Diverse Applications and Educational Value of VR Campus Safety Experience Halls in Schools

The campus serves as a core venue for the growth and development of teenagers, and campus safety constitutes the bottom-line and livelihood project of educational work. In recent years, various potential safety hazards such as campus fires, geological disasters, traffic accidents, campus bullying, online fraud, and laboratory incidents have occurred occasionally. Traditional campus safety education has long relied on classroom lectures, poster publicity, video playback, themed class meetings and other forms, which are plagued by drawbacks including boring content, single form, insufficient practicality, and low memory retention. Students passively receive theoretical knowledge without immersive perception and practical training in real safety scenarios, resulting in slow emergency responses, chaotic disposal procedures, and insufficient self-rescue capabilities in the face of sudden safety incidents, which greatly weakens the effectiveness of safety education. With the iterative upgrading of digital educational technology, Virtual Reality (VR) technology has been increasingly applied in campus safety education. Featuring immersion, interactivity, scenario-based simulation and zero-risk experience, the VR campus safety experience hall breaks the temporal and spatial limitations and practical barriers of traditional safety education, emerging as an innovative carrier for modern campus safety education. Based on the actual practice of campus safety education, this paper comprehensively explores the diverse application scenarios, core educational value, teaching advantages and optimized implementation paths of VR campus safety experience halls in schools, so as to provide references for improving the quality of safety education in primary, secondary and tertiary institutions.

A VR campus safety experience hall is a digital education platform centered on virtual reality technology, integrated with acoustic, optical, electrical and intelligent interaction technologies to realistically restore various campus and social safety scenarios. Compared with traditional safety education models, it can simulate various high-risk, sudden and low-frequency safety scenarios. It allows students to perceive safety risks, acquire safety knowledge and practice emergency skills in a zero-risk and highly immersive virtual environment, fundamentally reversing the traditional educational dilemma of valuing theory over practice and preaching over experience. It realizes a transformative shift in campus safety education from passive indoctrination to active participation and from theoretical memorization to practical mastery, representing an innovative integration of smart campus construction and safety education.

I. Core Application Scenarios of VR Campus Safety Experience Halls

Adaptable to the safety education needs of students at primary, secondary and tertiary levels, VR campus safety experience halls cover multiple safety fields including daily campus life, natural disasters, public safety, emergency rescue and special scenarios, constructing an all-round and three-dimensional safety experience teaching system. Its core application scenarios consist of six major modules, fully covering various safety risks encountered by students during their growth.

1. Immersive Fire Safety Training Scenarios

Campus fire safety is a top priority of campus safety work. Illegal electricity use in dormitories, piled sundries in classrooms and improper laboratory operations may easily trigger fire accidents. Traditional fire safety education mainly relies on explaining escape formulas, playing fire safety videos and conducting simple offline drills. Such methods fail to enable students to intuitively perceive the dangers of fires, leading to superficial understanding of flashover, dense smoke spread and high-temperature burns. Meanwhile, offline drills are often formalistic and monotonous. The VR fire safety training scenario restores high-frequency campus fire scenarios such as student dormitories, teaching buildings, laboratories and canteens at a 1:1 ratio, realistically simulating the entire process of fire occurrence, fire spread, smoke blockage of passages and circuit fires. Wearing VR devices, students can be fully immersed in fire scenes, intuitively experiencing the critical situation of flames engulfing spaces and smoke blocking sight, and deeply understanding the significance of the golden escape time of fires. In addition, the system supports interactive practical training. Students can independently complete hazard investigation, correct use of fire extinguishers and fire hydrants, escape by bending down and covering noses, and emergency evacuation. The system timely corrects wrong operations and explains potential hazards. Through repeated immersive training, students can proficiently master fire escape skills and initial fire disposal methods in different campus scenarios, solving the problem of formalistic and impractical traditional fire drills.

