Arts et Métiers Bachelor's degree holders the option of pursuing a two-year Master's program with the aim of consolidating and deepening their knowledge of science and engineering in a pragmatic approach through real scientific immersion in the Arts et Métiers :
- AM²S: Advanced Manufacturing and Materials Science (M1+M2)
- BioMedical Engineering
- Factory of the Future
- MTI3D research master's degree
AM²S: Advanced Manufacturing and Materials Science (M1+M2)
The Master’s specialization “Advanced Manufacturing and Materials Science” (AM²S) is positioned at the crossroads of France, Europe, the Mediterranean Basin and the U.S. industrial ecosystem, by offering the AM²S courses in English for the Master of Science degree (MSc) and PGE 3rd ENSAM / Master of Engineering (MEng).
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 the "Advanced Manufacturing and Materials Science" master's degree to Bachelor of Science or Engineering graduates, in two years.
MASTER 1
The Master 1 Specialty “Advanced Manufacturing and Materials Science” for Transport and Energy (AM2S-M1) is directly positioned before a Master 2 course (e.g. AM2S-M2.). The objectives are to prepare engineers for industrial and laboratory research and also to increase their knowledge of the physics of manufacturing processes and the fundamentals of materials behavior with the aim of designing processes to achieve targeted physical properties. The courses are taught on the Aix-en-Provence campus in association with the MSMP lab and the Learning Factories.
The courses consist of:
- One semester of core courses for 310 hours and 30 ECTS based on mandatory teaching units (TUs) during the first semester. These units will allow students to gain insights into mechanics and materials science for manufacturing processes and to understand the relationship between materials and processes. A TU will introduce the key skills for writing proposals and scientific publications.
- A second semester of courses with the research project in Manufacturing and Material Science (300 hours and 30 ECTS). Advanced materials and manufacturing processes will be addressed in order to optimize the processes to a targeted surface integrity (topography, residual fields, microstructure).
- Individual research internship lasting 6 to 8 weeks. The internship will be conducted in a research setting (university laboratory, industry research department). Dates: May-June – 6 ECTS.
Link to M1-AM²S Advanced Manufacturing and Materials Science
MASTER 2
The scientific objectives of the AM²S-M2 program emphasize a high-level scientific approach by:
- Improving knowledge of the relationships between materials science and manufacturing processes,
- Using multiphysics and multiscale approaches to better understand the relationships between materials/mechanics/processes,
- Mastering the numerical tools for optimizing the design of structures and parts with high added value,
- Using new technologies, in particular smart digitalization, big data, and numerical simulations.
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:
- Core courses (150 hours, 15 ECTS) with 5 mandatory teaching units (TUs) during the first semester.
- Two Elective paths (150 hrs., 15 ECTS) with 3 mandatory TUs and 2 elective TUs during the first semester:
- Elective in Materials Science
- Advanced Manufacturing elective
- Individual research project (30 ECTS) for 6 months during the second semester. The internship will be done in a research structure (university laboratory, research department in a company in the field).
Link to M2-AM²S Advanced Manufacturing and Materials Science
Dual Degree Option withTexas A&M
A dual degree with TAMU for the M1+M2 track, where a full academic year atTAMUduring the second year is proposed upon academic selection after the first year.
The Dual Degree is with the Master of Science in Interdisciplinary Engineering (ITDE) atTAMU.
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.
ADMISSION
- Foreign and French students can apply to the program.
- Graduates with a Bachelor of Science or Engineering degree only
- English proficiency: the minimum requirement is a TOEFL iBT score of 81/120 (or equivalent) or an IELTS score of 6.0.
- The selection is based on academic excellence, motivation of the candidate, and consistency of the professional project.
TUITION FEES
First year (M1)
- Tuition fees: 250 EUR / year (students from the European Union and outside the European Union)
Second year (M2)
- Tuition fees: 240 EUR / year (students from the European Union and outside the European Union)
Dual Degree option with TAMU (Master's 1 + Master's 2)
- Tuition fees for M1: 250 EUR/year (students from the European Union and outside the European Union)
- Tuition fees for the Dual Degree at TAMU (year 2): one full year with 18 Semester Credit Hours must be completed at TAMU, including a research project.
