NVIDIA Omniverse Training is an advanced, hands-on program designed to equip learners with the skills required to build real-time 3D simulation environments, collaborative digital twins, and USD-based workflows using NVIDIA Omniverse. This training focuses on Omniverse architecture, Universal Scene Description (USD), real-time rendering, multi-user collaboration, physics-based simulation concepts, and integration of 3D assets for industrial applications. Participants will gain practical experience in creating scalable, interactive, and simulation-ready virtual environments used in manufacturing, robotics, AEC, and product design.

• Understanding of NVIDIA Omniverse ecosystem
• Ability to create USD-based 3D environments
• Skills in real-time simulation and rendering
• Knowledge of collaborative digital twin workflows
• Capability to build industrial 3D simulation projects

• Simulation and Digital Twin Engineers
• 3D Artists and Visualization Professionals
• Manufacturing and Industrial Engineers
• AEC (Architecture, Engineering & Construction) professionals
• Robotics and Automation Engineers
• Developers working on real-time 3D systems

• Basic understanding of 3D modeling or visualization concepts
• Familiarity with design, CAD, or simulation tools is helpful
• Basic knowledge of graphics workflows is an advantage
• No prior NVIDIA Omniverse experience required

• Understanding NVIDIA Omniverse architecture and ecosystem
• USD-based scene creation and asset management
• Real-time 3D simulation and rendering workflows
• Multi-user collaboration in virtual environments
• Digital twin creation and industrial visualization
• Integration of 3D assets from external tools
• Foundational knowledge of physics-based simulation concepts

Upon completion of this training, participants will be able to design and manage real-time 3D environments using NVIDIA Omniverse. They will be capable of building digital twins, collaborating in USD-based workflows, and applying simulation techniques for industrial and design applications.

Introduction to NVIDIA Omniverse and Digital Twin Concepts
• Overview of Omniverse platform and applications
• Digital twin fundamentals and industry use cases
• NVIDIA Omniverse ecosystem components
• Introduction to USD (Universal Scene Description)

Omniverse Interface and Project Setup
• Workspace navigation and tools overview
• Creating Omniverse projects
• Importing and organizing 3D assets
• Scene hierarchy and structure management

USD Fundamentals for 3D Collaboration
• USD structure and workflow concepts
• Layers, references, and composition basics
• Asset versioning and organization
• Collaborative scene building fundamentals

Hands-on exercises

Real-Time Rendering and Simulation Basics
• Physically based rendering concepts
• Real-time scene updates and visualization
• Lighting, materials, and environment setup
• Interactive simulation fundamentals

Multi-User Collaboration Workflows
• Live collaboration in Omniverse
• Shared scene editing and synchronization
• Team-based 3D project workflows
• Conflict handling and version control basics

Physics and Behavior Simulation Concepts
• Introduction to physics simulation in Omniverse
• Rigid body and motion concepts
• Environmental interactions
• Simulation performance considerations

Hands-on exercises

Advanced Digital Twin Workflows
• Industrial digital twin design workflows
• Manufacturing and robotics simulation scenarios
• AEC visualization and infrastructure modeling
• Scenario-based simulation testing

Integration and Pipeline Workflows
• Importing assets from external tools
• Workflow integration strategies
• Optimization for large-scale scenes
• Performance tuning and best practices

Capstone Project: Omniverse Digital Twin
• End-to-end digital twin environment creation
• Multi-asset scene assembly
• Real-time simulation setup
• Final review and optimization

Hands-on exercises

• Omniverse architecture and tools
• USD workflow and asset management
• Real-time rendering concepts
• Multi-user collaboration
• Physics simulation basics
• Digital twin applications

• USD scene creation exercises
• Real-time simulation tasks
• Collaboration workflow assignments
• Final digital twin project

Participants will receive course materials, slides, reference materials, exercises and access to resources for further learning.

Participants who successfully complete the training will receive an AcadNXT Certification in NVIDIA Omniverse Training, validating their expertise in real-time 3D simulation, USD-based workflows, and collaborative digital twin development using NVIDIA Omniverse.