2. Emergency Risk Avoidance Scenarios for Natural Disasters

Natural disasters such as earthquakes, typhoons, rainstorms and floods are characterized by sudden occurrence, strong destructiveness and unpredictability. Traditional classroom teaching cannot restore real disaster scenarios, making it difficult for students to form effective emergency avoidance awareness. The VR natural disaster experience module accurately simulates the occurrence of common natural disasters including earthquakes, typhoons, rainstorms, floods and landslides. With realistic images, vibration effects and environmental sound effects, it enables students to immerse themselves in the tense atmosphere of disaster occurrence. The earthquake simulation scenario restores different magnitudes of vibration, wall cracking and falling objects, guiding students to master nearby avoidance and orderly evacuation skills in classrooms, dormitories and corridors. Typhoon and flood scenarios simulate rainwater accumulation, fallen trees and water impact, teaching students to stay away from dangerous areas and avoid secondary disasters. Breaking the temporal and spatial restrictions of traditional disaster drills, the system supports regular emergency avoidance training without relying on real extreme weather, allowing students to accumulate emergency experience in a safe environment and form instinctive risk avoidance habits.

3. Special Campus Safety Protection Scenarios

Targeting exclusive campus safety hazards, the VR experience hall develops special safety experience modules tailored to students’ daily campus life, covering five core high-frequency campus safety issues: campus bullying, drowning prevention, campus traffic safety, network security and anti-fraud, as well as anti-terrorism and riot prevention. The campus bullying module restores verbal bullying, physical bullying and social isolation through virtual situational dramas, guiding students to recognize the harms of bullying, master self-protection, risk avoidance and reporting methods, and encouraging bystanders to refuse indifference and take the initiative to intervene, so as to foster a harmonious campus atmosphere. The drowning prevention module simulates dangerous waters such as wild ponds, rivers and reservoirs, intuitively demonstrating the whole process of drowning, explaining self-rescue and scientific rescue methods, correcting the wrong cognition of blind water rescue, and strengthening students’ drowning prevention guidelines. The campus traffic safety module reproduces dangerous scenarios such as traffic congestion at school gates, running red lights and non-motor vehicle retrograde, enabling students to deeply understand the harms of bad traffic habits and master safe commuting rules. Furthermore, the network anti-fraud module simulates high-frequency fraud cases including brushing orders, game fraud, fake customer service and campus loans to enhance students’ fraud identification ability. The anti-terrorism and riot prevention module simulates sudden violent terrorist incidents, teaching students skills of emergency hiding, orderly evacuation and self-protection to build an all-round daily campus safety line of defense.

4. Practical Emergency Rescue Training Scenarios

Emergency rescue skills are essential survival competencies for students. Traditional rescue teaching is dominated by theoretical explanation and model demonstration with limited hands-on opportunities, leaving students at a loss in emergencies such as syncope, suffocation, bleeding and electric shock. The VR emergency rescue module builds a standardized and repeatable practical training platform, covering practical rescue skills including the Heimlich maneuver, cardiopulmonary resuscitation (CPR), hemostasis and bandaging, electric shock rescue and scald treatment. The system disassembles rescue procedures through 3D animations and elaborates operational key points, strength standards and taboos step by step. Students conduct simulated practical training via interactive devices, and the system real-timely detects operation standardization, giving early warnings and accurate corrections for problems such as incorrect pressing positions, insufficient strength and wrong operation sequences. Compared with traditional teaching aids, VR rescue training features no material consumption and no site restrictions, allowing students to practice repeatedly and achieve proficient mastery. It effectively makes up for the deficiencies of practical emergency rescue teaching on campus.

5. Laboratory and Practical Training Safety Scenarios

Tailored for the safety teaching needs of primary and secondary school science laboratories and university professional training bases, the exclusive VR laboratory safety training module covers multi-disciplinary safety content of chemistry, biology, physics and machinery. It simulates various laboratory safety accidents such as chemical leakage, irregular operation of flammable and explosive reagents, circuit short circuit, improper gas cylinder use and mechanical operation errors, intuitively demonstrating the severe consequences of violations including explosion, corrosion and poisoning. This breaks the limitation of traditional experimental teaching that only explains specifications without displaying consequences. Students can learn standardized operation of experimental equipment, safe use of reagents, hidden danger investigation and accident emergency disposal in virtual environments to avoid risks in real experiments. Especially suitable for university practical teaching, the module provides a zero-risk rehearsal platform for high-risk experiments and comprehensively improves the laboratory safety operation literacy of teachers and students.

