Apprenticeship tax

Instructions: How to pay the apprenticeship tax to Polytech Annecy-Chambéry?

1- Request your access codes on Net-Entreprise

2- In May: log in to SOLTéA, the platform for distributing the balance of the apprenticeship tax from the Caisse des Dépôts et Consignations, using your access codes obtained from Net-Entreprise.

3- Choose our school:

4- Distribute your contributions as percentages

5- Confirm and save your contributions. Provide a contact.

6. Please let us know about your contribution by email

2026 Schedule

Any questions?

Please contact Rabia Baaba in the Corporate Relations Department:

4 good reasons to pay your apprenticeship tax to Polytech Annecy-Chambéry

1. You invest in training your future engineering employees.

2. You’ll receive training grounded in the professional world

  • Apprentices in the fields of Construction, Computer Science, Mechanical Engineering, and Embedded Systems and Automation (3 years)
  • Professional training contracts (1 year)
  • Interns: our students complete an average of 40 weeks of internships.

3. You support a school committed to DDRS

  • Discover our DDRS initiatives
  • 29% of students receive scholarships
  • Tailored teaching methods for students with disabilities, high-level athletes, and artists
  • Actions to promote the engineering profession among young women

4. You finance innovative equipment

Thanks to you, educational investments are being made in the fields of robotics, imaging, mechatronics, the environment, renewable energies, and construction.

Examples of educational investments made possible by the apprenticeship tax

Development of a ruggedized, ground-based drone platform designed for long-term sustainability (in terms of both equipment durability and the longevity of the software and educational activities). This platform is intended to support a wide range of missions and use cases, particularly in the context of project-based learning, R&D, and instruction in AI, IoT, and mechatronics.
Training Mechanics Mechatronics Materials / Embedded Systems Automation Sensors

Renovation project for all process engineering laboratory facilities, including equipment upgrades and safety improvements to the chemical processing area.
Training Industrial and Territorial Ecology

Implementation of a practical application as part of the multiphysics systems modules, based on an electromagnetic system. The investment covers all the equipment needed to build the experimental setup: an actuator and its amplifier, a displacement sensor, an oscilloscope, wiring components, and mechanical mounts.
Training Mechanics Mechatronics Materials.

Replacement of a water filtration system for analytical chemistry lab work.
Training Industrial and Territorial Ecology.

Pocket NC is used in many industrial companies: medical, dental, aerospace & defense, consumer goods, jewelry and watchmaking, food processing, electronics, etc. For prototyping, users appreciate the rapid production changes and speed of iteration. It is used in training. Mechanics Mechatronics Materials.

It uses laser triangulation technology to perform 3D scanning on a wide variety of mechanical parts, models, and prototypes.
It can be used for many different purposes: reverse engineering, design and manufacturing processes, restoration, heritage conservation.
Its use and associated software enable virtual models to be created, which can be used to illustrate assembly issues. This device is used in training. Mechanics Mechatronics Materials.

These three collaborative robots allow students to put themselves in the position of managing and supervising an assembly workshop. The robotics module is now taught to a much larger audience of around 50 students in Mechanics Mechatronics Composite Materials.

This equipment is used in various educational facilities and for research project prototypes, particularly in chemistry with CMR compounds (carcinogenic, mutagenic, or toxic to reproduction). This facility is available for educational purposes in Territorial Industrial Ecology and for research.

The screening crusher is used in geotechnical engineering for training purposes. Building Eco-construction Energy and allows for the crushing of very cohesive clay soil. It is also used in public works for the preparation and implementation of earth bricks.

The nanoparticle analyzer can be used to illustrate various aspects of air pollution and air treatment processes covered in five series of practical exercises in Industrial and Territorial Ecology training.

Training Mechanics Mechatronics Composite materials, as a student or apprentice, requires multiple robot control systems. The two UR3 robotic arms equipped with grippers complete our range of robotics.

Ion chromatography analysis techniques are used in training. Industrial and Territorial EcologyStudents work on samples of natural water taken from the Leysse River or Lake Bourget, and on samples taken from wastewater treatment plants.

This investment has enabled the renovation of equipment in a practical work room for teaching automation, with six oscilloscopes, six signal generators, and stabilized power supplies. This equipment is used for training courses. Digital Systems and Instrumentation and Mechanics Mechatronics Composite materials.

This equipment is used in engineering training. Mechanics Mechatronics in practical vibration experiments. Three laser sensors are required to measure vibrations in small systems. In particular, they calibrate the displacement of simply supported beams under vibration. These measurements are used to validate the analytical and numerical approaches studied in class.

 

The "service robotics" and "robotics and games" modules in problem- and project-based learning utilize robots—specifically Pepper—in the engineering program Digital Systems and Instrumentation.

In engineering education Industrial and Territorial EcologyThe test bench is used to study reactive systems and bioprocesses. It complements the study of continuous reactors by approaching the distribution of residence times.

Beyond the study of hyperstatic structures, the continuous beam test bench allows students to understand the transfer of loads to adjacent spans, a phenomenon encountered in roof purlins and concrete beams. This equipment is used in the Ecoconstruction Energy Building engineering program.

As part of practical concrete work, concrete test specimens are prepared to determine compressive strength. The acquisition of a new grinding machine allows for the proper surfacing of test specimens to ensure accurate characterization of the material. This machine is used in engineering training. Building Eco-construction Energy.