Step Into Tomorrow's Gaming Reality

Master AR and VR development through hands-on projects that bridge imagination with cutting-edge technology. Our comprehensive program launches September 2025.

Explore Program Details

Where Virtual Worlds Come Alive

Game development in AR and VR isn't just programming—it's crafting experiences that blur the line between digital and physical reality.

Immersive Environment Design

Build worlds that players can walk through, touch, and manipulate. Learn spatial design principles that make virtual environments feel authentic and engaging.

Interactive Physics Systems

Create realistic object interactions using Unity and Unreal Engine. Students develop games where physics behave naturally, making virtual experiences believable.

Cross-Platform Deployment

Deploy your games across multiple VR headsets and AR devices. Master the technical challenges of making games work seamlessly on different hardware platforms.

Beyond Traditional Game Development

Working in AR and VR requires understanding spatial computing, user comfort, and presence—concepts that don't exist in traditional gaming. Our curriculum covers motion tracking, spatial audio, and user interface design for three-dimensional spaces.

Students work with professional-grade equipment including Meta Quest headsets, HoloLens devices, and motion capture systems to understand how different technologies shape game design decisions.

Learn About Our Approach
AR and VR development workspace showing modern equipment and design tools

Your Development Journey

01

Foundation Building

Start with 3D mathematics, spatial reasoning, and basic Unity development. Build simple AR applications that track objects and respond to real-world movements before advancing to complex interactions.

Students working on foundational AR development concepts using tablets and markers
02

Advanced Interaction Systems

Develop gesture recognition, voice commands, and hand tracking systems. Create games where players use natural movements instead of traditional controllers, requiring new approaches to user input and feedback.

VR development setup showing hand tracking and gesture recognition technology in use
03

Portfolio Development

Complete three major projects showcasing different aspects of AR/VR development. Students create puzzle games for AR, immersive experiences for VR, and mixed reality applications that combine both technologies.

Completed AR and VR game projects displayed on various devices and platforms

Voices From Our Community

The program really opened my eyes to spatial design challenges. Working with actual VR hardware from day one made theory immediately practical. Now I'm developing location-based AR experiences for tourism companies.

Portrait of Kristijan Metodiev, AR developer
Kristijan Metodiev
AR Developer, Graduated 2024

The focus on user comfort and motion sickness prevention was crucial knowledge I didn't find elsewhere. These technical considerations directly impact how players experience VR games, and understanding them makes you a better developer.

Portrait of Elena Stojanovski, VR game designer
Elena Stojanovski
VR Game Designer, Class of 2024

September 2025 Program Launch

Our next cohort begins September 15, 2025, with enrollment opening March 2025. The 14-month program combines evening classes with weekend lab sessions to accommodate working professionals.

Hardware Access

Use professional VR headsets, AR devices, and motion tracking equipment during all lab sessions

Industry Projects

Collaborate on real client projects with local businesses exploring AR marketing and VR training applications

Flexible Schedule

Evening classes Tuesday and Thursday, weekend labs Saturday morning—designed for current professionals

View Full Curriculum Schedule Information Session