Unreal Engine AR/VR

• Unreal Engine AR/VR
• VR / AR Experiences and Game development with Unreal Engine
• Introduction to AR/VR Development
• Unreal Engine Basics for AR/VR
• Creating VR Experiences
• Developing AR Applications
• Game Development for AR/VR
• 3D Modeling and Textures for AR/VR
• User Interface (UI) in AR/VR
• Advanced AR/VR Interactions
• Optimizing AR/VR Experiences
• Exporting and Publishing AR/VR Applications.

This Course includes :

• 1. Introduction to AR/VR Development
• -Overview of Augmented Reality (AR) and Virtual Reality (VR) technologies.
• -Understanding the differences and similarities between AR and VR.
• -Introduction to Unreal Engine’s AR/VR tools and workflows.
• 2. Unreal Engine Basics for AR/VR
• -Understanding the core features of Unreal Engine for AR/VR development.
• -Setting up Unreal Engine for AR/VR projects.
• -Familiarizing with AR/VR hardware requirements.
• 3. Creating VR Experiences
• -Designing and developing interactive VR environments.
• -Implementing 3D objects navigation and interaction in VR.
• -Optimizing VR experiences for performance and user comfort.
• 4. Developing AR Applications
• -Building AR applications using Unreal Engine.
• -Integrating virtual objects into real-world environments using AR technologies.
• -Working with ARKit and ARCore for cross-platform AR development.
• 5. Game Development for AR/VR
• -Designing and implementing game mechanics specifically for AR/VR.
• -Creating immersive interactive gameplay experiences.
• -Implementing motion controls and VR-compatible physics systems.
• 6. 3D Modeling and Textures for AR/VR
• -Best practices for creating 3D models for AR/VR.
• -Working with optimized textures materials and lighting for performance.
• -Creating and importing assets optimized for AR/VR environments.
• 7. User Interface (UI) in AR/VR
• -Designing intuitive and effective user interfaces in immersive environments.
• -Creating interactive menus and HUDs for AR/VR applications.
• -Implementing hands-on interaction with UI elements in virtual space.
• 8. Advanced AR/VR Interactions
• -Designing multi-user interactive AR/VR experiences.
• -Implementing voice commands gesture controls and other input methods.
• -Working with haptic feedback and other immersive sensory technologies.
• 9. Optimizing AR/VR Experiences
• -Performance optimization techniques for AR/VR.
• -Minimizing latency and ensuring smooth user experience.
• -Testing and debugging AR/VR applications for various devices.
• 10. Exporting and Publishing AR/VR Applications.
• -Exporting AR/VR applications for different platforms (Oculus/ HTC Vive /mobile devices).
• -Implementing cross-platform compatibility and device integration.
• -Publishing and distributing AR/VR applications.