Step into spaces where AR and VR meet game engine reality. Our events bring together developers, creators, and curious minds who want to build something real with spatial computing.
Building mixed reality experiences from scratch sounds intimidating until you've done it once with guidance. This sprint walks you through Unity's XR toolkit while creating an actual project you can expand later.
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Unreal's Blueprint system makes VR development approachable, but knowing which nodes connect to what still takes practice. We focus on building functional prototypes that teach you the engine's spatial quirks through hands-on work.
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Cross-platform AR gets messy fast when you're juggling iOS and Android differences. This workshop tackles AR Foundation's quirks head-on, showing you how to handle plane detection, anchors, and lighting estimation without platform-specific headaches.
Get StartedWe skip the fluff and focus on what actually matters when you're building for spatial computing
We cap enrollment at 12 people per session. Not because we're exclusive, but because spatial development needs actual attention. When someone's shader isn't compiling at 2 AM before a milestone, that matters more than filling seats.
Each workshop centers around a project you'll finish. No half-completed tutorials that end right when things get interesting. You'll run into real problems and solve them with tools that actually work in production.
Most of what you'll learn comes from seeing how other people solve the same problem differently. We structure workshops so you're constantly reviewing each other's code and approaches. Sometimes the best solution comes from someone two weeks into development, not the instructor.
Foundation setup and core mechanics. Getting comfortable with the tools before complexity hits.
Feature development and interaction design. Where theory meets messy reality and you figure out workarounds.
Polish, optimization, and deployment prep. Making it actually run well on target hardware.
Each week includes code reviews, troubleshooting sessions, and practical assignments that build toward your final project.
For developers ready to commit to deeper mastery of spatial computing
Three months working on progressively complex projects that mirror actual client work. You'll start with a simple VR interaction demo and end with a multi-user AR experience that handles real-world spatial mapping challenges.
Developers with some Unity or Unreal experience who want to specialize in XR. You don't need prior VR development experience, but you should be comfortable reading documentation and debugging your own code. We move quickly through fundamentals to get to the interesting problems.
Live coding sessions where we tackle specific XR challenges. Recent topics included optimizing draw calls for mobile VR, implementing hand tracking with custom gestures, and debugging spatial anchor persistence issues.
Submit your work every two weeks for detailed feedback. Not just "this could be better" comments, but specific suggestions about architecture decisions and performance considerations that matter in production XR apps.
You'll pair with other participants for mini-projects that require coordination. Learning to integrate your spatial tracking system with someone else's UI framework teaches you more about clean architecture than any lecture could.
VR interaction patterns, spatial audio, controller input handling
Hand tracking, eye tracking, environment understanding, physics simulation
Performance optimization, multi-user sync, deployment strategies
Time Commitment: Plan for 12-15 hours per week including sessions, project work, and code reviews. Most participants spread this across evenings and weekends.
We configure Unity XR Plugin Management, set up device testing, and establish version control practices. You'll build a simple scene with basic locomotion to verify everything works before adding complexity.
Implementing grab mechanics that feel right takes iteration. We explore different approaches to object manipulation, testing each on actual hardware to understand why certain patterns work better than others.
Plane detection, mesh generation, and spatial anchors. This is where AR development gets interesting and frustrating simultaneously. We tackle the edge cases that documentation glosses over.
Multi-user experiences, persistent content, and cross-platform considerations. Your final project combines everything you've learned into something you'd actually want to ship.
Our next cohort starts soon. Limited spots available because we keep groups small for a reason.
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