Real-Time Digital Twin Architecture Immersive is a B.Tech project topic for Instrumentation and Control Engineering. It gives students a clear starting point for research, implementation planning, and documentation.
Real-Time Digital Twin Architecture Immersive Project Details
| Abstract |
This project outlines the development of a real-time digital twin architecture designed to enhance immersive industrial automation training. By bridging physical automation hardware with high-fidelity virtual replicas, the framework enables safe, interactive, and cost-effective educational environments. The architecture utilizes industrial communication protocols, such as OPC Unified Architecture (OPC UA) or Modbus TCP, to synchronize physical programmable logic controllers (PLCs) with a 3D virtual environment. This real-time synchronization allows students and operators to monitor, control, and troubleshoot complex industrial processes, such as conveyor systems or robotic arms, within a risk-free virtual space. The implementation focuses on low-latency data transmission and accurate physical state representation to ensure high immersion. Through this framework,
users can simulate diverse operational scenarios, inject faults, and evaluate control strategies without risking physical equipment damage. The proposed system serves as a robust platform for academic guidance, structuring, and project development support in modern cyber-physical systems, offering a practical approach to understanding industrial IoT, SCADA integration, and automation workflows.
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| Reference Paper |
Real-Time Digital Twin Architecture for Immersive Industrial Automation Training. |
| Domain |
Instrumentation and Control Engineering |
| Sub-Domain |
Industrial Automation |
| PDF Download |
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