Unity VR/AR Training

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KOSMOS Technologies

Process of Training And Development

Keys Of Training Principles

Progressive Skill Development

Structure the content to start with fundamental concepts and gradually move towards more complex topics. This ensures learners build a solid foundation before tackling advanced techniques.

Hands-On Experience

Incorporate practical projects that allow learners to apply what they've learned in real-world scenarios. This approach helps reinforce theoretical knowledge and enhances problem-solving skills.

Comprehensive Coverage

Provide a thorough exploration of both basic and advanced topics, covering essential skills and tools needed for effective VR/AR development. This breadth ensures learners are well-equipped to handle a variety of challenges.

Real-World Application

Focus on skills that are directly applicable to industry needs. This relevance prepares learners to address practical problems and develop solutions that align with current professional standards.

Incremental Complexity

Introduce more complex concepts and techniques progressively, building on previously acquired knowledge. This helps learners gradually adapt to advanced topics without becoming overwhelmed

Levels Of Training

Level 1: Initiation in VR&AR with Unity

Build a solid foundation in Unity and VR/AR development. Learners will understand Unity basics, create simple VR/AR scenes, and interact with virtual objects. By the end, students will be able to set up Unity, use basic scripting, and deploy simple VR/AR applications.

Level 2: Build VR&AR Application Industry Based

Enhance VR/AR development skills with advanced Unity features and interactions. Learners will implement complex interactions, integrate networking, and optimize performance. By the end, students will create sophisticated VR/AR applications with enhanced interfaces and multiplayer functionality.

Level 3: Advanced VR&AR And Reinforcement Learning in Unity

Master advanced VR/AR techniques for professional-grade applications. Learners will focus on advanced physics, AI, and mixed reality. By the end, students will develop complex, high-quality VR/AR projects showcasing their expertise.

Level 1. VR Museum Tour

Application

Create a virtual museum where users can navigate through different exhibits and interact with various artifacts. This project provides an engaging way to explore historical artifacts, art, and scientific exhibits.

Implementation

Set up Unity and VR SDKs, then design the museum environment and add 3D exhibits. Implement VR navigation controls and interactive elements. Build and deploy the application, ensuring smooth performance.

Level 2. AR Maintenance and Repair Training

Application

Develop an AR application to assist in the maintenance and repair of machinery. Users can use their mobile devices to scan equipment and receive step-by-step repair instructions with visual overlays or explore different approaches on their own.

Implementation

Create a Unity project with AR Foundation and set up AR plane detection and marker tracking. Develop AR overlays for repair instructions, link device and build event-driven mechanism to allow for full immersive experience during training and integrate external data sources. Optimize and deploy the app for mobile devices, testing for functionality.

Level 3. VR Colab Maintenance

Application

Create a VR training application where users explore different machine maintenance approaches. The application uses reinforcement learning to train machine, enhancing the learning experience.

Implementation

Develop the VR application in Unity, integrating reinforcement learning to train machine on certain patterns. Provide tools for users to test different scenarios and receive immediate feedback and colab to fix a problem.

Career Impact

Productivity

Learners gain the ability to efficiently create and manage interactive applications, including games and VR/AR experiences.

Quality

Emphasizes industry best practices, resulting in high-quality, polished projects that meet professional standards.

Advantages

Prepares learners for diverse roles like digital twin development, game development and interactive media, enhancing career prospects and opportunities in various industries.