6. Public Health and Daily Safety Scenarios

In response to campus public health protection needs, the VR experience hall sets up a public health safety module covering infectious disease prevention, food safety, drinking water safety and campus hygiene protection. It simulates the transmission routes and infection risks of common campus infectious diseases such as influenza and norovirus, and explains protection knowledge including hand washing, regular ventilation, scientific mask wearing and disinfection. It also restores scenarios of gastrointestinal diseases caused by expired, unqualified and unclean food, guiding students to develop healthy eating and hygienic habits, covering all subtle potential safety hazards in students’ daily study and life.

II. Teaching Application Advantages of VR Campus Safety Experience Halls

In regular campus safety education, VR safety experience halls break multiple limitations of traditional teaching modes and show prominent advantages in teaching form, effect, safety and normalization, becoming an innovative tool for campus safety education.

Firstly, immersive experience strengthens cognitive memory and improves the effectiveness of safety education. Traditional safety education relies on abstract theories, making it hard for students to form intuitive risk cognition and leading to rapid knowledge forgetting. Supported by panoramic images, stereo sound effects and dynamic special effects, VR technology constructs highly simulated safety scenarios, enabling students to intuitively perceive the harms of various safety risks and break barriers in understanding abstract knowledge. Relevant educational data shows that the knowledge retention rate of students learning through immersive experience is far higher than that of traditional classroom teaching. More than 85% of students can proficiently master various emergency disposal skills, realizing the effect of one-time experience, profound memory and lifelong benefit.

Secondly, zero-risk practical training avoids teaching hidden dangers and expands teaching boundaries. High-risk scenarios such as fire explosions, earthquakes, chemical leakage and violent terrorist incidents cannot be simulated in real campus drills, resulting in obvious blind spots in traditional teaching. VR safety experience halls carry out teaching entirely through virtual scenarios without any practical risks in high-risk scenario training, completely solving the dilemma that high-risk safety scenarios cannot be practiced. It greatly expands the coverage of campus safety education and realizes full coverage of all types of safety scenario teaching without dead ends.

Thirdly, interactive teaching stimulates learning interest and transforms the education model. Traditional safety education is boring and passive, leading to low student participation and resistance. VR safety education adopts gamified, interactive and immersive modes, transforming boring safety knowledge into interesting scenario-based tasks. Students take the first-person perspective to participate in hidden danger investigation, emergency escape and practical training, actively exploring safety knowledge and practicing emergency skills. This thoroughly reverses the passive teaching mode of teacher lecturing and student listening, fully mobilizes students’ initiative and enthusiasm, and turns safety education from passive preaching into active learning.

Finally, regular training reduces teaching costs and improves educational efficiency. Traditional offline safety drills consume massive human, material and time resources with complex organization and limited frequency, making regular implementation difficult. Free from restrictions of weather, site, equipment and personnel, VR safety experience halls are available for all-weather and regular opening, supporting group and personalized training without repeated material investment, thus reducing long-term teaching costs. Meanwhile, the system automatically records students’ experience data, operational problems and skill mastery, generates personalized learning reports, and helps teachers accurately identify students’ safety literacy deficiencies and conduct targeted guidance, greatly improving the refinement and efficiency of safety education.

III. Comprehensive Educational Value of VR Campus Safety Experience Halls

The application of VR campus safety experience halls not only innovates the teaching mode of campus safety education, but also delivers important educational value in student literacy cultivation, campus safety governance, smart campus construction and safety education system improvement, promoting the high-quality development of campus safety work.

First, it consolidates students’ safety literacy and cultivates lifelong survival capabilities. Weak safety awareness and insufficient emergency experience among teenagers are the core causes of frequent safety accidents. VR immersive experience allows students to directly face various safety risks, deeply recognize the severe consequences of violations, and fundamentally strengthen their safety awareness and eliminate fluke mentality. Meanwhile, regular practical training enables students to proficiently master risk avoidance, escape, self-rescue and mutual rescue skills, accumulate rich virtual emergency experience, and gradually form keen risk identification, calm emergency disposal and scientific rescue capabilities, building lifelong practical safety literacy for students and protecting their healthy growth.

Second, it improves the campus safety education system and realizes normalized safety education. Traditional campus safety education is mostly carried out on key nodes such as Safety Education Day, Safety Week and the beginning of semesters, lacking sustainability and suffering from episodic education problems. As a fixed and regular safety education position, the VR safety experience hall can be integrated into the formal curriculum system. By launching VR safety school-based courses, after-school experience activities and community training, it realizes systematic and standardized normalized safety education, fills the gaps in daily safety education, and builds an all-round education system combining classroom theory, immersive experience, practical training and regular consolidation, making safety education run through students’ entire campus growth process.

