Role: Experience Designer, UX Researcher
Tools: Adobe Illustrator, Adobe InDesign, User Interviews, Surveys, Secondary Research, Storyboarding, Virtual Reality Design
Deliverables:
Tools: Adobe Illustrator, Adobe InDesign, User Interviews, Surveys, Secondary Research, Storyboarding, Virtual Reality Design
Deliverables:
• Printed Research Report
• Surveys & Interviews
• Educational Experience Strategy
• Storyboards
• Virtual Reality Environment Design
• Equirectangular Environment Mapping
• Visual Design System
• Interactive Educational Prototype
• Surveys & Interviews
• Educational Experience Strategy
• Storyboards
• Virtual Reality Environment Design
• Equirectangular Environment Mapping
• Visual Design System
• Interactive Educational Prototype
This project explored how immersive technology could strengthen environmental education and increase student engagement in ocean conservation. While marine ecosystems play a critical role in sustaining life on Earth, ocean conservation is often covered only briefly within middle school science curricula, creating an opportunity to develop more impactful learning experiences.
The target audience included middle school students and science educators seeking engaging, accessible ways to explore environmental topics in the classroom. As technology becomes increasingly integrated into educational settings, I was interested in examining how virtual reality could transform traditionally passive learning into a more interactive and memorable experience.
To better understand the needs of both students and educators, I conducted a combination of primary, secondary, and design research. This process included interviews, surveys, academic articles, documentaries, and educational case studies focused on classroom technology adoption. The research revealed a strong opportunity for immersive learning tools that encourage curiosity, increase retention, and foster a deeper emotional connection to environmental issues.
The resulting concept leverages virtual reality as an educational platform, allowing students to experience ocean environments firsthand rather than simply reading about them. By combining experiential learning with curriculum-based content, the project aims to create a more engaging approach to teaching ocean conservation and inspire greater environmental stewardship among future generations.
Research on classroom technology adoption and science education practices informed both the content and delivery of this experience. I explored how environmental topics are currently introduced to middle school students and examined the growing role of digital tools in modern learning environments. As technology continues to shape how younger generations engage with information, designers have an opportunity to create educational experiences that feel both relevant and engaging.
The findings supported the use of virtual reality as an effective medium for delivering ocean conservation content. Students increasingly gravitate toward interactive and visually immersive experiences, making VR uniquely positioned to capture attention while encouraging active participation in the learning process. Rather than relying solely on traditional instructional methods, the experience allows students to explore and discover information within a simulated environment, creating a stronger connection to the subject matter.
The visual design was intentionally developed to support engagement and comprehension. Vibrant color palettes, environmental storytelling, and concise educational content work together to maintain attention while ensuring information remains accessible and age-appropriate for middle school learners.
To create the virtual environment, I designed within an equirectangular grid system, which allowed a fully immersive 360-degree experience to be mapped from a two-dimensional workspace. This process enabled the creation of a navigable underwater environment that could be viewed through virtual reality technology, transforming static educational content into an interactive learning experience.
At its core, this project explored how interactive design can foster a deeper understanding of ocean conservation among younger audiences. By combining research on environmental education, emerging technology, and user engagement, I developed a concept that reimagines how complex scientific topics can be introduced through immersive learning experiences.
The project challenged me to work beyond traditional interface design and consider how emerging technologies can shape the future of education. Designing for virtual reality required a different approach to storytelling, information hierarchy, and user interaction, ultimately expanding my understanding of experience design beyond the limitations of a screen.
While this concept was developed as an educational prototype, it demonstrates the potential for immersive technologies to create more meaningful connections between learners and the content they engage with. As virtual reality continues to evolve and become more accessible, I see opportunities to further develop the experience through expanded educational modules, increased interactivity, and deeper integration with classroom curricula.
More broadly, this project reinforced my belief that thoughtful design can be a powerful tool for education, engagement, and social impact. By creating experiences that encourage curiosity and exploration, designers can help audiences better understand the world around them and inspire meaningful action.
