IMXR® Safety Experience VR Content Interactive MR · VR Ship Emergency Escape Safety Training for Children
This interactive MR · VR safety education content is designed to enhance the emergency response capabilities of passengers and maritime workers during maritime emergencies. Starting in a Mixed Reality (MR) environment where a virtual passenger ship appears over a real space, users transition into an immersive VR simulation that replicates the interior of a real ship. The program is structured to allow users to learn and experience essential action protocols and the use of safety equipment during ship accidents.
Symbol Hunting Mission
Safe Escape Experience
Life Jacket Training
INTRO
Need for Enhanced Initial Response Capability · Need for Experience-Based Training · Importance of Educational Effectiveness and Cognitive Learning
Ships are a mode of transport utilized by numerous passengers and crew members, making rapid and accurate response paramount in the event of an accident. However, in actual emergency situations, panic or a lack of precise knowledge regarding safety procedures can often delay initial responses. Because ship accidents involve multiple simultaneous factors such as hull tilting, power outages, and passenger confusion, simple theoretical education is insufficient to improve real response capabilities. Since procedures like donning life jackets, moving to emergency assembly points, and boarding life rafts are most effectively learned through simulation-based experience, there is a clear need for MR · VR-based interactive safety education content that allows for safe, repetitive learning of real-life scenarios.
SOLUTION : This content is an immersive education solution that combines Mixed Reality (MR) and Virtual Reality (VR), implemented by projecting a virtual ship environment onto real space for direct user interaction. The experience follows a step-by-step structure starting in an MR environment and transitioning into VR, where users directly perform safety equipment checks and escape procedures during a simulated ship accident. The content realistically reproduces emergency conditions such as ship tilting, utilizing interactive missions where users find IMO safety symbols to identify and use safety equipment, naturally fostering safety knowledge.
Furthermore, the program offers hands-on training for actual emergency procedures, including wearing life jackets, using escape slopes, and boarding life rafts. This MR-based system complements traditional theory-focused safety education, providing a more effective, field-oriented interactive learning environment.
Duration
Supported Languages
Hardware
Approx. 4 min
Korean / English / Vietnamese / Indonesian
HMD
Highlight
Emergency Escape MR Content Structure
This is a ship emergency escape safety education program that begins in an MR environment where a virtual ferry appears in the user's real space. Users can proceed with the scenario in their choice of Korean, English, Indonesian, or Vietnamese. In a simulated tilting vessel, the user must find IMO safety symbols to locate life jackets, assembly points, and life rafts, undergoing a step-by-step evacuation process. Following this, users learn proper action protocols through practical simulations like donning life jackets, sliding down escape slopes, and boarding life rafts. The scenario concludes with an MR-based quiz to reinforce core safety knowledge.
Scenario Start
Emergency Briefing
MR → VR Transition
Emergency Simulation
IMO Symbol Search
Donning Gear & Escape
MR Quiz Learning
Completion
Stage
Details
Scenario Start
The scenario begins with the ship tilting, a 3D title sequence, and upbeat BGM with narration.
Emergency Briefing
A safety map panel for emergency escape appears in MR, explaining the mission. The safety guide character 'Haesuho' enters to provide instructions.
MR → VR Transition
Tapping Haesuho's palm transitions the environment from Mixed Reality (MR) to Virtual Reality (VR).
Emergency Simulation
Lights flicker, the ship tilts, and passengers are seen reacting. Emergency announcements and alarm bells are activated.
IMO Symbol Search
The user must find and touch IMO safety symbols within the cabin. Missions must be completed within 7 seconds; otherwise, the symbol flashes to guide the user.
Donning Gear & Escape
The user fastens their life jacket buckles and follows hologram guides to assume an 'X' arm posture for the escape slope. Users then board the life raft and wait for the rescue vessel.
MR Quiz Learning
The simulation returns to MR, showing the sea over real space, to conduct an assessment quiz.
Completion
Upon success in the missions and quiz, users earn a safety badge and the session concludes.
Advanced Technologies of the MR Content
01. Immersive Experience via MR–VR Transition : Designed to start with MR, enter a VR environment, and finish back in MR for a natural Mixed Reality flow. Starting with mission instructions while viewing the distressed vessel over the real environment via MR pass-through ensures natural immersion.
02. IMO Symbol-Based Interaction Learning : Missions involve finding International Maritime Organization (IMO) safety symbols to naturally teach the meanings and locations of ship safety signage.
03. System Integration & Evaluation Data Extraction : HMD devices sync with an instructor system for central control. Performance data (date, duration, correct answers) is saved automatically as CSV files for reporting and managing trainee results.
04. High-Quality 3D Workspace Realization : Cabin spaces, deck structures, and safety equipment are rendered in high-resolution 3D graphics to provide a high sense of realism and immersion.
Key Features of the Emergency Escape MR Content
01. Sequential Escape Procedure Learning : Users follow the actual steps taken during a real emergency, from checking symbols to life jacket donning and assembly point movement. This flow helps memorize necessary action sequences and equipment usage naturally.
02. Real-World Situation Simulation : Factually recreating ship tilts, flickering lights, and chaotic passenger movement provides high focus. Starting with an urgent scenario instantly engages the trainee's concentration.
03. Character-Based Rewarding Finish : Upon completion, Haesuho congratulates the user and awards a 'Safety Badge.' The final scene features sea creatures in a cheerful environment, ensuring a positive educational memory and high satisfaction.
