Explore the programs and courses offered by Control (Automatic)/Institute of Electrical Engineering and Electronics
Browse Programs Admission InformationBy following the "Automatic" Master, students acquire a capital of knowledge and a process of reflection that allows them to integrate the departments of maintenance, studies or research companies, universities, or research centers. This Master is interested in the field of analysis and design of continuous and sampled, linear and non-linear servo systems, as well as the automation of production systems in companies incorporating automation into their simple or embedded systems. The first year strengthens the foundations for more advanced concepts of servo and instrumentation. It also introduces students to automata and process automation. The second year provides students with specialized training in the fields of fundamental automation and industrial instrumentation.
Here is a list of the basic courses found in the Master in Automatic at the Institute of Electrical and Electronic Engineering:
1. Applied Mathematics to Automatic Advanced Mathematics for Control (course) Applied Optimization (course, recitation and laboratory)
2. Systems theory Modeling and identification of systems (course and laboratory) Digital signal processing Digital control systems (course and laboratory)
Here is a list of the advanced courses found in the Master in Automatic
1. Theory of Control Nonlinear and Control Systems Multivariable Control Systems
2. Instrumentation and Sensors Sensors and Actuators (Lecture and Lab) Industrial Instrumentation (Lecture and Lab)
3. Process Automation Industrial automation (Course and laboratory) Adaptive and predictive control (Course and laboratory)
4. Computer simulation and programming software for control (Course and laboratory) Industrial networks (Course and lab)
5. Advanced technologies and innovations Applied artificial intelligence (lecture and lab) Robotics and control (lecture and lab) Advanced control systems (lecture and recitation).
6. Management and Communication Course Standards and Rules of Ethics and Integrity Project Management Communication Skills
7. Discovery Course Electrical Systems Analysis and Design Printed Circuit Board Design and Technologies Introduction to Renewable Energies
8. Internship and Thesis • The personal work consists of preparing a master’s thesis which may include an internship in a socio-economic environment and/or participation in seminars. It is sanctioned by a defense. • In the context of startups, you must follow the regulations in force.
The conditions of access to the "Automatic" Master are generally based on solid prior training in technical and scientific fields, particularly in the fields of electronics, automation, electrical engineering and industrial computing. Here is a detail of the main training and bachelor’s degrees required to enter this Master:
1. Bachelor in Electronics Students in Bachelor of Electronics acquire the fundamentals of electrical and electronic systems, essential for automatic. They develop skills in circuit design, signal processing, and analog and digital electronics.
2. Bachelor in Automation Students of the Bachelor in Automation master the modeling, analysis and control of automatic systems, and are well prepared to deepen their skills in automation and servo.
3. Bachelor of Electrical Engineering The Bachelor of Electrical Engineering prepares students to design and maintain electrical systems, including those for automation, while teaching them circuit assembly and power system management, key skills for automation.
4. Bachelor in Industrial Computing Students of Industrial Computer Science are trained in programming and data processing, essential skills for systems automation and software development for automations and embedded systems.
5. Other Science and Technology (ST) Bachelor’s Degrees in Applied Physics, Mechatronics or Computer Science may also be accepted, provided that applicants have a solid knowledge of mathematics, physics, computer science, and technical skills adapted to the automatic.
6. Additional requirements a) Math skills: Differential calculus, signal processing, dynamic system modeling and control theory are essential concepts for success in the Automatic Master. b) Application file: In addition to the diploma, applicants must submit an application file that includes transcripts, cover letters and possibly faculty recommendations. c) Selection Interview (Possibility): It is possible to schedule an interview with a candidate to assess his or her motivation, ability to succeed in our program, as well as his or her understanding of the key concepts of automation and mastery of the training language “English”.
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