VR Training Scenarios for US Construction, Warehousing and Hospitality
VR safety training scenarios mapped to OSHA standards for US construction, warehouses and hotels, with assessment matrices and pilot scope for each one.
Each scenario on this page is built around a specific OSHA standard or a well-documented hazard. It shows what the rule asks for, the procedure the scenario rehearses, the mistakes it is designed to catch and how an assessor would score it.
VR is used as added practice. It does not replace the hands-on training or evaluation a standard requires, and every page says what it does not cover.
Available Scenarios
Construction and EPC
- Fall Protection VR Training for Construction Crews (OSHA 1926 Subpart M)
A VR scenario built around OSHA 1926.501 to 1926.503: picking the right system at 6 feet, checking anchors and harnesses, calculating clearance and planning rescue.
- Scaffold Safety VR Training: Inspection, Access and Fall Protection
VR scaffold training mapped to OSHA 1926.451 and 1926.454: pre-shift competent person inspection, safe access, planking, guardrails and load limits.
- Ladder Safety VR Training for Construction Sites (OSHA 1926.1053 and 1926.1060)
A VR ladder scenario built on OSHA 1926.1053 and 1926.1060: ladder selection, 4-to-1 setup, 3-foot extension, three points of contact and electrical clearance.
- Aerial Lift VR Training: Boom Lift Inspection, Tie-Off and Travel
Boom lift VR training aligned with OSHA 1926.453 and ANSI A92: daily control tests, tie-off to the platform, travel hazards, overhead lines and tip-over factors.
- Rigging Inspection and Load Handling VR Training (OSHA 1926.251)
VR rigging training on OSHA 1926.251: daily competent person inspection, wire rope removal criteria, sling angle effects, tag lines and staying out of the load path.
- Crane Signal Person VR Training and Qualification Practice (OSHA 1926.1428)
VR practice for the OSHA 1926.1428 signal person requirements: standard hand signals, crane dynamics, boom deflection and the practical test a qualified evaluator gives.
- Qualified Rigger VR Training for Crane Assembly and Fall Zone Work (OSHA 1926.1404 and 1926.1425)
VR training for the OSHA qualified rigger requirement: hooking, unhooking and guiding loads in the fall zone and during crane assembly, with the knowledge checks behind it.
- Trenching and Excavation VR Training: Protective Systems, Egress and Inspections (OSHA 1926 Subpart P)
VR trenching scenario on OSHA 1926.651 and 1926.652: protective systems at 5 feet, soil types, egress within 25 feet, spoil setback and the daily competent person inspection.
- Confined Space Entry VR Training for Construction (OSHA 1926 Subpart AA)
VR permit space training for construction under OSHA 1926.1200 to 1926.1213: site evaluation, air testing order, entrant, attendant and supervisor duties, and rescue.
- Lockout/Tagout During Commissioning and Startup: A VR Scenario for EPC Crews
VR lockout scenario for construction and commissioning crews based on OSHA 1926.417 and 1910.147: group lockout, handover from construction to operations and verification of zero energy.
- Hot Work Permit VR Training: Fire Watch and Combustible Control
VR hot work scenario based on OSHA 1926.352 and 1910.252: moving or shielding combustibles, fire watch duties, extinguisher readiness and the post-work watch.
- Welding and Cutting Safety VR Training: Cylinders, Hoses and Fumes (OSHA 1926.350 to 1926.353)
VR welding safety scenario on OSHA 1926.350 to 1926.353: cylinder storage and separation, hose and regulator checks, arc welding grounding, ventilation and eye protection.
- Construction Electrical Safety VR Training: GFCI, Temporary Power and Energized Parts (OSHA Subpart K)
VR scenario on OSHA 1926 Subpart K: GFCI or assured grounding programs, temporary wiring, damaged cords, energized parts and approach to overhead lines.
- Arc Flash VR Training Built on NFPA 70E: Boundaries, PPE and Justified Energized Work
VR arc flash training aligned with NFPA 70E: establishing an electrically safe work condition, shock and arc flash boundaries, PPE selection and energized work permits.
- Respirable Silica VR Training: Table 1 Controls and Exposure Plans (OSHA 1926.1153)
VR silica scenario mapped to OSHA 1926.1153: Table 1 task controls, water and vacuum systems, written exposure control plan, housekeeping and respirator triggers.
