BUT GEII / Electrical Engineering and Industrial Computing

• Level 6: bachelor's degree level, 180 ECTS credits
• 2 specialization tracks starting in the 2nd year
• Competency-based approach
• Three-year integrated program
• Facilitated international mobility
• Training strongly structured around professional situations

The B.U.T. Electrical Engineering and Industrial Computing program aims to train professionals working in the fields of cities and industry of the future, smart and connected networks, transportation and electromobility, aeronautics, renewable energies, health, audiovisual, and space.

The GEII department offers three different tracks starting in the second year:

• Automation and Industrial Computing
  • Industry 4.0 option
  • Railway Signaling option
• Electricity and Energy Management

Skills common to both tracks:

• Designing the GEII part of a system
• Check the GEII part of a system
• Ensure that a system remains in operational condition

Specific skills:

Electrical Engineering and Energy Management Program:

• Install all or part of an on-site energy production, conversion, and management system

Automation and Industrial Computing Course:

• Integrating a command and control system into an industrial process

Start date: September.
Duration: 3 years.
Number of hours: 2,000
Number of hours for supervised projects: 600 hours spread over 2 years.
Internship: minimum of 22 weeks over the 3 years
Assessment method: continuous assessment.
Work-study program: possible from the 1st year
Work-study program structure: 2 or 3 weeks at the IUT / 2 or 3 weeks in a company.

SEMESTER 1 – ALL COURSES

Learning and Assessment Situations (LAS):

• SAé 1-1: Pumping station
• SAé 1-2: Line-following robot
• Portfolio

Resources (materials)

• English
• Culture and Communication
• Company life
• Mathematical tools and software
• PPP
• University Integration
• Automation
• Computer science
• Electronics
• Energy
• Applied physics

SEMESTER 2 – ALL COURSES

Learning and Assessment Situations (LAS):

• SAé 2-1: Learning and assessment situation focusing on energy
• SAé 2-2: Learning and assessment situation related to computer science
• Portfolio

Resources (materials)

• English
• Culture and Communication
• Company life
• Mathematical tools and software
• PPP
• Automation
• Computer science
• Electronics
• Energy
• Applied physics

AUTOMATION AND INDUSTRIAL COMPUTING (AII) COURSE – APPRENTICESHIP TRAINING:

SEMESTER 3

Learning and Assessment Situations (LAS):

• Follow-up-PT-SAÉ S3
• SAE Integration and programming of an automated system in normal operating mode
• SAE Local Adaptation
• SAE Portfolio
• SAE Portfolio
• SAE Portfolio
• SAE Portfolio

Resources (materials)

• English
• Culture and communication
• Automation
• Mathematical Tools and Software
• Personal and Professional Project
• Automatic
• Industrial Computing
• Electronics
• Energy
• Applied Physics: Mechanics and Guided Propagation
• Maintenance
• General information on networks and cybersecurity
• Applied Physics: Mechanical Supplement
• Supervision / Remote management
• Specialized automation
• Specialized networks

SEMESTER 4

Learning and Assessment Situations (LAS):

• Follow-up-PT-SAE S4
• REH company monitoring
• REH project monitoring
• SAÉ Improvement of an automated system: integration of an HMI
• KNX SAÉ
• SAE Portfolio
• SAE Portfolio
• SAE Portfolio
• SAE Portfolio

Resources (materials)

• English
• Culture and Communication
• Maintenance
• Mathematical Tools and Software
• Computer science
• Automatic
• Electronics
• Specialized Automation
• Robotics
• Energy
• Specialized Energy
• Applied Physics
• Overview of networks and cybersecurity

AUTOMATION AND INDUSTRIAL COMPUTING (AII) COURSE – INITIAL TRAINING

SEMESTER 3

Learning and Assessment Situations (LAS):

• Follow-up-PT-SAE S3
• SAE Integration and programming of an automated system in normal operating mode
• SAE Local adaptation
• SAE Portfolio S3
• SAE Portfolio S3
• SAE Portfolio S3
• SAE Portfolio S3

