Being able to master the concepts and tools of automatic control, regulation, and feedback control.
Being able to analyze or control an automated system.
- Knowing how to implement a system using sequential control (via Grafcet, Karnaugh tables...).
- Understanding the technology of automated systems (programmable logic controllers...).
- Knowing how to solve a dynamic problem using Laplace transform.
- Understanding, identifying, and implementing linear analog feedback control and block diagrams.
- Knowing how to calculate transfer functions, represent their behavior using Bode, Nyquist, and/or Black diagrams.
- Being able to propose a correction for feedback control systems meeting given specifications.
