Equipment comprising actual industrial machinery used by all pupils and students depending on their level of qualification (BEP vocational studies certificate, Bac Pro vocational baccalauréat, Bac STI science and industrial technology baccalauréat, BTS 18+ vocational training certificate)

A workshop comprising: 
- Conventional machine tools: lathes, millers, drilling machines, folding machines, guillotine shears, thermoforming, polishing machines, welding apparatus,... 
- Numerical control machine tools:

• 6 machining centres, including one palletised centre
• 7 lathes, including one C axis and one teach-in lathe
• 2 milling machines (including one driven by an industrial PC)
• 1 tool pre-setting bench
• 2 tridimensional measuring machines
• 1 high-speed machining centre (FANUC or NUM control unit)
• 1 robotised cell

The machines are networked to a computer server for downloading programs, 3 CAM rooms (Computer-Aided-Manufacturing) equipped with computers, components for modular assemblies, and specialist software. These rooms also contain special metrology equipment.

A general storehouse containing raw materials, grinding equipment for cutting tools, and output equipment. An automation and industrial data processing hall (AII) comprising: actual automated machinery (automated storehouse, welding system, automatic saw, packaging machine, palettiser, etc.).

Learning subsystems relating to automated machines for practical projects and special models. Specialist control software for programmable industrial robots. The computer-integrated manufacturing training channel also offers: a foundry for making aluminium parts, welding equipment, a surface treatment system for steel parts, and lamination equipment for the "water sports" division.

Professional Lycée (BEP technical school certificate in Electronic Trades)

3 laboratories equipped with measurement apparatuses, monitoring systems, specialist electronic design software.

E.g.: satellite dish control, electronic aquarium monitoring system, underwater diving apparatus, medical apparatuses, music synthesizers...

A networked computing room (LINUX operating system) connected to the WEB, to permit personalised teaching of electronics using multimedia techniques.

Technical Lycée (Bac STI science and industrial technology baccalauréat in Electronic Engineering)

2 electronics laboratories equipped with measurement apparatuses, software monitoring systems specialised in electronic design (ViewLOGIC, PCAD...).

1 applied physics laboratory geared to electronics, for the study and in-depth understanding of the fundamental laws of electricity and electronics.

BTS 18+ vocational training certificate in Electronic Systems

2 electronics laboratories equipped with electronic measurement apparatuses (conventional readout devices, spectrum analysers, network analysers) enabling training in the digital, analog, high-frequency, television and telecommunications fields.

Special equipment is provided for electronic CAD students (ViewLOGIC, ORCAD...), implementation of programmable circuits and for developing microcontroller-based applications (emulaters, logical analysers, network analyser, etc..).

1 applied physics laboratory equipped with one networked computer workstation per student (LINUX gateway) connected to the web.

Aside from conventional electronic measurement equipment, this laboratory is equipped with specific software programs such as LABView to permit data acquisition and processing and industrial process management.

The laboratories are placed at the disposal of students on a self-service basis outside class hours to aid an in-depth understanding and knowledge, assist the development of second-year projects, or for extra-curricular activities such as through the LINUX club.

Professional Lycée (BEP technical school certificate in Electrotechnical engineering trades and Bac Pro vocational baccalauréat in EECE Electrotechnical Energy Communicating Equipment).

An electrical wiring workshop comprising 6 units introducing students to a real wiring situation in the living environment.

Pupils work in spaces that allow them to use commercial components in conditions emulating real-life modern electrical installations.

A "tertiary" type unit is soon to complete the training amenity.

2 electrotechnicalengineering laboratories for wiring, breakdown repairs, study of automated systems, electrical safety, industrial programmable robot programming...

Examples of industrial equipment: (industrial service lifts, plastic-injection machine, electrical energy management system for a school canteen, monitoring systems for electrical qualification, tray preforming machine, food packaging machine with tactile screen control, etc.).

Specialist software: robot programming, electrical installation calculation, electrical diagram design software... is available for pupils. Access to the Internet permits real-time monitoring of developments in supplier equipment.

Technical Lycée (Bac STI science and industrial technology baccalauréat Electrotechnical Engineering)

An electrotechnical laboratory and an automation hall are used to teach electrotechnical engineering, industrial automation, industrial computing and electrical safety.

Examples of equipment: hoisting systems, automated stores, weighing systems, electrothermic assemblies, computer-controlled temperature regulation systems, electrical safety model for personal and equipment protection (study of neutral point treatments), pumping systems (study of electrical qualification), model simulating a concrete plant, scrolling advertising banner, models for the study of engine speed variation, etc...

