Projects: real professional experience

Real-life situations are one of the main objectives of the IG2I. They facilitate learning through practical cases and complement academic training.

Three projects enrich the curriculum: one focusing on institutional communication, another on initial software development (creation of a games engine and then a mini web project).

Two projects, each lasting around 100 hours, are offered. The IT project, in conjunction with a “client” company, involves developing software and/or web applications as a group. The industrial project focuses on the development of one or more electronic functions of a system such as drones, robots or smart objects.

Two projects on IoT and Embedded System Design as practical work: these projects aim to develop a complete system using a PC, sensors, managing information processing, and supervision.

During the last two years, 260 hours are devoted to solving a real problem in a company or research laboratory, which is the culmination of the engineering training.

The first part, known as the “partner study”, puts the groups of students in the position of managing a full-scale project, from market research to cost evaluation, including defining and managing deliverables, drafting a file to help them choose solutions, and drawing up a quality plan.

The second part, known as the PFE (Projet de fin d’études – end-of-studies project), covers a number of points relating to innovation, a bibliographical study linked to the research aspects, as well as specifications, a functional diagram, and the creation of a prototype.

This is then put into practice in the “technical” part, which has the educational objective of supplementing knowledge through practice (reactive teaching). This learning can be achieved through projects such as installing smart charging stations for electric vehicles, implementing Machine Learning from user data solutions for the retail sector, or automating at the port of Dunkirk.

Feedback from professionals is an integral part of the training. Students have nearly 60 hours of exchanges, in the form of conferences with professionals to explore and/or deepen their understanding of technical, functional, and methodological areas, or to visit industrial sites.