04. Multi-Language Support : The program supports Korean, English, Indonesian, and Vietnamese, ensuring diverse learners—including multicultural families—can participate without language barriers.
H/W Solution
To maximize immersion within the training space, the Meta Quest 3 HMD is used, allowing users to move seamlessly between reality and imagination through advanced spatial and temporal experiences.
Experience content via VR HMD
VR HMD : Meta Quest 3
IMXR® Emergency Escape Content Implementation Case
The moment you immerse yourself, you grow! Maximize your capabilities with XR and AI (X-RAI) technology.
If you have any questions or purchasing inquiries about this content from SAMWOO IMMERSION, you can receive more detailed guidance by clicking the 'Inquire' button below.
IMXR® Safety Experience VR Content
Interactive MR · VR Ship Emergency Escape
Safety Training for Children
This interactive MR · VR safety education content is designed to enhance the emergency response capabilities of passengers and maritime workers during maritime emergencies. Starting in a Mixed Reality (MR) environment where a virtual passenger ship appears over a real space, users transition into an immersive VR simulation that replicates the interior of a real ship. The program is structured to allow users to learn and experience essential action protocols and the use of safety equipment during ship accidents.
INTRO
Need for Enhanced Initial Response Capability · Need for Experience-Based Training
· Importance of Educational Effectiveness and Cognitive Learning
Ships are a mode of transport utilized by numerous passengers and crew members, making rapid and accurate response paramount in the event of an accident. However, in actual emergency situations, panic or a lack of precise knowledge regarding safety procedures can often delay initial responses. Because ship accidents involve multiple simultaneous factors such as hull tilting, power outages, and passenger confusion, simple theoretical education is insufficient to improve real response capabilities.
Since procedures like donning life jackets, moving to emergency assembly points, and boarding life rafts are most effectively learned through simulation-based experience, there is a clear need for MR · VR-based interactive safety education content that allows for safe, repetitive learning of real-life scenarios.
SOLUTION :
Furthermore, the program offers hands-on training for actual emergency procedures, including wearing life jackets, using escape slopes, and boarding life rafts. This MR-based system complements traditional theory-focused safety education, providing a more effective, field-oriented interactive learning environment.
Highlight
Emergency Escape MR Content Structure
This is a ship emergency escape safety education program that begins in an MR environment where a virtual ferry appears in the user's real space. Users can proceed with the scenario in their choice of Korean, English, Indonesian, or Vietnamese. In a simulated tilting vessel, the user must find IMO safety symbols to locate life jackets, assembly points, and life rafts, undergoing a step-by-step evacuation process. Following this, users learn proper action protocols through practical simulations like donning life jackets, sliding down escape slopes, and boarding life rafts. The scenario concludes with an MR-based quiz to reinforce core safety knowledge.
A safety map panel for emergency escape appears in MR, explaining the mission. The safety guide character 'Haesuho' enters to provide instructions.
The user must find and touch IMO safety symbols within the cabin. Missions must be completed within 7 seconds; otherwise, the symbol flashes to guide the user.
The user fastens their life jacket buckles and follows hologram guides to assume an 'X' arm posture for the escape slope. Users then board the life raft and wait for the rescue vessel.
Advanced Technologies of the MR Content
01. Immersive Experience via MR–VR Transition : Designed to start with MR, enter a VR environment, and finish back in MR for a natural Mixed Reality flow. Starting with mission instructions while viewing the distressed vessel over the real environment via MR pass-through ensures natural immersion.
02. IMO Symbol-Based Interaction Learning : Missions involve finding International Maritime Organization (IMO) safety symbols to naturally teach the meanings and locations of ship safety signage.
03. System Integration & Evaluation Data Extraction : HMD devices sync with an instructor system for central control. Performance data (date, duration, correct answers) is saved automatically as CSV files for reporting and managing trainee results.
04. High-Quality 3D Workspace Realization : Cabin spaces, deck structures, and safety equipment are rendered in high-resolution 3D graphics to provide a high sense of realism and immersion.
Key Features of the Emergency Escape MR Content
01. Sequential Escape Procedure Learning : Users follow the actual steps taken during a real emergency, from checking symbols to life jacket donning and assembly point movement. This flow helps memorize necessary action sequences and equipment usage naturally.
02. Real-World Situation Simulation : Factually recreating ship tilts, flickering lights, and chaotic passenger movement provides high focus. Starting with an urgent scenario instantly engages the trainee's concentration.
03. Character-Based Rewarding Finish : Upon completion, Haesuho congratulates the user and awards a 'Safety Badge.' The final scene features sea creatures in a cheerful environment, ensuring a positive educational memory and high satisfaction.
04. Multi-Language Support : The program supports Korean, English, Indonesian, and Vietnamese, ensuring diverse learners—including multicultural families—can participate without language barriers.
H/W Solution
To maximize immersion within the training space, the Meta Quest 3 HMD is used, allowing users to move seamlessly between reality and imagination through advanced spatial and temporal experiences.
IMXR® Emergency Escape Content Implementation Case
The moment you immerse yourself, you grow!
Maximize your capabilities with XR and AI (X-RAI) technology.
If you have any questions or purchasing inquiries about this content from
SAMWOO IMMERSION, you can receive more detailed guidance by clicking the
'Inquire' button below.
Inquire
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