NVIDIA Omniverse for Industrial Digital Twins and Simulation

Dive into the future of industrial simulations with NVIDIA Omniverse and see digital twins like never before! Industrial organisations are increasingly exploring digital twins and simulation technologies to improve how they design, evaluate and manage complex physical systems. Digital twins can represent aspects of real-world environments, equipment and processes within digital modls, enabling engineers and technical teams to investigate scenarios before implementing changes in physical facilities. NVIDIA Omniverse provides technologies for developing and connecting 3D applications and simulation workflows, including capabilities relevant to industrial digital twins, robotics and physically based virtual environments. This NobleProg hybrid event explores the concepts, architecture and potential industrial applications of NVIDIA Omniverse technologies, with an emphasis on digital twin development and simulation workflows. Participants can attend onsite in Hyderabad, or join live online, with both attendance options running simultaneously. Why Attend? Industrial digital twins and simulation can help organisations evaluate designs, understand system behaviour and investigate operational changes in virtual environments. This event explores how Omniverse technologies can support industrial engineering and simulation initiatives. Participants will examine: • The role of digital twins in manufacturing and industrial automation. • NVIDIA Omniverse concepts and architecture. • OpenUSD and its role in 3D scene composition and interoperability. • Virtual factory and industrial environment modelling. • Simulation approaches for robotics and automated systems. • Integration considerations for engineering and industrial data. • Potential applications in factory planning, robotics and process evaluation. • Performance, accuracy and validation considerations for industrial simulations. Key Topics 1. Introduction to Industrial Digital Twins Explore the concept of digital twins and their applications in industrial environments. Potential areas include: • Digital models, simulations and digital twins. • Representing physical assets and environments. • Virtual factory concepts. • Industrial planning and operational scenarios. • Benefits and limitations of digital twin approaches. 2. NVIDIA Omniverse Architecture Examine the role of NVIDIA Omniverse technologies in developing and connecting 3D simulation workflows. Consider the relationship between Omniverse components, 3D assets, application development and simulation environments. 3. OpenUSD for Industrial Workflows Explore OpenUSD (Universal Scene Description) as a framework for representing, organising and composing complex 3D scenes. Potential topics include: • Scene composition. • Assets and scene structure. • Layering and references. • 3D data interoperability. • Collaboration across engineering workflows. 4. Creating Virtual Industrial Environments Explore how digital representations of industrial facilities can support engineering and planning. Potential areas include: • Factory layout representation. • Industrial equipment and asset models. • Virtual production environments. • Scene organisation and visualisation. • Evaluating alternative configurations. 5. Simulation for Industrial Engineering Examine how simulation can support the evaluation of industrial systems. Potential areas include: • Physically based simulation concepts. • Equipment movement and interaction. • Scenario testing. • Spatial planning. • Simulation assumptions and limitations. • Validation against real-world behaviour. 6. Omniverse and Industrial Robotics Explore the relationship between virtual environments, robotic systems and industrial automation. Potential areas include: • Robot simulation concepts. • Robotic workcells. • Sensor simulation. • Robot motion and environment interaction. • Testing automation scenarios virtually. • Connections with robotics development workflows. 7. Integrating Industrial Data and Systems Consider how digital twin environments may interact with engineering models, industrial data sources and operational systems. Topics may include: • 3D asset preparation and import. • Data interoperability. • Engineering model integration. • Sensor and operational data concepts. • Data synchronisation considerations. • Integration architecture and dependencies. 8. Visualisation and Collaborative Engineering Explore how shared 3D environments can support engineering reviews, design communication and the evaluation of industrial scenarios. 9. Performance and Deployment Considerations Examine technical considerations relevant to Omniverse-based industrial applications, including: • GPU and computing requirements. • Scene complexity. • Rendering and simulation performance. • Data management. • Application compatibility. • Infrastructure planning. • Deployment and maintenance. 10. Planning Industrial Digital Twin Projects Explore how organisations can assess potential use cases based on: • Business and engineering objectives. • Availability of 3D and operational data. • Required simulation fidelity. • Integration complexity. • Computing infrastructure. • Validation requirements. • Implementation and maintenance costs. These are proposed topic areas based on the event title. Final curriculum coverage, NVIDIA Omniverse components, software versions, demonstrations and practical exercises require confirmation against the approved course agenda. Who Should Attend? This event is relevant to: • Industrial automation engineers • Manufacturing engineers • Digital twin developers • Simulation engineers • Robotics engineers • 3D application developers • Industrial software engineers • Factory planning professionals • Systems integration engineers • Technical teams involved in smart manufacturing and Industry 4.0 initiatives Prerequisites Familiarity with industrial engineering, robotics, simulation, 3D modelling or software development may be useful. Specific prerequisites involving Python, OpenUSD, 3D development or GPU computing will depend on the confirmed course agenda. Delivery Format Hybrid — Onsite and Live Online Participants can attend physically at the Hyderabad venue or join the same event remotely through live online participation. About NobleProg NobleProg provides professional training in technical and business-related subjects, supporting individuals and organisations in developing relevant knowledge and skills. Registration Register your interest in NVIDIA Omniverse for Industrial Digital Twins and Simulation in Hyderabad. Choose onsite participation in Hyderabad or live online attendance when the event schedule and registration options are confirmed. Contact us at [email protected]