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Courses
- Introduction to Industry 4.0 (40134) Course summary:
- Control Process Computerized Systems (50113) Course summary:
- Computational Tools and Algorithms in Medical Engi (50133) Course summary:
Abstract:
This course gives students practical skills in programming and control systems, combining work with Python (including OOP), user interface design using PySide6, and numerical simulations.
During the lessons, students learn advanced programming concepts, real-time physical simulations, sensor connections, and graphical interface creation, together with Arduino-based control projects.
The course ends with a practical project that simulates a full experiment and control system.
Note:
At the end of the course, each student will submit a final project about a control system.
The project should include a software program with a graphical user interface (GUI) that controls the system in different ways and shows its responses.
The work should also include an explanation and comparison between the different control methods, including their advantages and disadvantages.Abstract:
This course gives students practical skills in programming and control systems, combining work with Python (including OOP), user interface design using PySide6, and numerical simulations.
During the lessons, students learn advanced programming concepts, real-time physical simulations, sensor connections, and graphical interface creation, together with Arduino-based control projects.
The course ends with a practical project that simulates a full experiment and control system.
Note:
At the end of the course, each student will submit a final project about a control system.
The project should include a software program with a graphical user interface (GUI) that controls the system in different ways and shows its responses.
The work should also include an explanation and comparison between the different control methods, including their advantages and disadvantages.