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Course Outline
Introduction to NVIDIA Omniverse
- Overview of NVIDIA Omniverse platform and capabilities
- Understanding real-time 3D collaboration workflows
- Applications of Omniverse in engineering, design, and simulation
- Overview of Omniverse architecture and ecosystem
Omniverse Components and Environment Setup
- Understanding Omniverse applications and services
- Installing and configuring the Omniverse Launcher
- Managing Omniverse components and extensions
- Setting up the development and simulation environment
Working with Omniverse Nucleus
- Understanding the role of Nucleus in collaboration workflows
- Setting up and managing Nucleus services
- Sharing and managing 3D assets
- Supporting real-time collaboration between teams
3D Assets, Materials, and RTX Rendering
- Importing and managing 3D design assets
- Working with materials and realistic environments
- Understanding RTX rendering capabilities
- Creating physically accurate visualisations and simulations
Building Simulations with Omniverse Applications
- Overview of Omniverse applications:
- Omniverse Create
- Omniverse View
- Audio2Face
- Kaolin
- Creating and editing interactive 3D scenes
- Developing realistic simulation workflows
- Applying Omniverse tools to design scenarios
Omniverse Kit and API Development
- Introduction to Omniverse Kit
- Understanding Kit-based workflows
- Using APIs to extend Omniverse functionality
- Automating and customising simulation workflows
Connecting Design Tools with Omniverse
- Understanding Omniverse Connectors
- Integrating CAD and rendering applications
- Managing data exchange between design platforms
- Creating connected design workflows
Extending NVIDIA Omniverse
- Working with extensions, utilities, and services
- Customising Omniverse environments
- Enhancing workflows through additional capabilities
- Supporting advanced simulation requirements
Practical Workshop and Troubleshooting
- Building a collaborative 3D simulation workflow
- Creating and rendering realistic environments
- Connecting external design tools
- Identifying and resolving common issues
Course Review and Best Practices
- Reviewing Omniverse workflows and capabilities
- Discussing real-world applications
- Best practices for collaborative 3D design and simulation
- Summary and next steps
Requirements
- An understanding of engineering design simulation concepts
- Experience with 3D CAD or rendering software (AutoCAD, Rhino, Keyshot, etc.)
Audience
- Design Engineers
- Industrial Designers
14 Hours
Testimonials (2)
The practices and the fact that you can share your screen for guidance from the trainer
Ramon Vann Cleff - DOST - Advanced Science and Technology Institute
Course - SolidWorks
the point that Huba took the time to sit with me as the lesser knowledgeable of the application and go through each part and explain where i had gone wrong and how to correct the issue