- Struck-By Hazard VR Training: Backing Vehicles, Equipment Blind Spots and Flying Objects
VR struck-by scenario based on OSHA 1926.601 and 1926.602: reverse alarms and spotters, equipment blind spots, high-visibility clothing and falling or flying objects.
- Steel Erection VR Training: Connectors, Decking Zones and Multiple Lift Rigging (OSHA Subpart R)
VR steel erection scenario on OSHA 1926 Subpart R: fall protection at 15 feet, connector rules, controlled decking zones, multiple lift rigging and qualified person training.
- Heat Illness Prevention VR Training for Outdoor Construction Crews
VR heat illness scenario using the OSHA General Duty Clause and California Title 8 Section 3395: water, rest, shade, acclimatization, symptom recognition and emergency response.
- Jobsite Fire Prevention VR Training: Extinguishers, Flammable Storage and Egress (OSHA 1926.150)
VR jobsite fire scenario on OSHA 1926.150 to 1926.152: extinguisher placement and travel distance, flammable liquid storage, temporary heaters and emergency egress.
- Hazard Communication VR Training: Labels, SDS and the 2024 HazCom Update
VR HazCom scenario on OSHA 1926.59 and 1910.1200: reading GHS labels and pictograms, finding the SDS, secondary container labeling and the 2024 update.
- PPE Selection and Fit VR Training for Construction (OSHA 1926.95)
VR PPE scenario on OSHA 1926.95 to 1926.107: matching PPE to hazards, the 2025 proper fit requirement, inspection and the limits of each type.
- Respiratory Protection VR Training: Selection, Seal Checks and Program Duties (OSHA 1910.134)
VR respirator scenario on OSHA 1910.134 as applied in construction by 1926.103: medical evaluation, fit testing, user seal checks, cartridge change schedules and limits.
- Work Zone Flagger VR Training: MUTCD Part 6 and OSHA 1926.201
VR flagger scenario on OSHA 1926.201 and MUTCD Part 6: flagger station placement, STOP/SLOW paddle use, high-visibility apparel, escape routes and distracted drivers.
- Concrete and Formwork VR Training: Shoring, Impalement and Post-Tensioning (OSHA Subpart Q)
VR concrete scenario on OSHA 1926 Subpart Q: formwork drawings, shoring inspection before and during placement, rebar impalement protection, post-tensioning zones and pump hazards.
- Crane Power Line Safety VR Training: Work Zones and Table A Clearances (OSHA 1926.1408)
VR crane power line scenario on OSHA 1926.1408: defining the work zone, the 20-foot rule, Table A minimum clearances, dedicated spotters and planning meetings.
Forklift and Warehousing
- Forklift Pre-Shift Inspection VR Training (OSHA 1910.178(q)(7))
VR forklift inspection scenario built on OSHA 1910.178(q)(7): the daily examination before use, defects that take a truck out of service, and the tag-out and report step.
- Forklift and Pedestrian Safety VR Training: Cross Aisles, Blind Corners and Shared Floors
VR scenario on forklift and pedestrian interaction under OSHA 1910.178(n) and (m): cross aisles, blind corners, traveling with the load trailing and walkers who do not look.
- Forklift Refresher Training and Three-Year Evaluation in VR (OSHA 1910.178(l)(4))
VR forklift refresher scenario on OSHA 1910.178(l)(4): the five events that trigger refresher training, the three-year evaluation and certification records.
- Forklift Ramps and Grades VR Training: Load Upgrade, Tilt and Unattended Trucks
VR forklift ramp scenario on OSHA 1910.178(n)(7) and (m)(5): load upgrade on grades over 10 percent, tilt back, no turning on ramps and parking on an incline.
- Forklift Stability and Tip-Over VR Training: The Stability Triangle and What to Do in a Tip
VR forklift tip-over scenario: the stability triangle, load center and capacity plate, turning at speed and the stay-in-the-seat response, mapped to 1910.178(l)(3) and (o).
- Forklift Propane Cylinder Change VR Training: Leaks, Storage and Refueling
VR scenario for LP gas forklift cylinder changes on OSHA 1910.178(f) and (p) and NFPA 58: engine off, valve and fitting checks, leak detection, lifting and cage storage.
- Forklift Battery Charging VR Training: Charging Areas, Electrolyte and Hydrogen (OSHA 1910.178(g))
VR battery charging scenario on OSHA 1910.178(g): designated charging areas, electrolyte handling, acid into water, no smoking, ventilation and battery changeout.
