AR-VR
Students will learn how to a create AR-VR Application using Unity. They will explore the fascinating world of Augmented Reality (AR) and Virtual Reality (VR), gaining a deep understanding of these groundbreaking technologies.
About AR-VR
Immerse yourself in the world of augmented reality (AR) and virtual reality (VR) with Tech Cryptors’ comprehensive AR-VR Masterclass.
Designed for professionals and tech enthusiasts, this advanced course provides in-depth training on AR and VR development using the latest tools and technologies. Gain hands-on experience in creating immersive environments, integrating sensors and gestures, and optimizing performance for different devices. Explore real-world examples and industry best practices to build captivating AR-VR experiences for gaming, education, healthcare, and more. Stay ahead of the curve in this dynamic field and unlock the potential of Tech Cryptors AR-VR Course.
We have Trained professionals from
Understanding what is Augmented Reality (AR) and Virtual Reality (VR)
Learn how AR-VR works
Explore Unity software for Android development, unlocking the potential to create interactive experiences.
Differentiate between open source and free software based on their licensing models and principles regarding accessibility and usage rights.
Customize Unity for efficient development by configuring settings and project preferences.
Efficiently configure the SDK for streamlined software development.
Learn to create projects in Unity, mastering the process of setting up and organizing your game or application development environment with ease.
Learn about AR integration in various applications
Gain an overview of the Unity interface for efficient game and application development.
Utilize GameObjects in Unity to create interactive elements in your projects.
Get a quick overview of the Unity interface, empowering you to navigate and utilize its various components effectively for game or application development.
Manipulate GameObjects in Unity with ease, applying movements, rotations, and scaling for precise control over object transformations.
Enhance your GameObjects in Unity by adding vibrant colors, allowing you to bring visual appeal and differentiation to your game or application elements effortlessly.
Apply textures to GameObjects in Unity for enhanced visual appeal.
Effectively handle keyboard events in Unity, empowering you to capture and respond to user input from keyboard interactions within your game or application.
Import the Google VR SDK into Unity, enabling you to integrate virtual reality capabilities and features into your Unity projects seamlessly.
Create a VR application in Unity that allows users to experience a 360-degree view of the virtual world, providing an immersive and captivating VR experience.
Build a 3D maze in Unity for an immersive and interactive gaming experience.
Add VR functionality to your 3D maze in Unity for an immersive gaming experience.
Enable VR player movement in Unity for immersive navigation in virtual environments.
Create interactive VR experiences in Unity with grab and release mechanics for seamless object manipulation.
Enable VR object interaction in Unity through grab and throw mechanics.
Deploy the maze application on Android devices for on-the-go gaming.
Import the Vuforia package into Unity, enabling you to seamlessly integrate Vuforia's powerful augmented reality (AR) features and functionalities into your Unity projects.
Utilize web camera output and generate a license key for Unity projects.
Create and upload image targets to a Vuforia database in Unity for AR experiences.
Project a 3D model onto an image target in Unity using Vuforia, enabling the augmented reality experience of overlaying virtual objects onto real-world markers.
Test your Unity project on an Android smartphone for optimal performance.
Create a canvas in Unity and add a background image to enhance the visual presentation of your user interface (UI) elements.
Design UI buttons within the canvas of your Unity project, allowing for intuitive user interaction and navigation within the user interface.
Utilize the EventSystem in Unity to manage and handle user input events, enabling efficient and responsive interactions within your game or application.
Program the UI buttons in your Unity project, enabling them to perform specific actions or trigger events when clicked or interacted with by the user.
Create a virtual button on an image target in Unity, allowing users to interact with a sphere and cube objects in the augmented reality (AR) environment.
Program the virtual button in Unity, defining its behavior and functionality when pressed or interacted with by the user.
Create markerless augmented reality in Unity by placing virtual objects on the ground surface for a realistic AR experience.
Create a cylinder target database in Unity, allowing for the recognition and tracking of cylindrical objects as markers in augmented reality (AR) experiences.
Project 3D models onto planes surrounding a cylinder target in Unity for augmented reality (AR) immersion.
Create a fusion animation in Unity with a distance calculator for interactive visual effects.
Discover the software development tools and frameworks used to create AR experiences
Click Here to view a complete step-by-step guide on how to install Unity Hub
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