Virtual reality is a computer-generated simulation of a 3D environment, which when experienced using HMDs gives a realistic effect. The VR/AR app development requires knowledge of VR/AR hardware and any software, which will help one to design it.

This comprehensive course offers an in-depth dive into the world of AR/VR development using Unity3D. By blending theoretical concepts with practical hands-on experience, participants will gain the skills necessary to create immersive AR/VR applications for both gaming and business purposes. Throughout the course, students will:

• Explore foundational VR concepts, including types of VR experiences and hardware
• Master Unity3D’s development environment, from interface navigation to advanced 3D simulation
• Learn how to create VR applications, integrate VR devices, and implement gaze-based controls
• Delve into AR development, comparing ARKit and ARCore, and mastering 2D/3D object tracking using Vuforia SDK
• Implement mixed reality (MR) interaction techniques such as gesture and voice control, enhancing user engagement
• Gain a solid understanding of cross-platform deployment, scene management, and data persistence in Unity3D
• By the end of the course, participants will be equipped to build, deploy, and refine both AR and VR-based applications

Learning Outcomes:

Upon successful completion of this course, participants will:

• Have a strong understanding of AR/VR hardware and software fundamentals
• Develop interactive, immersive virtual and augmented reality applications using Unity3D
• Create and run simulations, integrate VR devices, and implement gaze-based control in VR environments
• Build AR-based applications using Vuforia SDK, including image and object tracking
• Understand the complexities of gesture and voice control and successfully implement them in AR/VR projects
• Be proficient in deploying applications across various platforms, managing scenes, and maintaining data persistence within Unity projects

Key Takeaways:

• Mastery of Unity3D for AR/VR application and game development
• Expertise in designing and building VR simulations with gaze-based control and physics integration
• Proficiency in developing AR applications using image and object tracking, including real-time interaction
• Understanding the latest interaction techniques such as gesture and voice control, and their application in mixed reality (MR) projects
• Knowledge of publishing and deploying AR/VR apps across multiple platforms with an emphasis on scene management and cross-platform compatibility