Faced with the numerous challenges of modern companies (improving performance, reducing downtime, ensuring safety, cutting costs, enhancing quality and production, and respecting the environment), the demand for diverse skills has become increasingly important: automation of production lines, supervision of industrial installations, enterprise management, and optimization of electromechanical systems. The master’s program in Automation of Industrial Electromechanical Systems, a multidisciplinary and technological education applied to engineering sciences, stands out with a major advantage: all courses are taught in English. This aspect provides students with a strong international outlook and prepares them to operate effectively in a globalized and competitive environment. Mastery of technical and professional English is a key asset in the job market, enabling graduates to communicate fluently and collaborate with international stakeholders. Graduates are trained in current technologies, which allows them to work in various sectors such as automotive, aerospace, energy, transportation, agro-food, and renewable energies. They contribute to improving production systems by identifying and resolving malfunctions, proposing technical solutions, selecting and installing new machines, and coordinating industrial projects. This four-semester program emphasizes concrete and practical aspects while ensuring long-term professional growth. Particular attention is given to practical work and internships to strengthen technical knowledge and operational skills. Graduates of the master’s in Automation of Industrial Electromechanical Systems can pursue various careers. They may work in industrial development, designing and improving automation systems, or in operations, supervising production lines and resolving issues. They can work in after-sales service, providing technical support and maintaining equipment, or in production management, planning and organizing resources to optimize productivity. Other opportunities include team coordination roles, automation consultancy, industrial project management, or maintenance engineering, where they ensure the reliability and performance of systems. They can also explore innovation roles, integrating new technologies to enhance the competitiveness of companies across diverse sectors, including automotive, aerospace, energy, and agro-food industries.

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