Resources (materials)

• English
• Culture and communication
• Corporate Life: The company's eco-socio-technological environment, standardization, EPR regulations
• Mathematical Tools and Software
• Personal and Professional Project
• Automatic
• Industrial Computing
• Electronics
• Energy
• Applied Physics: Mechanics and Guided Propagation
• Maintenance
• General information on networks and cybersecurity
• Applied Physics Specialization AII and EME: Mechanics Supplement
• Supervision / Remote management
• Specialized automation
• Specialized networks

SEMESTER 4

Learning and Assessment Situations (LAS):

• Follow-up-PT-SAE S4
• REH company monitoring
• REH project monitoring
• SAÉ Improvement of an automated system: integration of an HMI and management of start and stop modes
• SAE Portfolio S4
• SAE Portfolio S4
• SAE Portfolio S4
• SAE Portfolio S4
• S4 internship

Resources (materials)

• English
• Culture and Communication
• Corporate Life: Labor law, industrial property, digital economy, data protection
• Mathematical Tools and Software
• Personal and Professional Project
• Automatic
• Specialized automation, not shared
• Non-shared robotics
• Specialized non-pooled energy
• Specialized automation
• Robotics
• Specialized Energy

AUTOMATION AND INDUSTRIAL COMPUTING (AII) COURSE

SEMESTER 5

Learning and Assessment Situations (LAS):

• Follow-up-PT-SAÉ S5
• SAÉ Integration of communication and digital tools into an automated industrial system
• SAE Portfolio AII S5
• SAE Portfolio S5
• SAE Portfolio S5
• SAE Portfolio S5

Resources (materials)

• English
• Culture and Communication
• Corporate Life: Social Entrepreneurship, Social Innovation, CSR, Economic Intelligence
• Mathematical Tools and Software
• Personal and Professional Project S5
• Maintenance
• Database
• Applied Physics: EMC
• Specialized energy
• Specialized computing
• Advanced Networks and Monitoring
• Industry of the future

SEMESTER 6

Learning and Assessment Situations (LAS):

• Follow-up-PT-SAÉ S6
• REH company monitoring
• REH project monitoring
• SAE Portfolio AII S6
• SAE Portfolio S6
• SAE Portfolio S6
• SAE Portfolio S6
• S6 internship

Resources (materials)

• Personal and Professional Project S6
• Industry of the future
• Machine safety

ELECTRICITY AND ENERGY MANAGEMENT (EME) COURSE – APPRENTICESHIP TRAINING:

SEMESTER 3

Learning and Assessment Situations (LAS):

• Follow-up-PT-SAÉ S3
• SAE Integration automated system program normal operating mode
• SAE Local Adaptation
• SAE Portfolio
• SAE Portfolio
• SAE Portfolio
• SAE Portfolio

Resources (materials)

• English
• Culture and communication
• Automation
• Mathematical Tools and Software
• Personal and Professional Project
• Automatic
• Industrial Computing
• Electronics
• Energy
• Applied Physics: Mechanics and Guided Propagation
• Maintenance
• General information on networks and cybersecurity
• Applied Physics: Mechanical Supplement
• Supervision / Remote management
• Specialized energy
• Specialized networks

SEMESTER 4

Learning and Assessment Situations (LAS):

• Follow-up-PT-SAE S4
• REH company monitoring
• REH project monitoring
• SAE Improvement of an automated system: integration of an HMI
• SAE Portfolio
• SAE Portfolio
• SAE Portfolio
• SAE Portfolio

Resources (materials)

• English
• Culture and Communication
• Maintenance
• Mathematical Tools and Software
• Computer science
• Automatic
• Specialized non-pooled energy
• Electronics
• Energy
• Applied Physics
• General information on networks and cybersecurity

ELECTRICITY AND ENERGY MANAGEMENT (EME) COURSE – INITIAL TRAINING

SEMESTER 3

Learning and Assessment Situations (LAS):

