Explore the programs and courses offered by Automation and Systems
Browse Programs Admission InformationThe Master’s program in Automation and Systems provides advanced and specialized training focused on emerging technologies, preparing students to address the challenges of intelligent systems and industrial automation. Designed to meet the increasing industrial demand for highly qualified professionals, the program develops strong competencies in electronics, process control, programmable logic controller (PLC) programming, advanced control systems, robotics, and modern system engineering.
The program also includes training in advanced Python programming, applied artificial intelligence, and reverse engineering, enabling students to develop analytical, computational, and technological problem-solving skills. Learning is based on a balanced pedagogical approach that combines theoretical and practical instruction, allowing students to apply acquired concepts and gain a deeper understanding of real-world industrial challenges.
This master’s degree is intended for students seeking advanced technical expertise, international exposure, and promising career opportunities in industrial automation, smart manufacturing, systems integration, AI-based technologies, as well as for those interested in pursuing doctoral studies and research careers.
The Master’s program in Automation and Systems is built upon a set of fundamental courses that enable students to acquire essential foundational knowledge. These courses cover key areas such as applied electronics, robotics, control systems, signal processing, and dynamic systems modeling. This core training provides a solid foundation to master advanced techniques and innovative tools in the field of automation and intelligent systems
As they progress through the program, students explore advanced and specialized areas that are essential to mastering modern automation and control technologies. Key topics include:
- Advanced control strategies for linear and nonlinear dynamic systems
- System modeling, identification, and signal processing
- Industrial automation using PLCs
- Robotics and trajectory planning for manipulators
- Real-time systems and embedded control solutions
- Optimization methods for engineering systems
- Intelligent control based on artificial intelligence and applied AI
- Advanced Python programming for data analysis and the development of intelligent applications
- Power electronics and motor drive integration.
- Reverse engineering applied to technological and industrial systems
These modules are complemented by hands-on lab work, simulation exercises, and engineering projects. This applied learning approach ensures that graduates are well-prepared to tackle complex challenges in smart manufacturing, industrial automation, and systems engineering, or to pursue advanced research.
The Master’s program in Automation and Systems is open exclusively to candidates who hold a Bachelor's degree in Automation, Electronics, or Electrical Engineering. A dedicated academic committee carefully assesses each application to ensure the candidate’s academic background is well-aligned with the program’s requirements. This selective admission process ensures that students enter the program with the essential technical foundation needed to thrive in a demanding and rapidly evolving field.
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