Download the AM²S M1 M2 brochure
BioMedical Engineering
The master's degree in BioMedical Engineering stands at the crossroads of two innovation-rich fields: engineering sciences and biomedicine. This program is a partnership between the University of Paris Cité and ParisTech – on which Arts et Métiers – with additional expertise: life sciences and biomedicine from the Paris university and engineering and technology from ParisTech.
Transdisciplinarity and the international dimension are the two pillars of the BioMedical Engineering master's program, which caters for students from diverse backgrounds: not only biology, chemistry, and health sciences, but also engineering sciences, computer science, mathematics, and physics. The main goal is to provide skills in the main biomedical engineering fields, which are increasing in significance in terms of both research and industrial development.
Five specialties are currently available to candidates:
- Bioimaging (BIM)
- BioMaterials (BioMAT)
- BioMechanics: from tissues to musculoskeletal structures (BioMECH)
- Molecular and cellular biotherapies (MCB)
- Bioengineering and Innovation in Neurosciences (BIN).
Factory of the Future
Arts et Métiers the "Factory of the Future" master's degree to Bachelor of Science or Engineering graduates, over two years: the first year is dedicated to fundamental sciences and industrial applications;the second year is devoted to specialization.
Students have the opportunity to become familiar with the different stages of a scientific research project, thanks to scientific immersion within Arts et Métiersresearch units. They develop project management skills while receiving in-depth education in engineering sciences.
When applying, students choose a specialization from among nearly 20 possibilities classified into three main areas (calculation, communication, and project management):
- Industrial Engineering
- Energy
- Ingénierie mécanique
The first year ( 60 ECTS) is taught on the Paris campus. Taught entirely in English, it involves two blocks: calculation (mathematics, data processing, numerical methods), communication and organization (bibliography techniques, project management, scientific communication in English, career development), and foreign language (French or English).
Students also attend required courses depending on the orientation of the specialization. An internship in industry (minimum 13 weeks) is also compulsory, to help develop professional skills.
A semester dedicated to master's thesis
During the second year ( 60 ECTS), specific theoretical courses are taught during the first semester. Students then prepare their master's thesis during the second semester. Classes and master's thesis depend on the chosen specialization among the 20 possibilities inthree areas:
- Industrial Engineering
- Energy
- Ingénierie mécanique
See our list of specializations
Admission
- Both foreign and French students are eligible to apply for the program.
- Exchange students can only take this master's course for the first semester or for the entire academic year.
- Graduates with a Bachelor of Science or Engineering degree only
- English proficiency: the minimum requirement is a TOEFL iBT score of 81/120 (or equivalent) or an IELTS score of 6.0.
- The selection is based on academic excellence, motivation of the candidate, and consistency of the professional project.
Tuition fees
First year (M1)
250 EUR/year (students from the European Union and outside the European Union)
Second year (M2)
250 EUR/year (students from the European Union and outside the European Union)
MTI3D research master's degree
The MTI 3D master's program aims to train experts in 3D interactive technologies. With a combination of laboratory research and application in the field, they are trained to create new products and services based on virtual technology – virtual reality, augmented reality, 3D and connected objects.
Two M2 (second year master's program) courses are possible : human-machine interactions (at the Chalon-sur-Saône Arts et Métiers ), innovation perception and management, engineering and advanced virtual reality (in Laval).
This offers many career opportunities: R&D Manager, teacher-researcher, virtual reality or augmented reality engineer, IT project manager, consultant, or start-up entrepreneur.
Admission
M1 (first year master's degree course) is accessible with a degree, while M2 can be followed after an M1, another M2 course, a degree in engineering or a final year at engineering school. After their applications have been assessed, selected candidates attend a recruitment interview and take a test in English.