• Follow-up-PT-SAÉ S3
• SAÉ Sizing and commissioning of the power and control section of an energy conversion system
• SAE Local Adaptation
• SAE Portfolio S3
• SAE Portfolio S3
• SAE Portfolio S3
• SAE Portfolio S3

Resources (materials)

• English
• Culture and communication
• Corporate Life: The company's eco-socio-technological environment, standardization, EPR regulations
• Mathematical Tools and Software
• Personal and Professional Project
• Automatic
• Industrial Computing
• Electronics
• Energy
• Applied Physics: Mechanics and Guided Propagation
• Maintenance
• General information on networks and cybersecurity
• Applied Physics Specialization AII and EME: Mechanics Supplement
• Supervision / Remote management
• Specialized energy
• Specialized networks

SEMESTER 4

Learning and Assessment Situations (LAS):

• Follow-up-PT-SAE S4
• REH company monitoring
• REH project monitoring
• SAÉ Sizing and commissioning of the power and control section of an energy conversion system
• SAE Portfolio S4
• SAE Portfolio S4
• SAE Portfolio S4
• SAE Portfolio S4
• S4 internship

Resources (materials)

• English
• Culture and Communication
• Corporate Life: Labor law, industrial property, digital economy, data protection
• Mathematical Tools and Software
• Personal and Professional Project
• Automatic
• Specialized non-pooled energy
• Specialized Energy

ELECTRICITY AND ENERGY MANAGEMENT (EME) COURSE – ALL

SEMESTER 5

Learning and Assessment Situations (LAS):

• Follow-up-PT-SAÉ S5
• SAÉ Design – install – verify and maintain an electrical energy conversion and management system
• SAE Portfolio EME S5
• SAE Portfolio S5
• SAE Portfolio S5
• SAE Portfolio S5

Resources (materials)

• English
• Culture and Communication
• Corporate Life: Social Entrepreneurship, Social Innovation, CSR, Economic Intelligence
• Mathematical Tools and Software
• Personal and Professional Project S5
• Maintenance
• Database
• Applied Physics: EMC
• Specialized energy
• Active Components and Energy Recovery
• EME specialized automation: communicating objects
• Electric Mobility, Energy Efficiency

SEMESTER 6

Learning and Assessment Situations (LAS):

• Follow-up-PT-SAÉ S6
• REH company monitoring
• REH project monitoring
• SAÉ Design, install, verify, and maintain a conversion and management system

electric power

• SAE Portfolio EME S6
• SAE Portfolio S6
• SAE Portfolio S6
• SAE Portfolio S9
• S6 internship

Resources (materials)

• Personal and Professional Project S6
• Specialized energy

Resources (materials)

• English
• Culture and Communication
• Mathematical Tools and Software
• Computer science
• Automatic
• Specialized Energy
• Electronics
• Energy
• Applied Physics

General information on networks and cybersecurity

• Electrical or electronic design office,
• Automation engineer, robotics engineer,
• Electronics technician,
• Electrical engineer,
• Project manager,
• Operations Manager,
• Electrical maintenance technician
• Computer and network technician,

• Engineering schools (38%): INSA, ENSEEIHT, ENSE3, INP network, Écoles des Mines, Polytech network,
• At university (Bachelor's – Master's – PhD): Bachelor's degree in EEA, ATS preparatory course,
• Professional license (40%),
• At the University Institute of Technology in Nîmes: LP AIT (Spatial, unique in France).

Application in January on Parcoursup

General BAC –recommended specializations:

Mathematics + Physics-Chemistry or Digital Technology and Computer Science

General high school diploma obtained before 2021: Science and Economics high school diploma

Technical Baccalaureate: STI2D

Admission evaluation criteria:

• Assessments by the teaching team, opinions of the class council, and motivation for the program
• French and language notes
• High school grades in science subjects

All courses are available as ongoing training(for employees, individuals, or job seekers), subject to validation of the required prerequisites.Access is also possible through the Validation of Acquired Knowledge and Experience (VAE, VAP, or VES) program. Contact the continuing education department at the University of Montpellier – Nîmes offices.