Fire Classification
Fires behave differently depending on what is burning. The module explains the types of combustible materials, fire characteristics and extinguisher selection, followed by a short fire-classification quiz.
All safety training modules available for VR all-in-one headsets, organised into 15 safety topics. Filter by topic or search by accident type or work scenario, for example “forklift”, “electric shock” or “scaffold”.
VR all-in-one headsets run standalone without a PC. Modules are licensed in the combination you need; the modules, quantity and price delivered are confirmed in your quotation.
Fires behave differently depending on what is burning. The module explains the types of combustible materials, fire characteristics and extinguisher selection, followed by a short fire-classification quiz.
Extinguishers differ by the agent they contain. The module covers how each type works, how to use it and which fires it suits, followed by a short extinguisher quiz.
After a fire breaks out at school, trainees must choose the right way out to stop the fire spreading and avoid injury. Steps include reading fire signs, cutting the power, using an extinguisher, testing door temperature before choosing a route, calling the fire service and covering the nose and mouth with a wet towel.
After a fire breaks out in a mall, trainees must escape correctly to stop the fire spreading and avoid injury, including covering the nose and mouth with a wet towel, calling the fire service, using the escape route and using an extinguisher.
After a fire breaks out on the metro, trainees must escape correctly, including opening the emergency exit door, pressing the alarm, keeping away from the explosion zone, using an extinguisher, avoiding lifts and using the escape route.
After a fire breaks out in a high-rise building, trainees must escape correctly, including covering the nose and mouth with a wet towel, calling the fire service, using the escape route, sealing door gaps with tape and using a light source to attract rescuers.
After a school bus catches fire, trainees must escape correctly, including staying low to avoid smoke, breaking a window with an emergency hammer and leaving the vehicle.
After a kitchen fire starts at home, trainees must respond correctly to stop it spreading, including the right action for a pan fire and calling the fire service.
During gas cutting, a co-worker drops a hot rebar offcut onto the waterproof membrane and starts a fire. The worker must choose between fleeing in panic and putting the fire out with an extinguisher.
Before welding, workers must follow the hot-work procedure: obtain a hot-work permit, place an extinguisher, assign a fire watch and remove ignition hazards. Welding without identifying these hazards leads to a fire on site.
On a hot day, a street sweeper sets off without a safety inspection. Strong sunlight overheats the cab, the fuel tank ignites and the fire damages the vehicle and burns the crew.
With poor safety training, a worker carelessly drops a cigarette in the dormitory and the bedding catches fire. Panic and low awareness let the fire spread, causing serious losses and injuries.
A worker walks onto a corroded platform walkway without noticing or going around it and falls to his death.
A worker climbs a vertical ladder without keeping three points of contact or using a fall arrester, slips and falls to his death.
During a lunch break, a worker leans against the edge of a loading platform where the protective gate has not yet been installed and falls from height.
Without a safety walkway or lifeline in place, a worker walks across roof tiles against the rules and falls to his death.
A safety harness is the last line of defence when working at height. The module explains why and how to wear a harness correctly (with video) and then tests the trainee on putting it on.
At a lift shaft opening with no protective door or guardrail, a worker carries on without fall protection, loses his footing and falls through the opening.
While hanging safety banners in a metro tunnel from a mobile work platform, workers skip a proper inspection and fail to remove a hazard, and the platform tips over.
While cleaning dust from an overhead crane runway, a worker ignores fall-protection rules, loses his footing on the narrow walkway and falls.
Installing roof vents on a warehouse, a worker climbs a straight ladder one-handed while carrying a large item instead of keeping three points of contact, and falls.
During excavation, the banksman fails to direct the excavator as required, a worker enters its working radius and is struck by the bucket as the machine slews.
At an excavation site, a driver queuing to haul spoil gets out to chat without applying the handbrake, and the truck rolls down the slope.
An excavator overloads a dump truck and the driver carries on regardless. At a junction, the extra momentum makes the truck lose control and overturn, killing four workers at the crossing.
A worker drives a maintenance vehicle to inspect a badly damaged road, ignores the warning to drive carefully, loses control and causes a multi-vehicle collision.
In heavy fog, road workers park to start work without placing warning signs and other traffic control, and passing traffic hits the work vehicle.
On a hot day, a street sweeper sets off without a safety inspection. Strong sunlight overheats the cab, the fuel tank ignites and the fire damages the vehicle and burns the crew.
