Choosing to become an engineer means choosing a career focused on innovation, solving complex problems, and transforming industries and society. Engineers design, develop, and improve products, processes, and systems in a variety of sectors, including manufacturing, energy, transportation, digital technology, and healthcare.
How do you become an Arts et Métiers engineer Arts et Métiers
For more than two centuries, Arts et Métiers engineers capable of tackling industrial, technological, and environmental challenges. Learn about the steps to enroll in the school, the structure of the program, and the many opportunities available after graduation.
Arts et Métiers Engineering Programs
The Grande École Program: Training for Various Careers in the Industry of the Future
The Arts et Métiers Grande École Program opens the door to careers and
in a wide range of industrial and economic sectors: renewable energy, aerospace and aviation, electrical, electronic, and digital equipment, healthcare engineering… The choice is yours!
Specialized Engineering Program: Developing Expertise in the Workplace
Becoming a specialist engineer means choosing a work-study program. It also means developing your scientific and technological skills within companies, and thus staying directly in touch with current industrial challenges. ChoosingArts et Métiers means choosing a first-rate educational environment. Together, these factors guarantee you the best employability as an engineer.
Admissions Exams for Arts et Métiers
Admission to the Arts et Métiers engineering program Arts et Métiers through several pathways, allowing students with diverse backgrounds to enroll at the institution.
The CPGE Exam
The main route of admission is through the competitive entrance exams taken after completing preparatory classes for the grandes écoles (CPGE). Students from science tracks (MP, MPI, PC, PSI, PT, or TSI, among others) may take the competitive exams that grant admission to the Grande École Program.
Arts et Métiers a leading role in two joint admissions processes: the PT track for banking and the Centrale Supélec entrance exam, which represent more than 80 engineering schools and nearly 5,000 spots. Arts et Métiers also Arts et Métiers 15 students through the ATS Industrial Engineering entrance exam. This exam is administered jointly by some 40 engineering schools.
This program provides access to a curriculum recognized for its scientific, technical, and personal excellence. Candidates are selected based not only on their academic knowledge but also on their analytical skills, attention to detail, and motivation.
The AMBition Engineer Competition
As part of its strategy to train more engineers to meet the challenge of reindustrialization, Arts et Métiers a new pathway to its Grande Ecole Engineering Programme PGE) and Specialized Engineering Program (PIS), particularly through the apprenticeship track, for students holding a BUT, a BTS, or an Arts et Métiers Bachelor’s degree: the AMBition Ingénieur entrance exam.
The GEIUNIV Competition
This competitive entrance exam is open to holders of university degrees (French or foreign) in the following fields: Mathematics, Physics, Electronics-Electrical Engineering-Automation (EEA), Computer Science, Engineering Sciences, Mechanical Engineering, and Civil Engineering. It allows students enrolled in their third year of a bachelor’s degree or Master of Science to apply to these engineering schools with a strong scientific focus.
Specializations Offered at Arts et Métiers
Throughout their studies, students can deepen their knowledge in several fields related to major industrial challenges.
Mechanical Engineering and Manufacturing
Historically recognized for its expertise in engineering sciences, Arts et Métiers specialists in mechanical design, manufacturing, industrialization, and the improvement of production systems.
Graduates support companies in their industrial transformation by addressing issues related to performance, quality, and competitiveness.
Energy, Materials, and Sustainability
In light of the challenges posed by the energy and environmental transition, the curriculum incorporates issues related to:
- innovative materials;
- energy efficiency;
- the decarbonization of industry;
- to the circular economy;
- sustainable design.
Arts et Métiers engineers Arts et Métiers thus Arts et Métiers to the development of more responsible and resource-efficient industries.
Digital, Robotics, and Emerging Technologies
The industry is undergoing a profound transformation driven by digital technology. Arts et Métiers future engineers for the technologies that are shaping the industry of the future:
- robotics;
- artificial intelligence;
- numerical simulation;
- additive manufacturing;
- connected devices;
- digital twins;
- process automation.
These skills meet the growing needs of companies in the most innovative industrial sectors.
Career Opportunities After Earning an Engineering Degree
The Arts et Métiers engineering degree Arts et Métiers the door to many career paths, both in France and abroad.
Graduates typically hold positions such as:
- research and development engineer;
- process engineer;
- production engineer;
- design engineer;
- project manager;
- engineering consultant;
- production manager;
- entrepreneur.
They work in a wide variety of sectors, such as:
- aeronautics;
- the automobile;
- energy;
- rail;
- space;
- health;
- materials;
- digital technology;
- the manufacturing industries.
Thanks to their broad-based education, graduates can also quickly move into management positions or pursue doctoral studies.
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