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ISEL INDUSTRIAL CHAIR

Towards new integrative logistics models of ecological, digital, economic and societal transformation

Logistics, at the heart of production systems, organisations and the mobility of goods and people, is the 3rd largest emitter of CO2. The current context of transition (ecological, digital, economic and societal) is profoundly changing the nature of international trade, public policies and mobility, with a lasting impact on logistics activities. These events invite us to rethink our logistics models.

LogIn: A Chair in Logistics
at the heart of transformation

Aware of this responsibility, logistics players are called upon to introduce the new ecological, digital, economic and societal determinants that will sustainably underpin the operational, tactical and strategic logistics models of tomorrow.

To support these transformations and provide innovative, sustainable responses to these collective challenges, ISEL has created the CHAIR Logistics Innovation (LogIn). Very active, it brings together numerous experts (university specialists, students, economic partners) around a research component and an educational component.

3 labelled projects

This Research & Innovation component, dedicated to new logistical models, deals with 4 major themes, directly related to the activities of the Seine axis, port basin, the Normandy region and beyond. They aim to bring out innovations that can have an immediate impact on them.

As such, 3 industrial projects labelled ANR as part of the recovery plan are underway:

  • The BIODIV project, in partnership with Bolloré Logistics, studies the impact of logistics activities and the margins of progress in terms of preserving biodiversity;

  • The MOSART project, in partnership with SOGET, focuses its research on optimising carrier interfaces;

  • The BIPORT project, in partnership with SOGET, is all about process maturity in the context of Business Intelligence.

Recherche et innovation

Research & Innovation axis
4 key themes:

  • Data-driven

  • New mobility of goods and people

  • End-to-end facilitation and eco-performance of the supply chain

  • The resilience of logistics systems

Prospective axis of
the logistics engineer’s skills reference framework

This educational component aims to enrich ISEL training and develop the skills of the logistics engineer. Indeed, its objective is “to identify the perspectives of logistics added value, its players, as well as the associated skills, and to create the conditions, modes and means for the continuous transfer of knowledge towards ISEL training and businesses”.
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