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 Duration 21 hours

Course Outline

Introduction to Industrial Virtual Environments

  • Applications across manufacturing, energy, and operations
  • Roles of Unity, Blender, and Visual Studio in the workflow
  • Illustrative examples of simulation and training scenarios

3D Modeling using Blender

  • Navigation of the Blender interface and standard workflows
  • Modeling industrial equipment and facility layouts
  • Asset optimization for real-time rendering performance

Visualization in Unity

  • Initialization of Unity projects for industrial contexts
  • Importing and configuring models from Blender
  • Application of materials, lighting effects, and animations

Programming Integration via Visual Studio

  • Integration of Unity with the Visual Studio development environment
  • Foundational C# programming for system logic
  • Establishing connections with external data sources and control systems

Developing Interactive Industrial Simulations

  • Construction of user interfaces and interactive controls
  • Simulation of machine operations and process workflows
  • Practical lab: assembling a functional simulation

Connecting to Control Systems

  • Industrial communication protocols and system connectivity
  • Strategies for data exchange and monitoring
  • Practical lab: synchronizing the Unity environment with external system data

Advanced Applications and Optimization

  • Performance tuning for large-scale industrial environments
  • Enhancing simulations with physics engines and automation logic
  • Case studies: Training programs and digital twin implementations

Conclusion and Future Directions

Requirements

  • Fundamental programming knowledge
  • Acquaintance with 3D modeling principles
  • Comprehension of industrial systems or processes

Target Audience

  • Industrial engineers
  • Automation specialists
  • Simulation and visualization developers

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