- Loading Dock VR Training: Trailer Creep, Early Departure and Dock Plates
VR loading dock scenario on OSHA 1910.178(k), (m)(7) and (n)(11): chocks and restraints, trailer floor checks, nose jacks, dock plates and early pull-away.
- Reach Truck VR Training: Narrow Aisles, High Racking and Load Placement
VR reach truck scenario on OSHA 1910.178(l)(3): stand-up controls, narrow aisle travel, placing and retrieving loads at height, and rack contact.
- Order Picker VR Training: Fall Protection, Tether Use and Picking at Height
VR order picker scenario: body harness and tether to the truck anchor, gate closed, no climbing onto racks, and picking at height under OSHA 1910.178 operator training.
- Powered Pallet Jack VR Training: Rider and Walkie Trucks in Tight Spaces
VR powered pallet jack scenario: rider and walkie trucks under OSHA 1910.178, foot and leg crush, trailer loading, speed in congested areas and handle control.
- Warehouse Racking and Storage VR Training: Damage, Load Limits and Stable Stacking (OSHA 1910.176)
VR racking scenario on OSHA 1910.176(b): stable and secure storage, rack load plates, upright and beam damage, overhang and floor stacking limits.
- Warehouse Manual Lifting VR Training: Case Picking, Team Lifts and the NIOSH Lifting Equation
VR manual lifting scenario using the NIOSH Revised Lifting Equation: case picking from low and high rack levels, twisting, team lifts and when to use equipment.
- Warehouse Emergency Evacuation VR Training: Exit Routes, Alarms and Accountability (OSHA 1910.38)
VR evacuation scenario on OSHA 1910.36, 1910.37 and 1910.38: unobstructed exit routes, alarm recognition, assembly points and accounting for every worker in a large building.
- Conveyor Jam Clearing VR Training: Lockout or Alternative Protection (OSHA 1910.147)
VR conveyor scenario on OSHA 1910.147: when clearing a jam needs full lockout, when the minor servicing exception applies, and stored energy in belts and rollers.
- Cold Storage and Freezer Warehouse VR Training: Cold Stress, Entrapment and Ice
VR freezer warehouse scenario: cold stress recognition, warm-up breaks, freezer door entrapment, ice on floors and forklift travel through door transitions, with a 1910.132 hazard assessment.
- Dockboard and Bridge Plate VR Training: Capacity, Securing and Edges (OSHA 1910.26)
VR dockboard scenario on OSHA 1910.26 and 1910.178(n)(11): rated capacity, securing portable plates, handholds, preventing vehicle movement and run-off guards.
- Hazmat Receiving VR Training: Damaged Packages, Labels and DOT Hazmat Employee Duties
VR hazmat receiving scenario on 49 CFR 172.704 and OSHA HazCom: recognizing DOT labels and placards, a leaking package, isolation and who responds.
- Yard Tractor VR Training: Coupling, Spotting Trailers and Yard Traffic
VR yard tractor scenario: coupling and uncoupling trailers, fifth wheel and kingpin checks, landing gear, backing to doors and pedestrians in the yard.
- Forklift Load Handling VR Training: Stable Loads, Capacity and Stacking (OSHA 1910.178(o))
VR load handling scenario on OSHA 1910.178(o): stable or safely arranged loads, rated capacity, long and high loads, attachments and stacking.
- Warehouse New Hire Safety Orientation in VR: The First-Week Hazards
VR orientation scenario for new warehouse hires: traffic rules, emergency exits, HazCom labels, lifting, PPE and reporting, built from your site layout.
Hospitality
- Hotel Housekeeping Injury Prevention VR Training (Cal/OSHA Title 8, Section 3345)
VR housekeeping scenario built on Cal/OSHA Title 8 Section 3345: bed making, bathroom cleaning, cart pushing, tool use and reporting, for hotel room attendants.
- Bloodborne Pathogens VR Training for Hotel Housekeeping and Engineering (OSHA 1910.1030)
VR scenario for hotel staff on OSHA 1910.1030: needles in rooms and laundry, blood cleanup, sharps containers, PPE and post-exposure reporting.
- Commercial Kitchen VR Training: Knife Cuts, Slicers, Fryers and Hot Surfaces
VR kitchen scenario on OSHA 1910.138 and 1910.132: knife handling, slicer cleaning, fryer oil changes, hot pans and steam, with the right hand protection.
