This course, which draws extensively on \(\textbf{Tony Gaddis}\)’s \(\textbf{Starting}\) \(\textbf{Out}\) \(\textbf{<a href="https://srvpft.univ-setif.dz/mod/glossary/showentry.php?eid=3672&displayformat=dictionary" title="Glossaire : w" class="glossary autolink concept glossaryid950" data-entryid="3672">w</a>ith C++: }\) \(\textbf{From Control }\textbf{Structures}\) \(\textbf{Through }\textbf{ Objects}\) \(\textbf{(Eighth Edition)}\), introduces the fundamental elements of the C++ programming language. It is intended for third-year undergraduate students (L3) in the Science and Technology domain, specializing in Automation.
This course provides a comprehensive foundation in modern linear systems analysis and design. Students will master state-space representation of dynamic systems and analyze key properties like stability, controllability, and observability.
The curriculum covers both frequency-domain design methods (Bode, Nyquist, PID) and modern state-space control techniques including pole placement and observer design. Through theoretical and practical sessions, students acquire essential skills for modeling, analyzing, and synthesizing control systems for complex engineering applications.