Lectures
1. Introduction of cyber-physical system design
2. Introduction of the Product Lifecycle Management (PLM)
3. Process and concept of digital cyber-physical model development
4. Risk analysis and analysis of basic approaches of functional safety
5. History of virtual and digital twins
6. Analysis of available products for digitization
7. Virtual commissioning tools
8. Software platforms for creating virtual and digital twins
9. CAD models for virtual and digital twins
10. Basic functions and operations of virtual and digital twins
11. Use and application of API functions within simulations
12. Sensors and connection of PLC and robotic arm with software tools
13. Virtual reality used in industrial automation
14. Documentation and presentation of the cyber-physical system to the customer
Exercises
1. Design and concept of cyber-physical systems
2. Basics of Tecnomatix Process Simulate software tool
3. Creating kinematics of automated system processes in Tecnomatix Process Simulate
4. Sensor simulation in Tecnomatix Process Simulate
5. Generation of robotic operations in Tecnomatix Process Simulate
6. Creation of control system for digital twin in Tecnomatix Process Simulate
7. Basics of Visual Components software tool
8. Creating kinematics of automated system processes in Visual Components
9. Simulation of sensors, simulation of robotic operations in Visual Components
10. Creation of control system for digital twin in Visual Components
11. Use and application of API functions within simulations
12. Virtual commissioning in the system (Tecnomatix Process Simulate, Visual Components)
13. Virtual commissioning in the system (SIMIT)
14. Assignment presentation of the developed program
1. Introduction of cyber-physical system design
2. Introduction of the Product Lifecycle Management (PLM)
3. Process and concept of digital cyber-physical model development
4. Risk analysis and analysis of basic approaches of functional safety
5. History of virtual and digital twins
6. Analysis of available products for digitization
7. Virtual commissioning tools
8. Software platforms for creating virtual and digital twins
9. CAD models for virtual and digital twins
10. Basic functions and operations of virtual and digital twins
11. Use and application of API functions within simulations
12. Sensors and connection of PLC and robotic arm with software tools
13. Virtual reality used in industrial automation
14. Documentation and presentation of the cyber-physical system to the customer
Exercises
1. Design and concept of cyber-physical systems
2. Basics of Tecnomatix Process Simulate software tool
3. Creating kinematics of automated system processes in Tecnomatix Process Simulate
4. Sensor simulation in Tecnomatix Process Simulate
5. Generation of robotic operations in Tecnomatix Process Simulate
6. Creation of control system for digital twin in Tecnomatix Process Simulate
7. Basics of Visual Components software tool
8. Creating kinematics of automated system processes in Visual Components
9. Simulation of sensors, simulation of robotic operations in Visual Components
10. Creation of control system for digital twin in Visual Components
11. Use and application of API functions within simulations
12. Virtual commissioning in the system (Tecnomatix Process Simulate, Visual Components)
13. Virtual commissioning in the system (SIMIT)
14. Assignment presentation of the developed program