Flow modeling
Represent an industrial behavior with enough fidelity to analyze expected interactions and constraints.
Chapter 03
Industry 4.0
This section presents an Industry 4.0 trajectory: concrete flow-simulation practice, prototyping foundations, and a structured interest in ROS, Arduino, and Raspberry Pi.
Simulation and validation
Test a logic, observe its effects, and confirm its relevance before committing heavier resources.
Prototyping and robotics
Consolidate foundations acquired through training on ROS, Arduino, and Raspberry Pi, with the goal of applying them progressively to industrial exploration topics.
Reading
Simulation, robotics, and prototyping within an Industry 4.0 logic
Emulate3D is the most concretely practiced part at this stage. ROS, Arduino, and Raspberry Pi come from training foundations and form a progressive development axis.
- 3D simulation with Emulate3D to model an intralogistics system and validate flow logic.
- Use of Quick Logic to establish the initial behavioral layer efficiently.
- Participation in 3D layout work and early exploration around C# add-ins.
- Training on Emulate3D completed through a recognized distributor.
- ROS training completed, with the intention to consolidate practice on concrete use cases.
- Arduino and Raspberry Pi foundations acquired through training, useful for sensors, prototyping, and Industry 4.0 demonstrators.
- Progressive approach: start from concrete use cases before industrializing these components.