Passionate about mechanics and technology, Julien Le Monnier de Gouville is currently in his third year of the Bachelor's program at the Bordeaux-Talence campus. He is also an apprentice employee at the robotics company Nimbl'bot.
Eloïse MinderandMaël Sombret, two students in theMTI3D Master of Science program atthe Arts et Métiers Institute Arts et Métiers Chalon-sur-Saône, have designed a rehabilitation aid for people affected by COVID-19.
Launched in 2019 byPolytechnicum(the Engineering and Management Center atthe University of Burgundy-Franche-Comté), this initiative aims to promote regional education, encourage women to pursue careers in science, and enhance the appeal of local areas.
With the evolution of manufacturing processes from the skills required to the industry of the future 4.0, engineering education must adapt to new future challenges. This program will provide future engineers or researchers with the basic knowledge and skills to understand, use, and develop Industry 4.0 concepts based on smart approaches, including the digital revolution.
Campus Arts et Métiers
With the continuous change of manufacturing processes from the skill to the future industry 4.0, it is necessary to adapt engineer training to the new challenges. The industries of the future addressed in the AM²S training are technological domains that have the potential to transform manufacturing through a better understanding of the physical mechanisms (mechanical, thermal, chemical, electromagnetic) involved in the different processes (machining, assembly, forming, additive manufacturing, surface treatments). The measured data are used to build predictive models to optimize the materials and processes in real time and up to the real scale of the manufacturing process.
This training will provide engineers and researchers with the fundamental knowledge and skills to understand, use, and develop advanced research in the field of Manufacturing and Materials Science.
The Master of Science Specialization in “Advanced Manufacturing and Materials Science” for Transport and Energy (M1-AM²S) serves as a direct pathway to a Master of Science program (e.g., M2-AM²S). The objectives are to prepare engineers for industrial and laboratory research and to deepen their understanding of the physics of manufacturing processes and the fundamentals of materials behavior, with the goal of designing processes to achieve specific physical properties. The courses are offered in collaboration with the MSMP lab and the Learning Factories on the Aix-en-Provence campus.
The courses of the M1 track are composed of:
The courses are based on lectures, seminar talks, specific training, and computer-based numerical simulation and/or smart computing. For some TUs, a small individual or team research project is used to improve the students' human skills.
Along the courses, an individual laboratory research project (parts I and II) will be carried out in MSMP laboratory and supervised by professors. The subject of the projects will be proposed by the supervisors at the beginning of the first semester.
Flow chart showing the program structure of AM²S training, including M1
Course units in the Master of Science
The assessment of knowledge and the evaluation of acquired skills are carried out through traditional examinations and continuous assessment. Grades obtained through continuous assessment are not subject to a second session. The precise assessment rules are validated each year by the steering committee. An exam session is organized at the end of the first semester. A catch-up session is organized 15 days after the last examination of the initial exam session.
Each teaching unit is graded from 0 to 20 and the validation procedures for TUs are those in force in the ENSAM Pedagogic Rules. The control procedures are specified by each TU manager. For lessons in the form of lectures, the test may include one or two written exams, at the discretion of the TU managers. Training, projects, courses, are evaluated both on the basis of continuous monitoring and on the basis of a restitution (report and/or defense).
The AM²S M1 MSc program allows students to continue in all programs requiring this level of study, and enrollment in the M2 MSc program is the preferred path for continuing their studies. Upon academic selection, students are offered the opportunity to pursue a dual degree between the AM²S Master of Science degree and Master of Science at Texas A&M University.
To apply online: admissions (opening in January)
Program location: Aix-en-Provence - France
Ahmed Ktari - ahmed.ktari@ensam.eu
AMJE Paris won the ENGIE award for the best project with positive impacts at the National Winter Congress organized on Saturday by the National Confederation of Junior Enterprises in Seignosse.
With the evolution of manufacturing processes from the skills required to the industry of the future 4.0, engineering education must adapt to new future challenges. This program will provide future engineers or researchers with the basic knowledge and skills to understand, use, and develop Industry 4.0 concepts based on smart approaches, including the digital revolution.
The Master of Sciencespecialization “Advanced Manufacturing and Materials Science” (AM²S) is situated at the intersection of France, Europe, the Mediterranean Basin, and the U.S. industrial ecosystem, offering AM²S courses in English for the Master of Science (MSc) and PGE 3rd ENSAM / Master of Science (MEng) degrees.
The objectives are also to increase students' knowledge in the field of manufacturing processes and materials science through multi-physics and multi-scale approaches, including smart and digital concepts. In other words, this program will focus on innovative scientific fields, from the physics and chemistry of materials to the use of manufactured parts, by developing the duality between experimentation and numerical simulation.
Arts et Métiers a two-year Master of Science in Advanced Manufacturing and Materials Science Master of Science graduates with a Bachelor of Science or Bachelor of Engineering degree.
The Master of Science Specialization in “Advanced Manufacturing and Materials Science” for Transport and Energy (AM2S-M1) serves as a direct pathway to a Master of Science program (e.g., AM2S-M2). The objectives are to prepare engineers for industrial and laboratory research and to deepen their understanding of the physics of manufacturing processes and the fundamentals of materials behavior, with the goal of designing processes to achieve specific physical properties. The courses are taught on the Aix-en-Provence campus in collaboration with the MSMP lab and the Learning Factories.
The courses consist of:
Link to M1-AM²S Advanced Manufacturing and Materials Science
The scientific objectives of the AM²S-M2 program emphasize a high-level scientific approach by:
These objectives will enable students to move on to a PhD program with knowledge and skills in materials science and/or smart manufacturing.
The courses are composed of:
Link to M2-AM²S Advanced Manufacturing and Materials Science
A dual degree with TAMU for the M1+M2 track, where a full academic year at TAMU during the second year is proposed upon academic selection after the first year.
The dual degree is offered in conjunction with the Master of Science Interdisciplinary Engineering (ITDE) at TAMU.
The course credits of M1-AM2S are transferred to the Degree of TAMU. 18 Semester Credits Hours must be completed at TAMU, including a research project. The research project also counts towards the M2-AM²S.
First year (M1)
Second year (M2)
Dual Degree option with TAMU (Master's 1 + Master's 2)
Contacts
Dr. Régis Kubler, associate professor
Prof. Laurent Barrallier, full professor
A third-year engineering student in Aix-en-Provence, Mylène Tarnowski is on a professional training contract. Her goal is to gain experience so she can quickly enter the workforce.