Work at Height - Immersive Safety Training
VR + Desktop + Mobile + Web Case Study
Project Overview
Watch the industrial deployment in action.
"Preparing workers for high-risk environments — without putting them at risk. AuraInteract developed an interactive 3D Work at Height Safety Training solution designed for multi-platform access across VR, Desktop, Mobile and Web, guiding trainees through PPE preparation, scaffold inspection, permit verification, fall-protection equipment checks, safe movement, hazard identification, practical testing and a controlled simulated free-fall experience."
Previous Experience
Interactive 3D work-at-height environment with guided training, practical tasks, MCQ assessment and a controlled simulated fall.
Aura Interact Outcome
Safer, repeatable and assessable training that can be accessed across VR, desktop, mobile and web platforms.
The Challenge
Work at height involves safety-critical procedures where even a small mistake can have serious consequences. Traditional classroom training can explain rules, but it cannot fully recreate the physical environment, hazards and decision-making involved in working at height. The objective was to create a safe, engaging and repeatable environment where workers could learn by doing — without being exposed to an actual fall or scaffold-related hazard.
- Understand work-at-height hazards and safety-critical procedures.
- Identify and use the correct PPE and fall-protection equipment.
- Learn to inspect scaffolds, access points and safety equipment.
- Verify permits, inspection tags and authorization before entry.
- Practise correct harness, lifeline and lanyard connection procedures.
- Recognize unsafe conditions and fall hazards.
- Practise safe work-at-height procedures repeatedly without real risk.
- Demonstrate practical competency through independent testing.
- Validate theoretical knowledge through MCQ assessment.
The Solution
AuraInteract developed an interactive 3D Work at Height Safety Training solution designed for multi-platform access across VR, Desktop, Mobile and Web. The trainee progresses through PPE preparation, scaffold inspection, permit verification, fall-protection equipment checks, safe movement and hazard identification. The experience then transitions from guided learning to independent testing.
- Teaches work-at-height hazards and safety-critical procedures through immersive 3D simulation.
- Guides trainees to identify and correctly use PPE and fall-protection equipment.
- Provides hands-on practice inspecting scaffolds, access points and safety equipment.
- Reinforces permit, inspection-tag and authorization verification before entry.
- Builds correct harness, lifeline and lanyard connection skills through repeatable practice.
- Helps trainees recognize unsafe conditions and fall hazards in a controlled environment.
- Allows safe, repeatable practice of work-at-height procedures without real-world risk.
- Assesses practical competency through independent Testing Mode.
- Validates theoretical knowledge through MCQ assessment.
Training Journey
Step-by-step path to industrial mastery through immersive simulation.
Prepare
PPE and work-at-height requirements.
Inspect
Scaffold, access points and safety equipment.
Connect
Harness, lifeline, SRL and fall-arrest connections.
Perform
Follow safe work procedures in the environment.
Identify
Recognize hazards and unsafe conditions.
Test
Practical tasks + MCQ assessment.
Experience
Controlled simulated free-fall scenario.
Complete
Training completion / certificate.
Core Capabilities
Advanced functionalities driving realistic and effective spatial training.
PPE Selection & Safety Preparation
Trainees learn to identify appropriate PPE and understand the importance of being properly equipped before beginning work at height.
Scaffold Inspection
Covers ground condition and stability, scaffold standards, supports, ledgers, transoms, braces and ties, couplers, planks and decking, guardrails and toe boards, safe access, safety nets, platform loading, debris, scaffold design/drawings and Safe Working Load (SWL) signage.
Scaffold Authorization & Permit Verification
Before accessing the scaffold, trainees verify inspection tags, authorized-to-use status, inspector information, load rating and work-at-height permits.
Harness & Lanyard Inspection
Trainees perform pre-use checks of the full-body harness, energy-absorbing lanyard, connections and snap hooks, followed by correct wearing and adjustment.
Lifeline & Fall Protection
Practice with horizontal and vertical lifelines, self-retracting lifelines, fall arrestors, anchor points, 100% tie-off and safe connection/disconnection procedures.
Training Mode
Acts as a virtual instructor, guiding trainees through each step of the procedure and allowing them to repeat difficult actions until they understand the correct workflow.
Voice-Over Guidance
Explains safety procedures while the trainee performs the corresponding activity, creating a natural instructor-led experience.
Visual Guidance
Highlighted objects, directional indicators, on-screen instructions, animations, safety warnings, equipment labels, step prompts and hazard indicators reinforce critical safety information.
Assessment Mode
Reduces instructional assistance and evaluates whether trainees can independently perform required safety procedures through practical tasks and MCQ assessment.
Controlled Simulated Free-Fall Experience
Creates a powerful safety-learning moment inside a controlled virtual environment, showing the consequences of ignoring fall-protection procedures.
Measured Impact
Tangible ROI and operational improvements delivered.
Safer Training Environment
Workers can practice high-risk procedures without exposure to an actual fall or scaffold-related hazard.
Better Practical Understanding
Trainees actively perform safety procedures instead of only watching demonstrations.
Consistent Training
Every trainee receives the same structured training experience.
Repeatable Practice
Difficult procedures can be practiced repeatedly until the correct workflow becomes familiar.
Improved Hazard Awareness
Immersion makes unsafe conditions and fall hazards more visible and memorable.
Knowledge + Skill Assessment
Practical tasks and MCQs provide a broader view of trainee understanding.
Scalable Multi-Platform Delivery
The training can reach users through VR, Desktop, Mobile and Web, supporting different devices, locations and training environments.
Stronger Safety Culture
Experiencing the consequences of unsafe decisions can reinforce safety-first behavior.
Curriculum Modules
Comprehensive breakdown of the spatial training syllabus.
Training Mode
Training Mode acts as a virtual instructor. The system guides trainees through each step of the procedure, allowing them to repeat difficult actions until they understand the correct workflow.
Voice-Over Guidance
Voice-over instructions explain safety procedures while the trainee performs the corresponding activity, creating a natural instructor-led experience.
Visual Guidance
Highlighted objects, directional indicators, on-screen instructions, animations, safety warnings, equipment labels, step prompts and hazard indicators reinforce critical safety information.
Assessment Mode - From Learning to Demonstrating Competency
Once trainees understand the procedures, Testing Mode reduces instructional assistance and evaluates whether they can independently perform required safety procedures. Practical assessment tasks can include inspecting equipment, selecting appropriate safety equipment, connecting hooks, checking lifelines, maintaining 100% tie-off, using ladders safely and identifying hazards. MCQ Assessment evaluates theoretical understanding across PPE requirements, scaffold inspection, fall-protection systems, lifeline procedures, ladder safety, 100% tie-off and hazard identification.
Experience the Consequence
The training culminates in a controlled simulated free-fall experience. Rather than simply telling workers what can happen when fall-protection procedures are ignored, the immersive scenario creates a powerful safety-learning moment inside a controlled virtual environment.
Platform Availability
Supported hardware and deployment targets.
VR
Immersive first-person training with interactive 3D environments and safety equipment.
Desktop
Accessible computer-based training for classrooms, individual learning and organizations without VR hardware.
Mobile
Convenient access for smartphones and tablets, supporting broader workforce reach and refresher learning.
Web
Browser-based access for easy deployment across locations without requiring dedicated application installation.
Technology Stack
Underlying architecture and integrations.