These laboratories are kitted out with computing equipment for controlling industrial programmable robots, process control.

Training course BTS 18+ vocational training certificate in Industrial Product Design (IPD)

An engineering department equipped with 12 individual workstations including for each student: a computer and an A0 format technical drawing board. All the computer workstations are networked. An A0 tracer, an A3 scanner and printers are connected to the network at students' disposal. Industrial 3D design and mechanical calculation software programs prepare students for professional working life.

A mechanical design laboratory kitted out with computing equipment and models allowing students to study the laws of mechanical engineering.

Please note that this equipment is made available to students developing their own industrial projects, including outside school hours.

A "review" room for conducting overviews of industrial projects in front of professionals and lecturers in mechanical construction and product industrialisation.

2 laboratories are made available for all pupils of the Bac STI science and industrial technology baccalauréat, BEP technical school certificate and Bac Pro vocational baccalauréat, for their construction classes.

This comprises 3 sections: a computing section for computer-assisted design (CAD) (3D modeller) and the use of special software to teach an awareness of mechanical engineering (statics, dynamics, materials resistance, etc..), a section reserved for practical mechanical engineering projects, and a synthesis centre. The purpose is to carry through to a successful conclusion technological activities aimed at developing controlled use of a solid modeller and other software programs enabling implementation of a digital process chain.

2 laboratories for an "introduction to engineering sciences" (ISI) organised into several areas for observation and awareness-raising among students and to help develop their knowledge and application of approach methods to actual products.

These laboratories offer various real-life industrial systems to assist pupils with building or fine-tuning their personal projects through a variety of learning activities. The systems chosen encompass different technologies (mechanical engineering, electronics, electrotechnical engineering, computing, automatism, pneumatics, hydraulics, etc..).

Examples of didactic models include: bus doors, CD and DVD players, electric scooter. Both laboratories are equipped with a computer network to facilitate practical projects and the learning approach for various activities. The teaching of English forms an integral part of this subject with the appropriate tools.

A "Computing and production systems" (ISP) area is reserved in the computer-integrated manufacturing workshop, for this determining course with an additional specific room equipped with computers and special software programs.

Pupils are introduced to the production workshop environment and get to understand the organisation of a modern production site. To assist them, they have all the equipment described under "Computer-integrated manufacturing channel" and have the benefit of equipment in other laboratories, such as the electrotechnical engineering, electronics and automation labs.

A "Physical Measurements and Computing" (MPI) laboratory is available for fifth-form pupils having chosen Physical Measurements and Computing with another determining technology course (ISI introduction to engineering sciences, ISP computing and production systems). It is equipped with basic electronic measurement devices, networked computers connected to the WEB, and offers data acquisition equipment enabling the automation and processing of measurements.

This laboratory aims to promote the science and technology culture and confirm the student's choice of project path, for example, towards a Scientific "Engineering Sciences" baccalauréat or an STI science and industrial technology baccalauréat, such as Electronic Engineering or Electrotechnical Engineering.

2 "Electrical measurements and tests" laboratories are used by all pupils and students in applied physics and electricity classes of the BTS 18+ vocational training certificate, Bac STI science and industrial technology baccalauréat, Bac Pro vocational baccalauréat, BEP technical school certificate programmes.

A laboratory equipped with learning tools for the teaching of the fundamental laws of electricity and relevant practical projects, a second laboratory offers 8 test and measurement benches on rotating electrical machines with a supervisory control system with integrated modern protection.

It also permits the study of power electronic assemblies. It has a computer workstation for measurement acquisition on rotating electrical machines.

For practical projects by lower and upper sixth form pupils preparing for their Scientific baccalauréat in "Engineering Sciences" 
An "Engineering Sciences" laboratory where pupils develop practical projects on real-life multi-technological systems.

Examples of systems include: Centrifuge for blood analysis, micro-dosing system, automatic gate opener, washing machine, FISA robot, automatic blind...

A collection of didactic sub-systems is used to assist students in their practical projects, computer-assisted tools are omnipresent and used for every sequence together with specialist mechanical, electronic and automation software programs.

In addition to the chemistry and physics laboratories at the Lycée, the Professional Lycée has a physcics and chemistry laboratory specific to the BEP technical school certificate and Bac Pro vocational baccalauréat courses.