Explore the programs and courses offered by Automatic
Browse Programs Admission InformationAutomation is defined as the science of analyzing and controlling dynamic systems. It is a continuously evolving discipline that lies at the intersection of several scientific and applied fields, such as pneumatics, electromechanics, electronics, electrical engineering, computer science, and more. This interdisciplinary nature gives it increasing importance in modern industrial applications.
Today’s industry relies heavily on advanced automated systems that require multidisciplinary competencies. As a result, companies expect universities to train specialists who are proficient in industrial control and computer technologies—professionals capable of monitoring systems, maintaining equipment, and automating processes to enhance operational efficiency and support sound decision-making.
In this context, the automation training program has been carefully designed to meet the specific needs of industrial partners by offering an effective and accredited academic curriculum that facilitates students’ integration into the professional world.
✓ Semester 1
• Mathematics 1
• Physics 1
• Structure of Matter
• Physics Lab 1
• Chemistry Lab 1
• Computer Science 1
• Writing Methodology
• Careers in Science and Technology 1
• Ethical and Deontological Dimension (Foundations)
• Foreign Language 1 (French or English)
✓ Semester 2
• Mathematics 2
• Physics 2
• Thermodynamics
• Physics Lab 2
• Chemistry Lab 2
• Computer Science 2
• Presentation Methodology
• Careers in Science and Technology 2
• Foreign Language 2 (French and/or English)
✓ Semester 3
• Mathematics 3
• Waves and Vibrations
• Basic Electronics 1
• Basic Electrotechnics 1
• Probability and Statistics
• Computer Science 3
• Electronics and Electrotechnics Lab
• Waves and Vibrations Lab
• State of the Art in Electrical Engineering
• Energy and Environment
• Technical English
✓ Semester 4
• Linear and Continuous Control Systems
• Combinatorial and Sequential Logic
• Numerical Methods
• Signal Theory
• Electrical and Electronic Measurements
• Control Systems Lab
• Logic Lab
• Numerical Methods Lab
• Automated Systems Architecture
• Electrical Safety
• Information and Communication Techniques
✓ Semester 5
• Linear Systems Control
• Power Electronics
• System Modeling and Identification
• Microprocessors and Microcontrollers
• C++ Programming
• Linear Control Lab
• Power Electronics Lab
• Modeling and Identification Lab
• Microprocessors and Microcontrollers Lab
• C++ Programming Lab
• Standards and Certification
• Renewable Energy: Production and Storage
• English for Automation
✓ Semester 6
• Sampled Control Systems
• Actuators
• Sensors and Measurement Chains
• Programmable Logic Controllers (PLCs)
• Communication Buses and Industrial Networks
• Final Year Project
• Sensors and Actuators Lab
• PLCs Lab
• Communication Buses and Industrial Networks Lab
• Electrical Installations in Automation
• Maintenance and Reliability
• Entrepreneurship and Business Management
System Modeling and Identification: Identification of dynamic systems
• Linear Systems Control: Advanced control and regulation
• Programmable Logic Controllers (PLCs)
• Communication Buses and Industrial Networks
• Advanced Simulation and Modeling
• Applications in Robotics and Embedded Systems
Holders of a scientific or technical baccalaureate (Mathematics, Experimental Sciences, or Technical Mathematics)
• Admission after completing the first common-core year in Science and Technology (ST)
• At the end of this first year, the student fills out a preference form to express their choice of specialty
• A selection committee reviews the requests based on the student's academic ranking and the number of available spots.
· Admitted students continue in the second year (L2) in Automation, then in the third year (L3) in Electrical Engineering with an Automation option.