VapingVR

Developed by Mobiddiction in consultation with addiction medicine specialists from Nepean Blue Mountains Local Health District (NBMLHD), this immersive educational VR tool transforms how we deliver health literacy to at-risk adolescents using Virtual Reality.

Overview

VapingVR combines immersive virtual reality (VR) techniques to create an engaging “edutainment” experience. The experience uses a gamified approach with intuitive hand-tracking technology with no controllers or complicated set up needed, making it accessible and immersive for first-time VR users.

The experience comprises four interactive modules that explore the real health impacts of vaping: Addiction, Brain, Lungs and an interactive Quiz module to reinforce learning outcomes.

Problem Statement

The Growing Health Crisis

• Nicotine addiction affects developing adolescent brains
• Causes serious lung damage from exposure to fine particles and chemical compounds
• Increases cancer risk through carcinogenic flavouring agents
• Cardiovascular complications including elevated heart rate and blood pressure
• Respiratory issues worsening asthma and chronic bronchitis
• Oral health problems including gum disease and chronic irritation

The Communication Challenge

Traditional health literacy resources (pamphlets, posters, and standard educational videos) consistently fail to engage young audiences. As noted by Dr. Karen Fisher, Clinical Director for NBMLHD’s Drug and Alcohol Service: Young people have access to vast amounts of information online, but they need honest, dynamic, and regularly updated content delivered through mediums they use and trust.

Static print materials cannot keep pace with rapidly emerging evidence around vaping, leading to mistrust and disengagement from the very demographic that needs this information most.

The Opportunity

NBMLHD’s Drug and Alcohol Service recognised that reaching young people required a radical departure from traditional public health campaigns. They sought an innovative solution that could deliver evidence-based health education in a format that would genuinely resonate with and engage adolescent users.

Our Thinking

Mobiddiction’s approach centered on leveraging Virtual Reality’s unique ability to create immersive, experiential educational VR learning environments that engage users emotionally and cognitively in ways traditional media simply cannot.

Strategic Vision: Rather than telling young people about the dangers of vaping, we decided to immersively and viscerally take users through what happens inside their own bodies with Vaping. By creating a safe, controlled virtual environment users are able to experience the real consequences of vaping without real-world harm.

Key Insights

Youth Technology Adoption

Young people are natural adopters of new technology and respond to interactive, gamified experiences

Clinical Collaboration

Close partnership with addiction medicine specialists ensured all content was grounded in current clinical research and appropriate for the target demographic

Accessibility First

Hand-tracking technology removes barriers to entry, making the experience intuitive for users who have never used VR before

Evidence-Based Foundation: Throughout the development process, we worked closely with consulting doctors who have special expertise in adolescent health and youth addiction medicine. This collaboration grounded VapingVR’s content in current clinical research.

The project received validation and funding support from the NSW Government’s Statewide Health Literacy Hub, which recognised its potential to address the public health need through this innovative VR technology.

XR Experience Design

Module Architecture

Addiction Module

This module demystifies how nicotine hijacks the brain’s reward system. Users journey through neural pathways to visualise how e-cigarettes create physical dependency, making abstract concepts tangible and understandable.

Brain Module

Focused specifically on adolescent neurodevelopment, this module shows how vaping impacts cognitive function, impulse control, and emotional regulation during the critical developmental years when the brain is most vulnerable.

Lungs Module

Perhaps the most visceral experience, users explore damaged lung tissue, seeing firsthand the physical deterioration caused by inhaling vaping aerosols and chemicals. The simulation makes invisible damage visible and real.

Interactive Quiz Module

Designed to reinforce learning and encourage self-reflection, the quiz module tests knowledge retention while providing additional context and information in an engaging, non-judgmental format.

Visual Design Principles

• Realistic but Not Graphic: Each organ system and interaction was built in 3D/360º view to feel authentic without being distressing or traumatic
• Accessible Interaction: Hand-tracking gestures were designed to feel natural and require minimal learning curve
• Demographic oriented Design: Our Design elements aligned with intuitive and natural gesture based controls maintaining appeal for the target audience.

User Experience Flow: The experience was carefully paced to maintain engagement while preventing cognitive overload. Each module can be transitioned into as we followed gaming principles with a fluid user controlled design interactions.

Development

The development journey for VapingVR spanned almost three years of collaboration between Mobiddiction’s technical team, medical specialists, educational experts and project groups.

