Automatic Control And Robotics
The Higher Institute for Applied Sciences and Technology awards a master's degree in "Automatic Control and Robotics" in one of the following two sub-specializations:
- Automatic Control
- Robotics
Objectives:
The Master of Automatic Control and Robotics provides advanced, high-level academic information in the field of automatic control and robotics, and also enables students to enroll in doctoral programs thereafter due to its research nature. The master's curriculum is primarily directed within the context of systems and control engineering, but the concepts included in this program allow for application and investment in wide areas at the national level, especially the subject of industrial development and the development of the industrial sector, where simulation, modeling, control and automation systems can be used to develop production lines in addition to To many applications in service sectors.
The duration of study is not less than two academic years and does not exceed three academic years. The first year is devoted to the theoretical part and is divided into two semesters.
Study program:
The study program includes academic courses in addition to preparation of research thesis.
The academic courses are divided into basic courses and specialized courses, where eight basic courses and four specialized courses are specified for each major, from among the courses defined as follows:
A- Core courses:
| Multivariable Linear Systems Feedback Control | Advanced Programming |
| Modelization and Identification | Industrial Automation |
| Mathematical Optimisation | Optimal Control |
| Real-Time Systems | Scientific Research Methodologies |
| Digital Processing Systems | Perti Networks |
| Robust Control | Networks of Communication |
| Robotics | Embedded Systems |
| Computer Vision | Power Electronics |
B- Specialized (Elective) courses:
| Automatic Control | Robotics |
|---|---|
| Discrete Systems Control | Control of Robot Manipulators |
| Hybrid Control | Mobile Robots |
| Non Linear Control | Artificial Intelligence |
| Fuzzy Control | Pattern Recognition |
| Adaptive Control | Logic Programming |
| Electromagnetic compatibility | Intelligent Networks and Sensors |
