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Course Outline

Introduction to NVIDIA Omniverse

  • Overview of the NVIDIA Omniverse platform and its core capabilities
  • Insights into real-time 3D collaboration workflows
  • Applications of Omniverse across engineering, design, and simulation sectors
  • An overview of the Omniverse architecture and its broader ecosystem

Omniverse Components and Environment Setup

  • Exploring Omniverse applications and associated services
  • Installation and configuration of the Omniverse Launcher
  • Management of Omniverse components and extensions
  • Establishing the development and simulation environment

Working with Omniverse Nucleus

  • Understanding the role of Nucleus in facilitating collaboration workflows
  • Configuration and management of Nucleus services
  • Strategies for sharing and managing 3D assets
  • Facilitating real-time collaboration across teams

3D Assets, Materials, and RTX Rendering

  • Importation and management of 3D design assets
  • Utilizing materials and creating realistic environments
  • Understanding the capabilities of RTX rendering
  • Producing physically accurate visualizations and simulations

Building Simulations with Omniverse Applications

  • Overview of key Omniverse applications:
    • Omniverse Create
    • Omniverse View
    • Audio2Face
    • Kaolin
  • Creation and editing of interactive 3D scenes
  • Development of realistic simulation workflows
  • Application of Omniverse tools to specific design scenarios

Omniverse Kit and API Development

  • Introduction to Omniverse Kit
  • Understanding workflows based on Kit
  • Leveraging APIs to extend Omniverse functionality
  • Automation and customization of simulation workflows

Connecting Design Tools with Omniverse

  • Understanding Omniverse Connectors
  • Integration of CAD and rendering applications
  • Managing data exchange between design platforms
  • Establishing connected design workflows

Extending NVIDIA Omniverse

  • Utilizing extensions, utilities, and services
  • Customization of Omniverse environments
  • Enhancing workflows through additional capabilities
  • Addressing advanced simulation requirements

Practical Workshop and Troubleshooting

  • Constructing a collaborative 3D simulation workflow
  • Creation and rendering of realistic environments
  • Integration of external design tools
  • Identification and resolution of common issues

Course Review and Best Practices

  • Review of Omniverse workflows and capabilities
  • Discussion of real-world applications
  • Best practices for collaborative 3D design and simulation
  • Summary and recommended next steps

Requirements

  • A foundational understanding of engineering design simulation concepts
  • Proficiency with 3D CAD or rendering software (such as AutoCAD, Rhino, Keyshot, etc.)

Target Audience

  • Design Engineers
  • Industrial Designers
 14 Hours

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