Technical Development

Gesture-Based Interaction System

One of the most significant technical challenges was creating a reliable, intuitive hand-tracking system that works across different users and skill levels. Our team conducted extensive testing and calibration to ensure:

• Consistent gesture recognition across various hand sizes and movement patterns
• Responsive, low-latency interaction that feels natural
• Clear visual feedback to guide users through gesture controls
• Robust performance across Meta Quest hardware (MetaQuest 3 and 3S)

Immersive 3D Environments

Each body system required 3D modelling and animation:

• Anatomical representations reviewed by the clinical team
• Dynamic systems showing real-time damage progression
• Smooth performance optimisation for mobile VR hardware
• Careful lighting and atmosphere to maintain immersion without causing discomfort

Medical Content Development

Working alongside Dr. Prasun Datta (Staff Specialist in Addiction Medicine) and Dr. Malini Rajandran (Paediatrician), we engaged in iterative content development:

• Translating complex medical concepts into visually digestible metaphors
• Ensuring all health information reflected current clinical research
• Adapting scientific language for adolescent comprehension without oversimplification
• Regular validation cycles with youth focus groups to test understanding and engagement

Platform Optimisation

VapingVR is optimised for deployment across educational and healthcare settings:

• Offline functionality enabling use without WiFi or internet connectivity
• Runs on Meta Quest 3 and 3S headsets
• Quick-start capability for group settings and clinical environments
• Administrative controls for deployment in institutional settings
• Ability to remotely manage updates with no patient data record capture

Challenges Overcome

Balancing Immersion with Simplicity: Creating rich, believable environments that didn’t distract from core educational messaging required constant refinement through user testing.

Controller-Free Design Complexity: Removing traditional controllers introduced significant technical challenges around gesture calibration and user onboarding, requiring custom development solutions.

Medical Visualisation: Conveying serious health impacts in a way that was educational but not excessively frightening involved close collaboration with both medical advisors and educational psychologists.

Iterative Refinement: The team at Mobiddiction conducted extensive work refining language, visuals and interaction patterns. As noted by Dr. Malini Rajandran, “ Mobiddiction’s technological expertise made this project possible, but their care and consideration for the information and our audience is what has made this such a quality health literacy tool.”

The Experience

VapingVR by Mobiddiction delivers health education through immersive storytelling that transforms passive learning into active discovery. Users don’t just hear about health impacts: they witness and interact with them in a controlled, safe virtual environment.

For Users

Young people put on a VR headset and enter an engaging, interactive world where they can explore the human body from the inside out. Using simple hand gestures, they navigate through neural pathways, examine brain chemistry changes, and witness lung damage progression. The gamified quiz at the end reinforces learning while providing immediate feedback on knowledge retention.

For Healthcare Providers

The Drug and Alcohol Service at NBMLHD has integrated VapingVR into their clinical practice as a health education tool. As Dr. Prasun Datta explains, “Our idea was to gamify the way we present information, and that makes the program much more appealing for client engagement. It’s an intervention that young people enjoy taking part in.”

Deployment Flexibility

The offline capability of VapingVR headsets means the experience can be deployed anywhere:

Healthcare Settings: Addiction centers, youth clinics, hospital drug and alcohol services

Educational Institutions: Schools, health education departments, guidance counsellor offices

Community Programs: Youth-focused nonprofits, wellness initiatives, prevention programs

Workplace Wellness: Employee assistance programs and occupational health services

Platform Development

Mobiddiction continues to refine the VapingVR experience based on user feedback and emerging research on vaping health impacts. Regular content updates ensure the experience reflects the latest clinical evidence and maintains relevance for young audiences.

Partnership Model

The three-year collaboration between Mobiddiction and NBMLHD’s clinical team has established a replicable model for how technology companies and healthcare providers can partner effectively to create evidence-based digital health interventions.

Real-World Impact

NBMLHD’s Drug and Alcohol Service uses VapingVR with young clients. The novelty of the headset gives young people a reason to engage, and the immersive content gives them a way into a conversation about vaping. NBMLHD plans to evaluate its impact on health literacy.

Research and evaluation

The project received a 2025 NSW Statewide Health Literacy Hub Research Grant.

NBMLHD plans to conduct formal research to assess the impact of VapingVR on health literacy outcomes among at-risk adolescents. This study will help to provide evidence-based validation of VR as a tool for youth health education.