A battery locomotive in a tunnel neither sounds its horn nor keeps to the 5 km/h limit, cannot brake in time and injures two workers.
An overloaded truck descending towards a level crossing cannot slow down or brake properly and collides with a passing train.
A driver fails to slow down at a pedestrian crossing inside the plant, causing an accident.
A maintenance worker crosses the running track to check parked trains without following the stop–look–cross rule and is hit by a train leaving the maintenance shed.
Workers are on the track at a dimly lit sharp bend with no stop sign or lookout ahead of the work area, and a rail vehicle runs into them.
With its reversing alarm not working, a forklift backs into a person on site who is looking at a phone.
A forklift carrying an overweight load keeps going down a slope, brakes hard when a pedestrian appears and tips forward under the load's momentum.
A forklift speeding in the workshop brakes sharply in a turn to avoid a pedestrian and rolls over sideways.
With the load blocking the view, a forklift speeds through a junction without stopping to look and fatally strikes a colleague crossing.
Taking a shortcut through a narrow aisle at speed, a forklift with an oversized load hits a storage rack and brings it down.
Wearing a safety helmet correctly is key to protecting workers. The module explains why and how to wear a helmet properly (with video) and then tests the trainee on wearing it.
During a tower crane lift, a worker without a helmet stays out of the safe area and is hit by an object falling from the load platform.
Working on a suspended platform, workers throw tools to each other out of habit; a tool falls and strikes a passing co-worker.
A worker mowing a roadside lawn without proper PPE is hit on the head by a stone thrown up by the mower.
Wire rope quality is critical to lifting safety. The module explains how to judge rope condition and discard criteria with illustrated examples, then tests the trainee's ability to identify defects.
On a metro construction site, a mobile crane lifts the head of a tunnel boring machine that exceeds its rated load; the operator forces the lift and the crane topples.
A worker stays inside the tower crane's working radius instead of moving to the safe area and is struck by a falling load platform from a crane that was not inspected before use.
While a wheel is being changed, the hook is not directly above the load; when lifting starts the wheel swings and strikes the worker.
Recreates lifting accidents caused by breaking the 'ten do-not-lift' rules, such as unclear or improper signals, overloads and people or loose items on the load.
Continues the 'ten do-not-lift' scenarios, such as unclear or improper signals, overloads and people or loose items on the load.
The slinger and crane operator fail to check the sling and lifting path; the sling snags a steel section, which topples and crushes the slinger against a roller.
As the excavation gets deeper, the shoring is not reinforced in time and the pit collapses, causing a serious accident.
In winds above force 6, a worker operates the tower crane anyway; the mast becomes unstable and collapses, causing serious damage and casualties.
Building an interior wall, workers do not stop when a single lift exceeds 1.8 m; the wall loses stability and collapses.
The excavator operator undercuts the slope against the rules; the uneven load at the pit edge overturns the excavator and injures workers.
Workers ignore water seepage in a tunnel cross passage and carry on by experience, triggering a mud and water inrush that collapses the tunnel.
Workers erect formwork supports without following the procedure and the support system becomes unstable and collapses.
While clearing spoil under the tunnel trolley, mud and water burst in at the shield tail; workers who fail to reach safety are buried or struck by tunnel segments.
Scaffolders erect a scaffold with tubes spaced too far apart and too few, discontinuous cross braces, and it collapses.
During cutter changes in the chamber, workers overlook mud and water at the tunnel face, and the ground collapses into the chamber, causing casualties.
While slackening conductors, the temporary ground anchor in a wet, waterlogged pit pulls out; the tower is loaded unevenly and snaps.
Erecting a tower with the wrong size anchor nuts leaves the anchor bolts under-tightened, and the tower falls while the conductors are tensioned.
At the end of a shift, two workers force their way onto an already overloaded construction hoist; with the overload protection failed, the hoist falls.
Noticing slow material flow, an operator opens the mixer guard without stopping the machine and reaches in to clear a blockage, losing fingers.
An operator reaches into a running machine to retrieve a dropped item and the closing door comes down and breaks his arm.
When a robotic arm triggers an alarm, an operator climbs over the guardrail to fix it without stopping the machine and is struck on the head.
Cutting rebar without a test run or safety check, the operator misses a crack in the abrasive disc; the disc shatters and severs his fingers.
