Our client, a leading dry docks company in Dubai, required a realistic and scalable confined space training system to minimize workplace hazards and improve safety compliance in shipyard operations. Traditional classroom and on-site training methods lacked immersion and measurable performance tracking, leaving a critical gap in workforce preparedness. At Spatio, we delivered a fully customized Confined Space VR Safety Training Simulator developed using Unity3D and designed for Meta Quest and Pico headsets. The solution replicates real-world hazards such as oxygen deficiency, toxic gas leaks, and restricted movement, helping trainees build situational awareness and confidence through immersive, guided, and decision-driven experiences. The project included: End-to-end 3D environment modeling of ship compartments and confined areas Interactive hazard simulations for hot work, cold work, and emergency response scenarios Multilingual training support for diverse workforce groups Gamified learning and evaluation modules to reinforce correct behavior under pressure Real-time LMS integration for tracking, certification, and performance analytics By combining realistic visuals, AI-based analytics, and gamified assessments, the simulator achieved measurable results — 72% faster onboarding, 91% better hazard recognition, and a 68% reduction in safety violations. The solution continues to play a vital role in the company’s safety training program, helping them standardize confined space protocols, ensure regulatory compliance, and enhance overall workforce readiness without disrupting live operations.
Spatio
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Spatio Portfolios
Our client, a leading dry docks company in Dubai, sought a comprehensive and measurable safety training solution to address the persistent challenges of fall protection and work-at-height operations. Traditional on-site and classroom training lacked realism and consistency, resulting in limited preparedness and procedural compliance among workers operating at elevated locations. At Spatio, we developed a fully immersive Work at Height VR Safety Training Simulator built on Unity3D, compatible with Meta Quest and Pico headsets, and designed to replicate multiple real-world scenarios including Boom Lift, Ladder, Hanging Stage, and Tower Crane operations. Each module trains users to recognize risks, use fall protection equipment correctly, and respond effectively to simulated incidents such as slips, harness failures, and height-related emergencies. The integrated SCORM-compliant LMS captures performance metrics including PPE compliance, response time, and completion rates, helping safety officers monitor and standardize safety practices across departments. Our end-to-end solution covered on-site workflow analysis, risk mapping, 3D modeling, VR development, and enterprise deployment with multilingual support. The outcome was a system that not only improved safety awareness but also created measurable behavioral change. Results achieved: Significant reduction in unsafe practices during live operations Standardized safety procedures across all height-related tasks Faster decision-making during emergency response simulations Improved compliance visibility through analytics dashboards The project strengthened the client’s safety culture by making high-risk training engaging, data-driven, and repeatable — all without halting production or exposing workers to danger.