M1 Ingénierie des systèmes complexes - Voie industrie
The objectives of the M1 ISC-Industry track aim to train executives and engineers to improve industrial performance through a multidisciplinary approach: electrical engineering, computer science, mechanical engineering, and industrial engineering. The master's program equips students with the knowledge and skills in research and development for the modeling, design, and management of complex artificial systems, particularly industrial ones. In the M1 Industry track, students follow core subjects as well as specific subjects related to their desired specialization in alignment with their targeted Master 2.
In the first semester, there is 85% core curriculum (industry track) and 15% electives. In the second semester, the teaching is distributed with 33% core curriculum (industry track) and 67% specialization. The M1 courses allow students to acquire scientific and technical foundations in various fields, providing the necessary prerequisites for entry into M2. Among these skills are systems engineering, sizing and simulation, organization and management of business data, and design and innovation methodology. They choose additional courses that enable them to gain skills in line with the targeted majors in M2, with one course in the first semester and three in the second semester. They undertake a project that includes research and a bibliographic synthesis, functional analysis of the project, and the establishment of its specifications. Students must also develop the technical planning of their project (breaking it down into tasks and subtasks, scheduling, and establishing a collaborative co-design policy).
In the second semester, the project transitions into a realization phase. They acquire the prerequisites that allow them to consider continuing in one of the M2 programs we offer: Immersive Reality and Digital Transformation for Industry, Aircraft Maintenance Operations Management, and Robotics and Production Systems.
eXtended Reality and Digital Transformation focuses on the following areas:
Advanced human-machine interfaces, immersive realities (VR, AR, MR) combined with AI, virtual simulators and prototyping, data science and digital twins, industrial metaverses and persistent environments, project management and socio-technical transformation.
Robotics and Production Systems is centered around: the hybridization of research and professionalization, multidisciplinary training of engineers, design and integration of complex robotic installations, mastering the scientific and technical fundamentals of robotics, understanding the robot environment and optimizing interactions, and the development of production tools for Industry 4.0.
Operations Management: Strong professional orientation, management of aviation maintenance and production, optimization of means and processes, lifecycle coverage of aircraft, integration of safety and security constraints, and consideration of norms, regulations, and human factors
Identifier et caractériser une problématique de conception ou d’amélioration d’un système complexe.
The first semester consists of a core curriculum (85%) that includes mandatory subjects related to engineering training (Project and English), design engineering, and production organization and management, divided into three groups of learning units (UEs). A fourth group of UEs, worth 4 ECTS (15%), is offered to students (1 option to choose from 4). The second semester features a first group of 18 ECTS mandatory UEs, followed by 3 groups of elective UEs, each worth 4 ECTS. The distribution of teaching is 33% core curriculum and 67% for electives. All subjects are organized around lectures, tutorials, and practical work. Assessments are conducted through continuous evaluation (practical work, projects, study papers) as well as through examinations.
Le master 1ère année Ingénierie des systèmes complexes Voie Industrie du M1 prépare les étudiants pour une poursuite d’étude en Master 2 ISC dans l’un des parcours initiés en M1 à savoir Transformation Numérique pour l’industrie, Organisation pour le pilotage des systèmes logistiques, industrie Aéronautique et navigabilité et Robotique Industrielle. Un ou deux étudiants par promotion intègrent une école d’ingénieur ou un autre master. Ceci reste exceptionnel.
A l'issue du M2, plusieurs débouchés s'offrent aux étudiants :
Chef de projets conception de systèmes de production dont Intégration robotique
Responsable de lignes de production automatisées, robotisées•
Responsable maintenance industrielle
Ingénieur support technique
Ingénieur méthode et industrialisation
Responsable gestion de production, planification
Ingénieur qualité
Ingénieur logistique
Concepteur et développeurs de logiciels de pilotage de lignes de production
Ingénieurs méthodes en bureau d’études pour la production et la maintenance aéronautique. ingénieur R&D
Ingénieur bureau d’études, ingénieur de production, ingénieur méthodes/préparation, ingénieur chargé d'affaires, responsable qualité, responsable approvisionnement. Le parcours s’intéresse en premier lieu au secteur aéronautique et dans une moindre mesure au secteur spatial, mais peut également s’ouvrir à l’automobile, à la marine et au ferroviaire.
Ingénieur de la chaîne logistique, Ingénieur logistique. Ingénieur la distribution et les chaines de production et de fabrication
Students entering the M1 ISC are selected based on an application file containing their academic results since the baccalauréat, along with a cover letter justifying their application. Generally, our students come from the L3 Science for Engineering program at UFR ST Evry. Some students come from universities in the Île-de-France region, elsewhere in France, or from abroad. They must have completed 180 ECTS credits. A B2 level in French is required for international students from non-French-speaking countries. Prerequisites in industrial engineering are also required.
Voir modalités de recrutement et de poursuite d’étude
Les étudiants ayant choisi le parcours M1ISC voie industrie acquièrent diverses connaissances et compétences dans divers domaines tels que l'ordonnancement, la planification, la maîtrise des risques, la recherche et développement mais aussi des connaissances les préparant au Master 2 selon le parcours choisi
Informatique, Biologie Intégrative & Systèmes Complexes
Laboratoire de Mécanique et d'Energétique d'Evry.
The schedule will be posted shortly.
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Rank of previous year and size of the promotion.
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Motivation letter.
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All transcripts of the years / semesters validated since the high school diploma at the date of application.
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Certificate of French (compulsory for non-French speakers).
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Curriculum Vitae.
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Detailed description and hourly volume of courses taken since the beginning of the university program.
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Letter of recommendation or internship evaluation.
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VAP file (obligatory for all persons requesting a valuation of the assets to enter the diploma).
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Supporting documents :
- Residence permit stating the country of residence of the first country
- Or receipt of request stating the country of first asylum
- Or document from the UNHCR granting refugee status
- Or receipt of refugee status request delivered in France
- Or residence permit stating the refugee status delivered in France
- Or document stating subsidiary protection in France or abroad
- Or document stating temporary protection in France or abroad.