VR Development Webinar Series
Master virtual reality game development through our progressive learning journey designed for ambitious creators
VR Fundamentals & Setup
We'll start your VR journey with essential concepts and practical setup. You'll learn about VR hardware differences, Unity's XR toolkit configuration, and basic scene construction. This foundation series covers spatial audio implementation, comfort settings that prevent motion sickness, and your first interactive VR experience.
Key Topics: Unity XR setup, VR hardware compatibility, spatial tracking, basic interaction systems, and comfort optimization techniques.
Register for Foundation SeriesInteractive Systems & Game Mechanics
Building on your foundation, we'll dive into creating engaging VR interactions. You'll develop hand tracking systems, object manipulation mechanics, and inventory systems specifically designed for VR environments. We'll also cover UI design principles that work naturally in three-dimensional space.
Key Topics: Hand tracking implementation, grab and throw mechanics, VR UI design, inventory systems, physics-based interactions, and user feedback systems.
Join Intermediate TrackAdvanced VR Game Development
The final series focuses on professional-level VR development. You'll master performance optimization, multiplayer VR experiences, and advanced rendering techniques. We'll cover memory management, frame rate optimization, and deployment strategies for various VR platforms including Quest, Steam VR, and mobile VR.
Key Topics: Performance optimization, multiplayer networking, advanced shaders, cross-platform deployment, analytics integration, and monetization strategies.
Advance Your SkillsProgressive Learning
Each series builds upon previous knowledge, ensuring you develop skills systematically without overwhelming complexity.
Practical Projects
Every session includes hands-on projects that you can add to your portfolio, demonstrating real VR development experience.
Community Support
Join our active community of VR developers for ongoing support, collaboration opportunities, and project feedback.
Upcoming Sessions
VR Physics & Interaction Design
Understanding physics systems in VR environments is crucial for creating believable interactions. We'll explore Unity's physics engine optimization for VR, implement realistic object behaviors, and create satisfying haptic feedback systems that enhance user immersion.
Spatial Audio & Immersive Soundscapes
Audio plays a massive role in VR presence. This session covers 3D audio implementation, environmental sound design, and dynamic audio systems that respond to player actions. You'll learn to create audio cues that guide players naturally through your VR world.
Performance Optimization Strategies
VR demands consistent high performance. We'll dive into profiling tools, rendering optimization techniques, and memory management strategies. You'll learn to maintain 90+ FPS across different VR hardware configurations while maximizing visual quality.
Multiplayer VR Development
Creating shared VR experiences requires special considerations. This advanced session covers networking for VR, avatar systems, voice chat integration, and synchronizing physics interactions across multiple users in real-time.
Cross-Platform Deployment
Learn to deploy your VR games across multiple platforms. We'll cover Quest store requirements, Steam VR compatibility, mobile VR optimization, and managing different input systems for maximum market reach.
Meet Your Instructors
Ahmed Rahman
With over 8 years in VR development, Ahmed has shipped multiple commercial VR titles and specializes in performance optimization and cross-platform deployment. He's passionate about teaching complex concepts through practical examples.
Sarah Mitchell
Sarah brings unique expertise in VR user experience design and game mechanics. Her background in psychology helps create VR experiences that feel natural and engaging, with particular focus on comfort and accessibility.
Marcus Chen
Marcus leads our advanced technical sessions, covering networking, advanced shaders, and system architecture. His enterprise VR experience helps students understand scalable development practices and professional deployment strategies.