Master's in Engineering & Technology in France

Diplôme d'ingénieur

M1 Biomass Engineering for Bioeconomy (Bioceb)

The European Master in Biological and Chemical Engineering for a Sustainable Bioeconomy (Bioceb) is a two-year joint Master's program designed to train future research and innovation managers. It focuses on addressing global challenges in the bioeconomy sector, catering to the growing industry's need for scientists who understand market dynamics and socio-economic contexts. The program integrates an interdisciplinary approach, combining chemistry, biology, economics, and environmental sciences, with an emphasis on project management skills. This modular structure fosters cultural exchange among students from diverse backgrounds and regions. Bioceb has been recognized as an Erasmus Mundus Joint Master Degree (EMJMD) by the European Commission, with its label renewed for 2025.

M1 Mechanical Systems Engineering - Work-Study Program

The M1 Mechanical Systems Engineering program, offered through a work-study format at the Evry campus, is a high-level program designed to keep pace with the latest technological advancements. It has strong ties with industry and renowned research laboratories, equipping students with the essential skills to tackle current industrial challenges and quickly assume positions of responsibility. This program aims to train apprentices who are operational, adaptable, and possess a holistic understanding of organizations.

M2 Biomass Engineering for Bioeconomy

This Master's program (M2 BEB) offers an international curriculum in English focused on developing a global bioeconomy through the sustainable use of biological resources, aligning with ecological transition goals. The program emphasizes teamwork and hands-on experimental training. Students will gain in-depth theoretical and practical knowledge of plant biochemical diversity and biotechnological tools, such as genetic modification, synthetic biology, and green chemistry extraction strategies. The curriculum also trains students to implement industry-focused approaches for innovation within the bioeconomy.

M2 Physics and Engineering of Energy (PIE): Electrical Grids and Renewable Energies

This Master 2 program in Physics and Engineering of Energy (PIE) focuses on Electrical Grids and Renewable Energies. It provides a strong scientific foundation to understand current and future energy challenges, covering production, transport, distribution, and storage. The program integrates renewable energy sources and innovative solutions like smart grids, advanced storage, and microgrids. The curriculum is structured into four sub-tracks: electrical grids, renewable energies, electrical grids and energy conversion, and a hybrid track for students in double degree programs with CentraleSupélec. The first semester is dedicated to core disciplinary courses, while the second semester focuses on professional development. The "Electrical Grids and Energy Conversion" sub-track is taught entirely in English.

M2 Physics and Engineering of Energy (PIE): Electrical Networks and Renewable Energies

This Master's degree (M2) program offers specialized training in the physics and engineering of energy, with a focus on electrical networks and renewable energy systems. It aims to provide students with a deep scientific understanding of current and future energy challenges, covering production, transport, distribution, and storage. The program emphasizes innovative solutions like smart grids and advanced storage technologies. Students can choose from four specialization tracks: electrical networks, renewable energies, electrical networks and energy conversion (taught in English), or a hybrid program for dual-degree students. The first semester focuses on core disciplinary courses, while the second semester is dedicated to professional development.

M2 Physics and Engineering of Energy (PIE): New Technologies for Energy

The M2 PIE-NTE program provides a broad energy physics education, preparing students for engineering roles in large corporations or startups, and offering pathways into research on New Energy Technologies. The curriculum is structured into two three-month periods, requiring the completion of 10 modules from a selection of 17. Students choose a specialized track from "Thermal and Energy Engineering of Buildings," "Electrical Energy Management," or "Materials for Energy." This disciplinary focus is complemented by a mandatory 4-6 month internship in a company or research laboratory.

Master 2 Industrial Systems - Apprenticeship

This Master's degree program in Industrial Systems (M2) at Université Paris-Saclay, offered at the Evry campus, focuses on industrial engineering through a work-study (apprenticeship) model. It's designed to equip students with the skills needed to address contemporary industrial challenges and quickly assume responsible positions. The program combines theoretical and practical university education with hands-on company training, preparing graduates to be versatile field engineers ready for the demands of medium and large companies.

Master of Engineering in Computer Science - CMI Specialisation in Computer Science, Image, Virtual Reality, Interactions, and Games

This five-year Cursus Master Ingénierie (CMI) program, specializing in Computer Science, Image, Virtual Reality, Interactions, and Games (IIRVIJ), aims to train highly skilled professionals. Graduates will be equipped to tackle complex scientific and organizational challenges, abstract them, and lead teams to find solutions. The program provides a strong foundation in core computer science principles such as programming, software engineering, databases, and fundamental computer science concepts. It also offers specialized knowledge in digital imaging, including geometric modeling, rendering, virtual reality, human-computer interaction, and image processing, particularly during the master's years. Graduates will possess solid theoretical and practical computer science skills, enabling them to manage software development cycles, apply theoretical knowledge to practical problems, lead teams, and adapt to new contexts. The program emphasizes practical application through various project-based learning activities, preparing students for specialized roles in digital imaging and related fields.

Master of Science in Enterprise Engineering

The Enterprise Engineering Master's program at the University of Bordeaux equips you with the skills to become an Engineer or Consultant in the Design and Improvement of Industrial and Service Systems. This one-year Master's program is recognized nationally and internationally, drawing on extensive expertise from the Enterprise Engineering research group at the IMS laboratory. The curriculum focuses on enterprise engineering and interoperability, preparing you for roles in companies with international industrial cooperation projects. The program is taught entirely in English and includes a significant internship component.

Master Qualité, hygiène, sécurité (Quality, Health, Safety)

The Master in Quality, Health, Safety (QHSE) at Aix-Marseille University is a long-established program designed to train experts in QHSE management systems. It offers a transversal, multidisciplinary, and managerial approach, suitable for students from diverse undergraduate backgrounds. The program focuses on developing managers who can drive continuous improvement and contribute to sustainable competitiveness within organizations. This Master's degree prepares students to become proactive leaders in various management systems, including energy, business continuity, and quality of life at work, in addition to traditional QSE domains. Graduates will be equipped to advise management on QHSE strategy, set objectives, implement initiatives, and ensure continuous improvement across different sectors and company types. The program is offered exclusively as an apprenticeship, allowing students to gain practical experience while studying. It is structured around a competency-based approach, emphasizing active learning through problem and project-based modules (APP) combined with essential core knowledge and transversal skills development.