- Guest De-Escalation VR Training for Hotel Front Desk and Restaurant Staff
VR de-escalation scenario for hotel and restaurant staff: an angry guest at the front desk, overbooking, a refused refund and when to call security, under the OSH Act General Duty Clause.
- Hotel Fire Evacuation VR Training: Staff Roles, Guests and Accountability (OSHA 1910.38)
VR hotel fire scenario on OSHA 1910.38: alarm response, staff roles during guest evacuation, guests who need help, elevators and accountability at the assembly point.
- Pool Chemical Handling VR Training for Hotel and Resort Staff (OSHA HazCom 1910.1200)
VR pool chemical scenario on OSHA 1910.1200: labels and safety data sheets, chlorine and acid storage, never mixing, PPE and a chlorine gas release.
- Food Safety VR Training: Handwashing, Temperature Control and Cross-Contamination (FDA Food Code)
VR food safety scenario based on the FDA Food Code: handwashing, bare hand contact, cold and hot holding, cooling and cross-contamination in a busy kitchen.
- Human Trafficking Recognition VR Training for Hotel Staff
VR scenario for hotel staff on recognizing human trafficking indicators at the front desk, in rooms and in public areas, and how to report safely using DHS Blue Campaign guidance.
- Active Threat Response VR Training for Hotels, Restaurants and Venues
VR active threat scenario for hospitality staff based on CISA guidance: recognizing warning signs, run, hide or fight decisions, guiding guests and what to do when police arrive.
- Hotel Engineering Lockout/Tagout VR Training: HVAC, Laundry and Kitchen Equipment (OSHA 1910.147)
VR lockout scenario for hotel engineers on OSHA 1910.147: rooftop HVAC, laundry washers, kitchen equipment, multiple energy sources and verification.
- Restaurant and Hotel Slips, Trips and Falls VR Training (OSHA 1910.22)
VR slips and trips scenario on OSHA 1910.22: wet and greasy floors, spills, cords, mats and housekeeping in kitchens, dining rooms and back-of-house hallways.
- Guest and Employee Medical Emergency VR Training for Hotels (OSHA 1910.151)
VR medical emergency scenario for hotel staff on OSHA 1910.151: a guest collapse in the lobby, calling 911, getting the AED, first aid and directing EMS.
- Service Animal and Guest Accessibility VR Training for Hotels and Restaurants (ADA Title III)
VR guest service scenario on ADA Title III service animal rules: the two questions staff may ask, when an animal may be excluded and how to handle the conversation.
- Kitchen Fire Extinguisher VR Training: Grease Fires, Class K and the Hood System (OSHA 1910.157)
VR kitchen fire scenario on OSHA 1910.157: grease fire response, Class K extinguishers, the hood suppression pull station, PASS and when to evacuate.
- Ladder Safety VR Training for Hotel Engineering and Banquet Staff (OSHA 1910.23)
VR ladder scenario on OSHA 1910.23 and 1910.30(b): ladder inspection, setup angle, three points of contact and banquet and ballroom work at height.
Regulators and Rules These Scenarios Cite
- Occupational Safety and Health Administration (OSHA): Federal workplace safety standards, including 29 CFR 1926 for construction and 29 CFR 1910 for general industry. Some states run their own approved plans, such as Cal/OSHA.
How a Pilot Usually Starts
- Safety or operations leaders usually start with one high-risk task and a single site.
- Procurement often asks for a defined scope, a fixed price for the pilot and clear data handling.
- Scaling is decided after the pilot is measured against the current training method.
Each scenario is built in Unity or Unreal Engine, depending on the visual fidelity the task needs and the headsets on site.
VR pilot readiness checklist
Before anything is built, check that the scenario, the measure and the site are ready.
Frequently Asked Questions
Does OSHA accept VR training?
OSHA standards describe what training must achieve. Many require hands-on practice or an evaluation on real equipment, so VR is used alongside them, not instead of them.
How long does a one-scenario pilot take?
It depends on the scenario and the site. The scope is agreed before work starts and shown in the proposal.
Are scenarios built in Unity or Unreal?
Each scenario is built in Unity or Unreal Engine, depending on the visual fidelity the task needs and the headsets on site.
Not sure which scenario to pilot first?
We review your procedure and tell you which part can be rehearsed in VR and which still needs hands-on practice.
Scope One Scenario