Third, it strengthens the campus safety line of defense and reduces campus safety risks. Regular VR safety experience teaching comprehensively improves the safety awareness, risk identification and emergency disposal capabilities of teachers and students, effectively reducing unsafe behaviors such as illegal electricity use, playing with fire, chasing and dangerous experimental operations, and eliminating potential campus safety hazards from the source. In addition, the improved emergency capabilities enable teachers and students to respond quickly, dispose scientifically and evacuate orderly in sudden safety incidents, minimizing accident losses and effectively preventing campus safety accidents, so as to build a solid barrier for stable campus operation.

Fourth, it empowers smart campus construction and innovates educational models. Against the background of digital education transformation, the integration of VR technology and safety education is an innovative practice that enriches the connotation of smart campus construction. Its digital and intelligent immersive teaching model provides new ideas for campus education work such as moral education, popular science and emergency education, promoting the transformation of campus education from extensive traditional mode to refined and efficient digital mode. It helps schools build characteristic safety education brands and improve overall school-running and educational levels.

IV. Optimization Paths for the Application of VR Campus Safety Experience Halls in Schools

To further maximize the educational value of VR campus safety experience halls and avoid problems such as idle equipment, single application forms and lagging content updates, schools need to optimize the application mode from four aspects: curriculum integration, scenario updating, teacher training and normalized operation.

First, deepen curriculum integration to build a systematic teaching system. Schools should incorporate VR safety experience teaching into school-based curriculum systems, and formulate hierarchical teaching plans according to the cognitive characteristics and safety needs of students at different stages. Primary school students focus on basic safety common sense and daily risk avoidance skills; middle school students focus on emergency disposal, anti-fraud and self-protection capabilities; university students focus on training safety, public safety and comprehensive emergency capabilities. Integrating VR experience with classroom teaching, themed class meetings, emergency drills and after-school services to form a systematic and hierarchical safety education system.

Second, dynamically update scenario resources to adapt to new campus safety situations. With social development, campus safety hazards have shown diversified and new characteristics, including emerging risks such as new types of online fraud, campus psychological safety and novel infectious diseases. Schools should cooperate with technical teams to regularly update VR scenario resources, add experience content catering to current campus safety hotspots, and eliminate outdated teaching scenarios, ensuring that the teaching content is in line with actual campus safety conditions and students’ growth needs, and maintaining the timeliness and pertinence of safety education.

Third, strengthen teacher training to improve digital teaching capabilities. Schools should organize regular training for head teachers, safety teachers and practical training teachers on VR equipment operation and digital teaching application, enabling teachers to proficiently master equipment operation, scenario teaching guidance and student data analysis, conduct targeted teaching guidance based on VR resources, and solve the problem of insufficient application of digital equipment, so as to give full play to the educational value of digital teaching resources.

Fourth, improve operation mechanisms to realize efficient and normalized utilization. Establish a normalized opening system for VR safety experience halls, arrange regular class rotation experience, independent after-school experience and special community training to avoid equipment idleness. Meanwhile, build a student experience evaluation mechanism, conduct comprehensive evaluation based on experience data, practical performance and classroom performance, and incorporate safety literacy into the student comprehensive quality evaluation system to urge students to participate actively and earnestly, so as to effectively improve the effectiveness of safety education.

V. Conclusion

Campus safety is no trivial matter, and safety education is an endless task. With its unique advantages of immersion, interactivity, zero risk and normalization, the VR campus safety experience hall thoroughly solves various pain points of traditional campus safety education, enriches the forms and content of campus safety education, and builds an innovative intelligent and systematic safety education model. Its application in diverse scenarios including fire safety, natural disasters, special campus safety, emergency rescue and training safety not only effectively improves the safety awareness and emergency disposal capabilities of teachers and students to strengthen the campus safety line of defense, but also promotes the digital transformation of education and smart campus construction, injecting new vitality into modern campus safety education. In the future, schools should further deepen the application of VR safety education, continuously optimize teaching modes, enrich teaching resources and improve operation mechanisms. Empowering safety education with technology, making safety concepts take root in students’ minds, protecting the healthy growth of teenagers in an all-round way, and contributing to the construction of safe and harmonious campuses and high-quality education systems.