Stage - Déploiement Indice de Réparabilité & Méthodologies Comparatives - BAC+5 (Eybens) - F/H

Internship - Deployment of Repairability Index & Comparative Methodologies - Master's Level (Eybens) - F/M

Environment:

In the context of a sustainable product eco-design application project, the objective of the internship is to evaluate the practical implementation of eco-design based on the study of regulations and to test the methodology described by published standards and upcoming eco-design and Environmental projects (EN IEC 62430; ISO IEC IEEE 24748-3; IEC 63428; EN 45560; EN 50473 and others).

This project will enable adaptation on a larger scale within Schneider Electric by integrating it and comparing it with the current eco-design process of a range of our products.

The objective of the internship is to help define an optimized eco-design procedure that will ensure regulatory and normative compliance of products placed on the European market.

This methodology is under development and has only been partially applied to company projects.

Its applicability will be evaluated in conjunction with the current product design process chosen for experimentation.

Its portability to all types of projects for Power Electronics activity will also be considered.

The project's output data should include a description of the gaps between current development practices and the requirements imposed by this new environmental methodology.

This is described through current regulations and standards and upcoming projects in the field of material efficiency and other environmental constraints supporting the circular economy.

Missions:

In close collaboration with the Standardization team, project development teams, and the Eco-design team, the methodology will be concretely applied to a power electronic product:


* Assisting projects in deploying the internal repairability index for Energy Management and Industrial Automation


* Providing support to the Schneider Electric/CENELEC standardization team for defining priority spare parts by product group


* Developing and proposing a method for comparing the availability (actual operating time, uptime) of theoretical and real UPS


* Conducting experimentation of the proposed method on one or more power electronic products


* Reviewing the progress of actions defined within the scope of previous functional analyses of extracted requirements based on their prioritization (urgency/criticality, feasibility...)


* Working in collaboration with the Eco-design team to consider the impact of the results of your work on the product design process


* Contributing, within the teams, to evaluating the needs for applying requirements in projects (feasibility/complexity/maturity/investment cost/...)


* Finally, presenting your work to a wide audience to contribute to improving the company culture by anticipating eco-design for the circular economy.

Remote Work: Occasionally allowed

Job Location: Eybens

Travel: Depending on the mission's progress, some travel may be required to Rueil-M...