- Selective training 3 years - 180 ECTS
- National registration fees: 170€*
- Location: Marseille, Saint Jérôme site
- International mobility
- Customized course
- Professionalization: internships and projects
- Work-study program possible from the 1st year onwards - Corporate partnerships
- Alumni network
- Number of students: 128, 4 groups of TD in initial training, 1 group of TD in alternation
*2021 fee for initial training. Exemption for scholarship holders and work-study students
Le BUT Génie Électrique et Informatique Industrielle (GEII) a pour objectif de former en 3 ans des cadres intermédiaires capables de répondre aux défis des nouvelles technologies dans les domaines tels que les énergies renouvelables, la ville et l’industrie du futur, la domotique, les réseaux intelligents et connectés, les systèmes embarqués dans l’aéronautique (avion du futur), l’automobile (véhicules autonomes), la robotique (mécatronique)…
Le BUT GEII est axé sur l’innovation et le développement technologique. Il a pour ambition de former les acteurs du monde de demain en transmettant des connaissances et en développant des compétences dans tous les domaines du GEII. Dotés d’un diplôme polyvalent avec un tronc commun fort, les étudiantes et étudiants pourront choisir une spécialisation progressive à partir de la deuxième année afin d’avoir une coloration dans la voie future de leur choix en adéquation avec leur insertion professionnelle ou poursuite d’études.
Le département GEII de Marseille propose le parcours suivant :
- Électronique et Systèmes Embarqués : Applications : robotique, domotique, réseaux industriels, internet des objets (IoT), objets connectés et communicants, …).
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How are the studies organized?
The BUT GEII national programme is organised around 4 competences : 3 competences common to the 3 national courses (common core) and one specific competence for each course. Each of the competences is made up of a set of resources for the acquisition of fundamental knowledge and methods and of a set of skills for the development of the skills of the students;a learning and evaluation situation, which groups together professional situations (projects, internships, other activities).
The GEII department in Marseille carries out the national programme around the following skills and resources:
- Three major competences common to the three national courses (common core):
- Designing the GEII part of an industrial system to meet a customer need
- Verify the GEII part of an industrial system
- A specific skill for the ESE (Electronics and Embedded Systems) course
proposed from the second year:
- Produce an industrial system or subsystem in the fields of electronics and embedded computing
- Three major competences common to the three national courses (common core):
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Internships, work-study and supervised projects
The training thus represents 2000 supervised hours, to which are added 600 hours of tutored projects and 22 weeks of internship.
The training is based on the following principles
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Alternance
En BUT GEII, l'alternance est possible mais facultative.
Consultez le calendrier d'alternance (bientôt en ligne dans la rubrique info pratique ci-dessous)
L'alternance en BUT GEII BUT 1, 2 et 3 BUT 2 et 3 BUT 3 Parcours ESE possible : contrat 3 ans possible : contrat 2 ans possible : contrat 1 an -
International mobility
Possibility to do 1 or 2 semesters abroad or internship abroad.
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Certifications
Certifications offered (PIX, TOEIC, Voltaire).
Electronics and Embedded Systems (ESE)
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Objectifs du parcours
Through its colouring, this course focuses on automation and robotics, fields that are essential in the industrial production sector. With the digital revolution of the industry of the future, this course aims to make students capable of installing and programming automated systems (automata, robots and vision) that will ensure the management and control of
industrial processes. Students will discover what the industry of the future brings in terms of a new way of organising the means of production, by placing digital technology (the Internet of Things (IoT), the digital twin, augmented or virtual reality, artificial intelligence, the Cloud, Big Data, cybersecurity, etc.) at the heart of the means of production.These communicating tools, thanks to the development of new industrial computer networks, will provide graduates with solutions for setting up control systems (supervision and Man-Machine Interface) which will help in the operation of installations, their monitoring, the traceability of products and the monitoring of energy consumption.
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Skills
The BUT GEII national programme is organised around 4 competences: 3 competences common to the 3 national courses (common core) and one specific competence for each course. Each of the competences is made up of a set of resources for the acquisition of fundamental knowledge and methods and of a set of skills for the development of the skills of the students;a learning and evaluation situation, which groups together professional situations (projects, internships, other activities).
The GEII department in Marseille is carrying out the national programme around the following skills and resources:
Three major competences common to the three national courses (common core):
- Design the GEII part of an industrial system to meet a customer need
- Verify the GEII part of an industrial system
A skill specific to the ESE (Electronics and Embedded Systems) course offered from the second year:
The course is designed to provide the students with the ability to
- Produce an industrial system or subsystem in the fields of electronics and embedded computing
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Materials
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Trades
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Further studies
The main purpose of the BUT GEII is immediate professional integration at the end of the 3 years of study. However, the graduates of the BUT GEII can continue in Engineering School or Master's degree.The BUT GEII is the first step in the professional integration of the students.
Profile of the candidates
High motivation in new technologies (electronic systems, computer science, automation, electric power, autonomous vehicles, home automation, networks)
- Scientific baccalaureate (at least 1 speciality among Maths, Numerical and Computer Sciences, Engineering Sciences, Physics and Chemistry) or STI2D baccalaureate
- Students undergoing reorientation (preparatory classes, L1, ...)
- Employees returning to school (continuing education)
- Employees returning to school
- Job seekers
PRACTICAL INFORMATION
Address : 142 traverse Charles Susini - 13013 Marseille
CONTACTS
NEWS
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Store 4.0 Opening 
Store 4.0 Opening
The IUT of Aix-Marseille had the pleasure to receive the president Éric BERTON as well as the president of the FAMI (Federation Aix-Marseille Interasso) Alexandre SIMEONI, to inaugurate the connected […]
