Ingénieur de Recherche (H/F) LRCS, Amiens
Updated : 2025.07.11Formulation et prototypage de batteries Tout Solide
Dans le cadre du projet de recherche LIMASSE issu des Programmes et équipements prioritaires de recherche (PEPR), vous serez en charge de la formulation et l'optimisation des électrodes positives et couches de séparateurs Tout Solide.
Vous serez aussi en charge de leur implémentation dans des cellules de type Pouch cells d'1Ah.
Les candidatures doivent être soumises sur le portail emploi du CNRS via le lien ci-dessous
Assistant Ingénieur LRCS, Amiens
Updated : 2025.07.07Assistant Ingénieur en analyse chimique
L’assistant ingénieur sera en charge de la conduite de différentes techniques d’analyse thermique (analyse thermogravimétrique (ATG), calorimétrie différentielle à balayage (DSC)), et d’une technique d’analyse multi élémentaire (spectrométrie d'émission optique (ICP-OES) et de les adapter en fonction de l'espèce analysée et des objectifs de recherche et développement dans le domaine du stockage ou de la conversion de l’énergie. La personne recrutée conduira ou supervisera les expériences et assurera la gestion et la maintenance courante des appareils.
Les candidatures doivent être soumises sur le portail emploi du CNRS via le lien ci-dessous
PhD Position LRCS, Amiens
Updated : 2025.07.16Study of Recycling and Recyclability of Active Materials for Batteries
Today, the recycling and reuse of battery components at the end of their life cycle is a responsible and essential approach, and one that needs to be explored in order to meet current challenges (development of electric mobility and the resulting demand for transition element salts). The aim of this thesis is to study the cyclability and recyclability of Li-ion and Na-ion system materials. The first part will be devoted to the study of the cyclability of materials: it will aim to establish links between the nature of precursors (notably from recycling), synthesis methods, physical properties and electrochemical performance. Detailed characterizations will help identify the key indicators of good cyclability. The state of the art in recycling Li-ion materials will provide a basis for considering the transposition to Na-ion. The second part of the thesis will analyze recyclability: it will examine degradation mechanisms (chemical or electrochemical) and regeneration routes. Finally, the recycled materials will be evaluated by structural and electrochemical characterizations to estimate their reuse potential. This project is backed up by a research project being developed in Hauts-de-France, involving a consortium with one industrial and a second academic partner; the aim of this project is to propose sustainable solutions for recycling electrode materials in batteries, in line with the work being carried out at the LRCS.
Offre de thèse LRCS, Amiens
Updated : -0001.11.30Contribution to the implementation of a recycling process for battery applications: synthesis and properties of electrode materials with a view to the circular economy-M/F
You will be interested in i) the synthesis of lithium-active materials from precursors derived from end-of-life battery recycling. You will study the conditions for processing precursors to make them compatible with the synthesis, ii) the integration of synthesized materials into industrial-type cells, taking into account the logic of circular and territorial economy. You will also be responsible for keeping a scientific watch on different battery chemistries and their recycling potential. The researcher recruited will be responsible for the scientific and administrative follow-up (drafting of reports and deliverables) of the project, in close collaboration with the LRCS team and the project teams.
Contact
Ingénieur-e LRCS, Amiens
Updated : 2025.05.05Ingénieur-e en science des matériaux / caractérisation H/F - POURVU
Réservé aux agents CNRS (fonctionnaires et CDI) et aux fonctionnaires et CDI de droit public
Préparer, réaliser, développer des expériences in situ/operando (cyclage électrochimique, évolution en température, influence du taux d'humidité) en diffraction et imagerie (X et électronique) de matériaux pour le stockage et la conversion de l'énergie.
Les candidatures doivent impérativement être soumises sur le portail emploi du CNRS via le lien ci-dessous.
PhD position LRCS, Amiens
Updated : -0001.11.30Study of degradation mechanisms of halide perovskites using in situ and operando characterization techniques - CLOSED
Supervisor: Frédéric SAUVAGE
The work is funded by region Hauts de France and the program PEPR TASE for photovoltaic devices.
The applicant should have strong background in materials science and photovoltaic, in particular perovskite solar cells. Background in crystallography, X-Ray diffraction and Electron Spin resonance will be considered as beneficial.
Applications must be submitted on the CNRS Job Portal via the below link.
ContactPhD position LRCS, Amiens
Updated : 2025.04.23Study, optimization and upscaling size of transparent photovoltaic - CLOSED
Supervisor: Frédéric SAUVAGE
This work is funded by the Région Hauts de France and the startup company CRYSTAL Energy SAS targeting the development of smart windows.
The applicant should have strong background in materials science, time-resolved spectroscopies and photovoltaic, in particular in dye sensitized solar cells.
You will join the group of Photovoltaic and solar energy conversion in Hub of Energy, LRCS CNRS UMR 7314
Applications must be submitted on the CNRS Job Portail via the below link.
PhD position LRCS, Amiens
Updated : 2025.03.23Crystal Chemistry of Positive Electrode Materials for Na-Ion Batteries - CLOSED
Supervisor: Christian MASQUELIER
The aim of this collaborative PhD work is to explore the crystal chemistry of new inorganic phosphate materials for use as insertion/extraction hosts in Na-ion batteries. A comprehensive study of the transport and stability properties will be carried out in conjunction with the structural characteristics. The approach is to find, and discover, new compositions that possess essential characteristics for an attractive electrode material in Na-Ion batteries: environmentally friendly elements, long life, low cost.
The PhD work will be conducted in LRCS Amiens and in ICMCB Bordeaux, two complementary CNRS-affiliated laboratories in France, which have extensive collaboration records on similar topic(s)
Applications must be submitted exclusively via the CNRS Job Portal.
If you need more information, you can contact the supervisors.