Breaking up a temporary road surface on a hot day, a worker in loose clothing gets it caught in the air compressor and is dragged to the ground.
After a sudden power failure in the rebar workshop, a worker opens the distribution box himself instead of calling an electrician and is electrocuted.
As the wall gets higher, a bricklayer moves a portable halogen work light himself; its casing is live and he is electrocuted.
After heavy rain, a worker puts a submersible pump into a waterlogged pit without checking it; damaged insulation energises the pump and water, causing electric shock.
During disconnector maintenance at a substation, a worker removes the line-side terminal without authorisation, losing earthing protection, and receives an induced-voltage shock.
Inspecting a faulty vehicle, a maintenance worker skips the earthing rod and voltage tester, touches a high-voltage line on the roof and is killed.
Before working in a hand-dug pile shaft, a worker skips ventilation and gas testing, climbs down a rope ladder, is overcome by carbon monoxide and falls to the bottom.
A poorly checked U-type water seal lets coal gas leak, and the inspector is fatally poisoned.
While installing tunnel segments, workers ignore the gas alarm instead of protecting themselves and stopping work, and collapse from poisoning.
A hot rebar offcut from gas cutting ignites a drainage pipe; the fire gives off toxic smoke and a worker who rushes in to fight it dies of poisoning.
During welding on site, workers do not keep the required distance between oxygen and acetylene cylinders, leading to an explosion with casualties.
Clearing debris from a recently blasted area without a thorough check, a drill hits an unexploded charge, which detonates.
At a steel plant, the charging crew does not check slag at the vessel mouths or that the platform and slag channel are dry; molten iron spills onto standing water and explodes.
Before loading the scrap chute, the crew does not check for sealed containers, wet or oily materials; a sealed container goes into the converter with the scrap and explodes.
Trains the full response after sodium hydroxide splashes into the eyes and face while removing a filter: calling for help, flushing, isolating the source, cordoning off and getting medical care.
Simulates emergency evacuation, muster and headcount after a chemical leak in a cleanroom, and protective checks before restart, stressing that no one re-enters without approval.
Shows how backpacks, tools, elbows or ladders touch the EMO button or break a light curtain in tight spaces, shutting down equipment, and how to prevent it.
Recreates a mobile scaffold hitting cameras, speakers and an emergency kit while being moved along a corridor, reinforcing guidance, bump protection and route checks.
Shows the collision risk with overhead vehicles, STB units and smoke curtains when guardrails are not lowered, height is not checked or the route drifts.
While working on the track from a scaffold, a tool or body part hits a sprinkler head, releasing water that damages equipment below.
Recreates the chain of events when a temporary dust cover at the load port is not removed and, after the reflector is taken down, a descending wafer pod hits it.
Shows a worker bending to pick up a fallen reflector, losing grip of the pole, which slides into the tool and the FOUP, stressing correct pole handling.
Simulates tools left above the track after work and vehicles released without a re-check, so the vehicle hits the items and is damaged.
Covers releasing vehicles before confirming STB orientation and interference checks, reinforcing pre-release verification and supervision duties.
A worker stands on stacked boards inside the scaffold, leans out, loses balance and is left hanging by the harness, a warning about posture and footing at height.
Scissors left at the edge of a floor opening are knocked in as the worker climbs out and fall to the level below, reinforcing protection at openings.
Prying a breaker cover with a screwdriver on a live panel causes a short-circuit arc, stressing certification, isolation and correct procedure.
A connecting plate is not clamped in a vice and a colleague holds it by hand during drilling; the part spins and catches his hand.
Learn to recognise safety signs, understand what they mean and where they apply. Trainees place the correct signs in four different work environments.
Hazards drawn at random from a hazard library are placed in a large site environment; trainees mark and clear them, and the score depends on how many they find.
A full waste-sorting environment in which trainees score points by sorting 20 different kinds of waste correctly.
During an earthquake at school, trainees must respond correctly: take cover, keep away from windows and the centre of the classroom, protect the head with a bag and avoid broken power lines.
From a first-person view, trainees identify different drugs and experience the visual and auditory changes caused by drug use.
When a typhoon approaches, trainees follow weather updates, avoid going out, store food and water, and learn about accidents that happen outdoors.
Rushing downstairs after work to go and play ball, a worker trips and breaks his hand.
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