Engineering projects (PING) 

You want to develop, implement or prototype your idea/project?

Engineering projects allow you to benefit from the expertise of our engineering students (bac+4) and the support of Télécom Saint- Étienne’s research professors to turn your idea into reality.

The subjects given can cover all the school’s fields:

Computer science
AI, big data, applications, web, machine learning..

Electronics
sensors, automation, embedded systems, connected objects..

Telecom
telecom architecture, telecommunication..

Networks
cybersecurity, routing, servers, coding, transmission..

Photonics
optics, laser processes..

Image
image analysis and processing, 3D imaging, biomedical imaging..

Romeo Sierra Recherche SAS

Development of an electro-ultrasonic sensor system for measuring flight parameters.
Theme: Electronics

Romeo Sierra Recherche SAS

Développement d’un logiciel SaaS d’organisation de chantier.
Thématique : Informatique

Romeo Sierra Recherche SAS

Enriching a FireFox extension with Click-to-Call
Theme: IT

MACH1

Digitisation and analysis of
quality control data.
Theme: IT

Unifrax

Production optimisation through predictive analysis.
Theme: IT

QIOVA

Feasibility and performance study of holographic phase card generation for SLM on Linux / Nvidia Jetson nano platform in the field of laser marking.
Theme: Electronics, Imaging, Computing, Photonics

AISTY

Data collection and processing for training the recommendation system.
Theme: Image, Computing

Télécom Saint-Etienne

Development of a data lake prototype.
Theme: IT

Orange

Creation of an in-store kiosk with a virtual 3D guide.
Theme: IT

Safran SA

Programming of a graphic interface and image processing for the periodic inspection of production tomographs.
Theme : Image, Computing

Department of the Loire

Development of a tool for monitoring users’ digital mediation pathways.
Theme: IT

CNS Communications

Construction and automation of a VxLAN factory.
Theme: Network

CNS Communications

Detection of the risks and causes of IS malfunctioning, as well as its carbon impact, using data from a Hypervision platform.
Theme: IT

Saint-Etienne Métropole

Propose an augmented reality (industrial) historical reconstruction of a site in the Cité du Design for cycle 3 pupils in the Saint-Etienne Metropolitan Area.
Theme: IT

Astree Software

Analysis of big data statistics
in a Cloud application.
Theme: IT

CELLEX3D

Development of an immersive VR/AR experience to explore physics, chemistry and biology interactively.
Theme: Computing, Image

Télécom Saint-Etienne

Evaluation of data transport flows
of the fragility box.
Theme: Network, Telecoms, Computing

Michael BLOCH

Development of a social network based on personal and professional challenges.
Theme: IT

SICK

Creation of an educational model of data feedback from communicating sensors (inductive, optical, etc.) and the associated dashboard.
Theme: Image, Electronics, Network, Computingv

VIVARDIS

Linux-based development of a home health data collection hub for a remote medical monitoring application.
Theme: IT, Networking, Telecoms

Sopra Steria

Improvement of an application calculating
a team’s environmental footprint.
Theme: IT

SICK

Creation of an educational model of data feedback from communicating sensors (inductive, optical, etc.) and the associated dashboard.
Theme: Image, Electronics, Network, Computingv

VIVARDIS

Linux-based development of a home health data collection hub for a remote medical monitoring application.
Theme: IT, Networking, Telecoms

Sopra Steria

Improvement of an application calculating
a team’s environmental footprint.
Theme: IT

La Boite à Outils du Dirigeant

Automated multi-platform digital communications platform powered by AI and digital communications techniques.
Theme: IT

Télécom Saint-Etienne

Demonstration of Autonomous Indoor Navigation
and Object Detection with Crazyflie.
Theme: Electronics, Telecoms

Esabora Digital Services

Implementation of AI in the Esabora.Business application.
Theme: IT

LPO Auvergne Rhone-Alpes

Development of the ‘Scrute la nature’ application
and its administrator interface.
Theme: IT

Aïna

Data communication with Mon Suivi Santé
in Orthopaedic Rehabilitation or Geriatrics.
Theme: IT

The principle:

A team of 4 to 5 students (bac+4) works on your project to develop it, to prototype it, to propose a solution, a concrete tool.

First thing to do: submit your project, which is studied by the school’s teaching team.
If it is selected, you will present it during a pitch session. In the following weeks, 2 creation sessions called SPRINT are organised.

SPRINT 1: This first SPRINT of one week allows to launch the realization and to validate the effectiveness of the collaboration between the company and the team.

SPRINT 2: This second two-week SPRINT allows production to be carried out, the tool to be developed and the project to be prototyped.

During the whole period, the team of students will work the equivalent of 700 hours, accompanied by a teacher-researcher and a company tutor.
To conclude the projects and to enhance the value of their work, the teams present their results at a presentation.

Chronology April to June

STATUS OF THE ART
Framing

Analysis of the problem and the project environment.
Construction of the production plan

PRODUCTION
Sprint 1

Allows the project to be launched and the effectiveness of the company/team collaboration to be validated

Sprint 2

Carry out the production, develop the tool, prototype the project

Valuation

Oral presentation to a jury

Participants

Companies of all sizes, researchers and associations.

Prices:

– 2000€ (net of taxes).
– 1300€ (net of taxes) for partner companies.
– Free of charge for companies in partnership with the Innovation Chair