Explore the programs and courses offered by Mechanical Engineering (state engineer)
Browse Programs Admission InformationThe objective of this program is to train engineers in the field of mechanical engineering with a strong focus on the manufacturing of innovative products for industry. Upon completion of this engineering program, students will have acquired a broad range of knowledge and skills in the field of fundamental and applied sciences: mathematics, vibrations, design, materials, structural analysis, plastic injection molding, additive manufacturing and rapid prototyping, CAD, machine components. Elements of AI applied to mechanical engineering, Advanced Python programming…etc.
In addition to this purely scientific and technical knowledge, mechanical engineers will master engineering methods and tools for experimentation: modeling, innovation, methodology for designing mechanical products and systems, their manufacture, and maintenance tools.
Like other engineers, mechanical engineers make extensive use of computers. They are regularly responsible for integrating sensors, controllers, and machines. Computer technology helps mechanical engineers create and analyze designs, run simulations and test the likely operation of a machine, interact with connected systems, and generate specifications for parts.
The state engineer program in Mechanical Engineering is based on a solid multidisciplinary foundation. During the first semesters, students take a set of core courses designed to develop their essential scientific and technical skills. These courses include: Mechanical Engineering 1 and 2,Analytical mechanics, fracture mechanics and fatigue, crystallography, non-metallic materials, industrial systems automation, rheology of materials, thermal treatment, dynamics of structures and theory of mechanisms.
Throughout their studies, students delve deeper into more specialized and advanced topics essential to the field of mechanical engineering. These topics include:
· Finite element method
· Elasticity
· Shaping processes
· Metal cutting 1 and 2
· Mechanical Manufacturing
· Machine Tool Components
· Welding Techniques
· Surface corrosion and protection
· Hydraulic and pneumatic systems and devices
· Advanced Structural Dynamics
· High-speed machining
· Equipment installation
· Dynamics of rotating machines
· Tribology and lubrication of mechanical systems
· Industrial robotics
These advanced modules are complemented by practical laboratory work and technical projects, allowing students to apply their theoretical knowledge to concrete situations and prepare for a career in the mechanical industry or for higher education.
Admission to the Mechanical Manufacturing and Maintenance Engineering program is open to applicants holding a bachelor's degree in one of the following fields: science, mathematics, or mechanical engineering. All applications are carefully reviewed by an academic committee to ensure the applicant's bachelor's degree specialization aligns with the program requirements. This selection process guarantees that students possess the fundamental knowledge necessary for success in this demanding technical field.
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