risks of injury and precautions to be taken)

Have all operators of woodworking machines & abrasive wheels completed approved training courses?

Is information about safe working loads, minimum speeds etc. clearly displayed on equipment?

Electrical Safety

Is 110 volt or battery powered equipment used whenever possible?

Are all machines, including cables, inspected regularly?

Are all electrically-powered machines tested every three years?

Are live electrical parts guarded at all times?

Is the machine disconnected or isolated from the power supply before electrical parts are exposed? (e.g. for maintenance or repair)

Visual Inspection of Electrical Equipment - Switch off and disconnect (unplug) equipment before inspecting. Then look for danger signs

Is the cable covering intact?

Damage to the plug - is the casing intact and pins straight?

Is the lead intact without any joins?

The outer covering of the cable is gripped where it enters the plug or equipment

See if the coloured insulation or copper of the internal wires are completely covered.

The plug, equipment or socket is free from indications of overheating (eg brown burn marks) label any faulty equipment with "do not use" signs & take out of use until checked by an electrician. Encourage other staff to report any faults or damaged equipment

Maintenance

Is there a schedule of preventive maintenance for all machines?

Are guards & safety devices tested & maintained in working order?

Are all inspections, tests, maintenance & repairs recorded in a machine log?

Is there a safe system of work for maintenance ( e.g. isolating from power supply, warning signs, locking-off controls?)

Have maintenance staff (including contractors) been warned about the dangers & precautions to be taken?

Noise

Can you hear someone two metres (approx. six feet) away talking in a normal voice, while machines are in use?

Are ear defenders provided and worn if needed?

Gases

Are gas taps easy to reach & turn on & off?

Are gas cylinders attached to a support or trolley?

Are gas cylinder valves & tubing in good condition?

Are gas cylinders clearly labelled with contents & hazards?

Are the correct regulators fitted?

Are gas lines & isolators clearly labelled?

Are portable gas cylinder kits stored in a locked external enclosure when the workshop is not in use?

Pressure Vessels

Are pressure vessels tested regularly?

Are instructions for use displayed nearby?

Are door seals & locks free from wear or damage?

Are pressure gauges easily readable?

Radiation

All work involving radioactive substances must be approved by the Radiation Protection Supervisor and follow local rules

Are there clear instructions for the use of radioactive materials?

Is there a safe method of storage?

Is there a safe method of disposal?

Are all radioactive substances correctly labelled?

Are workers familiar with local rules?

Are workers adequately trained?

Are the following available & being used when necessary a. double containment? b. shielding? c. remote handling facilities?

Are workers health checks, if necessary, up to date?

Are unauthorised people excluded from the area? (e.g. cleaning staff etc.)

Is there an up to date list of emergency contact numbers displayed?

Lasers

Is access to lasers of Class 3R or above, restricted to trained users?

Are lasers correctly labelled with class and hazard warning?

Are there up-to-date laser registration forms, risk assessment forms, laser survey forms, and laser user registration forms for all lasers of Class 3R or above?

Have completed forms been copied to the University Laser Safety Adviser?

Are written procedures for use of lasers of Class 3R or above kept in the same area as the lasers?

Are warning signs displayed at entrances to the room/areas?

Are there suitable interlocks on all access points with risk of exposure to lasers of Class 3B or Class 4?

Is access to lasers class 2 or above, restricted to trained users?

Are warning signs displayed at entrances to the rooms/areas?

Are there suitable interlocks on all access points with risk of exposure to lasers class 3B** or class 4?

Are lasers correctly labelled with class & hazard warning?

Is there an up to date register of lasers and laser users?

Other Hazards/Notes

Any other hazards or notes?

Signature

Add signature