Artscape- VR Art Gallery Exploration Platform
Immersive Multi-Platform Experience Design (Concept Project)
Project Summary
Artscape is a concept VR experience platform that enables users to virtually explore global art galleries from home through immersive panoramic environments. The project was created in response to pandemic-era travel restrictions and reduced access to cultural spaces.
I designed the end-to-end UX and UI system across VR and companion device interfaces, focusing on low-friction exploration, immersive continuity, and minimal cognitive load so users could focus on art rather than interface learning.
Type: Concept Product
Platform: VR + tablet/mobile companion interface
Timeline: 3 months
Role: Product Designer (UX, UI, Visual) — end-to-end ownership
Outcome: Validated demand and usability patterns through user research and iterative prototype testing
Problem
During pandemic restrictions, access to physical art galleries and museums became limited. While virtual tours existed, most experiences were fragmented, hard to navigate, or designed like websites rather than immersive exploration environments.
The opportunity was to design a VR-first gallery exploration experience that:
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Reduced interface friction
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Preserved immersion
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Supported long-form exploration sessions
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Worked across device contexts
Goals
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Enable immersive gallery exploration from home
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Minimize UI intrusion inside VR environments
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Support exploration without search friction
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Allow deep artwork inspection and learning
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Maintain cross-platform UX continuity
Users & Research Insights
I conducted a 25-question survey with 30 participants (age 20–50) to understand interest and behavior patterns around virtual cultural experiences.
Key findings:
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70% interested in virtual gallery exploration
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60% unable to visit museums due to restrictions
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35% willing to spend 1–2 hours per session
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Users preferred browsing visually rather than typing search queries
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Users wanted artwork detail overlays without breaking immersion
These findings shaped both navigation and information display patterns.
Experience Principles
System Design Scope
From research synthesis, I defined core design principles:
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Exploration over navigation
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Visual browsing over text search
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Minimal UI intrusion in immersive mode
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Contextual information on demand
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Continuous session awareness
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Device-agnostic clarity
Artscape required designing a coordinated experience across:
VR Immersive Mode
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Panorama-based gallery navigation
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Spatial exploration model
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Artwork focus mode
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Context widgets for details
Companion Device Interface (Tablet/Mobile)
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Gallery selection
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Tour session entry
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Progress visibility
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Contextual metadata panels
I ensured interaction and information models remained consistent across device types to reduce learning overhead.
Key Design Decisions
Search vs Visual Selection
Finding: Users preferred visual browsing over typing gallery names
Decision: Replaced search-first model with gallery card selection
Impact: Reduced interaction friction and cognitive load
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Artwork Detail Access
Finding: Users wanted deeper learning without leaving the experience
Decision: Added contextual artwork widgets with expandable details
Impact: Preserved immersion while supporting depth
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Session Awareness
Decision: Added visible session indicators showing active tour status and participant presence
Impact: Increased perceived activity and engagement continuity
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Interface Intrusion Control
Decision: Reduced persistent UI elements in immersive mode and used contextual reveal patterns
Impact: Maintained focus on art rather than controls
Exploration & Iteration Process
Constraints & Design Tradeoffs
Interaction & Visual Design Approach
Validation Outcomes
Collaboration Model
Concept Exploration
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Panorama-based spatial layout experiments
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Multiple VR navigation models tested
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Interior gallery structure simulations
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Low-Fidelity Design
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Tablet-first wireframes
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VR interaction mapping
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Navigation simplification passes
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Prototype Testing
Interactive prototypes were tested both remotely and in-person to validate:
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Navigation clarity
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Exploration comfort
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Discovery patterns
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Detail access usability
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A major constraint was sourcing usable 360° panoramic gallery imagery for realistic immersion.
Design responses:
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Created modular gallery structure patterns
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Designed layout system independent of specific galleries
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Focused on reusable spatial navigation model
This shifted the project from asset-dependent design to system-driven immersive design — an important architectural pivot.
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Strong typographic hierarchy for readability
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Minimal UI chrome in immersive mode
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Contextual overlay widgets
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Clean layout structure
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Focus-driven visual hierarchy
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Distinct session header panel
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Artifact detail reveal patterns
Prototype testing validated:
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Strong user interest in immersive exploration
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Preference for visual gallery selection
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Need for contextual artwork detail
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Low tolerance for persistent UI overlays
As an independent concept project, I owned:
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Research design
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UX architecture
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Interaction modeling
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Visual design system
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Prototype testing
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Iteration cycles
This 50 second video shows how the final prototype works-​
Key Learnings
Designing for immersive VR environments requires shifting from screen-based navigation models to spatial exploration models. Minimizing interface intrusion while preserving discoverability is critical.
This project deepened my approach to:
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Cross-platform experience continuity
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Contextual information layering
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Immersive interaction patterns
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System-level navigation design
If extended, the next step would be building a scalable immersive gallery framework that supports multiple institutions through a shared spatial interaction system.