Explore the programs and courses offered by Mechatronics
Browse Programs Admission InformationThis Master's program in Mechatronics aims to train technical executives and Research and Development project managers. They will specialize in the design of mechatronic products and instrumented electromechanical production systems. The skills acquired will enable students to master the scientific and technological approach necessary for the development and optimization of multi-criteria specifications, as well as for the design or optimization of these systems. This specialization offers a dual orientation, Research and Professional, preparing graduates to pursue doctoral studies or to join industry. Upon completion of the program, students will possess strong aptitudes in design based on the modeling and simulation of mechatronic systems, including the design, development, and maintenance of mechatronic and electromechanical products, the design of instrumented electromechanical systems, the technical improvement of machines (control and/or energy), and the elaboration and implementation of test benches.
The Master in Mechatronics is structured around a set of fundamental courses designed to build strong skills in this multidisciplinary field. The core of the program relies on an in-depth understanding of mechanics, including General Mechanics (Strength of Materials, Vibrations and Acoustics) and Construction Mechanics (Mechanisms, Power Transmission, Mechanical Linkages, and Tribology), essential for the design of physical systems. The electronics and control aspect is covered by Industrial Automatism (Automatism, Instrumentation and Metrology) and System Regulation and Control, while Industrial Robotics explores robot modeling and control. Computer science skills (Programming and Simulation) and Modeling (Analytical and Numerical) are also integrated, complementing these technical foundations with indispensable analysis and simulation tools. Finally, Productive Mechanics (Maintenance and Production Management) and Manufacturing Mechanics (Processes, CAD/CAM) prepare students for industrial challenges, ensuring comprehensive training for the design and optimization of mechatronic systems.
The advanced topics of the Master in Mechatronics are designed to specialize students and prepare them for the complex challenges of modern engineering, as well as for research and development. This part of the training encompasses the optimization of mechanical production (including production maintenance and production management), advanced robotics and control (modeling, control, and numerical simulation of robots), and applied physics associated with research methodology (fluid mechanics, thermodynamics, and scientific investigation techniques). The curriculum culminates with a compulsory company internship and a Final Study Project (PFE), offering a concrete application of knowledge and valuable professional and research experience.
Holders of a Bachelor's degree in Mechatronics, or a degree in an equivalent or related specialization, are eligible to apply. Their application will be reviewed by a departmental committee, chaired by the Master's promoter and composed of specialized teaching staff from the program.
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