The student studies a set of basic courses that develop his skills as a mechatronics engineer, and then chooses a set of courses that qualifies him to specialize in one of the following fields:

1- Industrial automation:

Where the student studies specialized courses focusing on automated production lines - automatic control using Programmable Logical Controllers (PLC), numerical control manufacturing machines (CNC) and industrial robots.

2- Aerial robots (UAVs):

In which the student learns about unmanned aircraft systems and studies the basics of aerodynamics and automatic control of unmanned aircraft and the electronic, electrical and mechanical systems used in them and how to design unmanned aircraft. Specialization.

  3- Ground robots:

In it, the student studies the basics of mobile ground robots in terms of their mechanical design, the design of the mechanisms used in them, the design of their control systems, knowledge of the sensors used in them, their characteristics, and their working theory. Students make robots of their own design through a workshop dedicated to this purpose.

4- Bio-mechatronics:

In which the student is introduced to the principles of the work of medical devices, sensors, and materials used in biological applications that serve medical devices and applications.