Recruitment:Offre de thèse "Commande hybride mouvement-raideur des robots continus"

Offre de thèse proposée par TIMC & LS2N & CNRS sur le thème : "Commande hybride mouvement-raideur des robots continus". Profil : Master Robotique, Mécanique, Automatique ou domaine similaire. Goût de la théorie et de l’expérimentation / Compétences ou attirance pour la mécatronique ++. Date de début de thèse : Octobre 2021, lieux : TIMC Grenoble & LS2N Nantes. Sujet : Robots continus à câbles, état de l'art / modélisation, stratégie de commande, simulation / implémentation

Recruitment:Offre de thèse CNRS "VELIS augmenté : analyse du mouvement et du système cardio-respiratoire"

Les équipes MESP, SPM et PRETA du laboratoire TIMC recherchent un doctorant sur le projet VELIS concernant l'intégration de l’analyse du mouvement et du système cardio-respiratoire lors de l’utilisation d’un vélo électrique intelligent pour la Santé en réhabilitation et éducation thérapeutique. Le programme "VELIS augmenté" combine réhabilitation et éducation thérapeutique pour la promotion de l’activité physique à partir d’un Vélo Électrique Intelligent pour la Santé (VELIS). VELIS est un vélo qui permet d’asservir l’assistance électrique en fonction d’un objectif patient personnalisé, basé sur son rythme de pédalage, la puissance qu’il doit fournir ou son rythme cardiaque, tout en permettant l’enregistrement continu des données issues du vélo.

Recruitment:Postdoctoral position in Microbiology-Microbiome studies

The applicant will take part in the project “Enteroprobe”, which is funded by the Région Rhône Alpes Auvergne, funded and granted to Pr. Donald Martin in partnership with the company Pelican Health SAS, and hosted in the TIMC laboratory of the University Grenoble Alpes. The postdoctoral applicant will setup an in-vitro platform for the development of the medical device and the study of the small intestinal microbiome and its evolution. He/she will select and develop culture media and conditions for mock microbiome communities and retrieved samples. The applicant will also perform metagenomics analysis to characterize the system. Deadline for applications: 30/04/2021

Recruitment:PhD position - Nanostructural characterisation of protein interactions with lipid bilayer membranes

PhD position with Neutrons for society - InnovaXN - ESRF - TIMC. This offer is related to the following project: "Nanostructural characterisation of protein interactions with lipid bilayer membranes : basis for biosensor development.". This PhD project is in the field of biosensors based on nanostructured biomimetic tethered lipid bilayers (tBLM) to detect plasma proteins. Deadline for applications: 31/03/2021 - Contract duration: 36 months.

Recruitment:PhD position - Nanostructural characterisation of protein interactions with lipid bilayer membranes

The PhD student will perform a nanostructural characterisation of the interaction between peptide and protein biomarkers and tBLM, and will identify the role of the lipid part to modulate the interaction between tBLM and specific peptides and proteins. These fundamental results will provide the basis for biosensors and analytical procedures that can detect scarce biomarker proteins from other high-abundance proteins and from lipidic moieties in blood samples. The biosensors envisaged are based on nanostructured tBLM in which we have optimised the lipid composition for specific proteins interactions.

Recruitment:PhD position - Nanostructural characterisation of protein interactions with lipid bilayer membranes

The PhD student will perform a nanostructural characterisation of the interaction between peptide and protein biomarkers and tBLM, and will identify the role of the lipid part to modulate the interaction between tBLM and specific peptides and proteins. These fundamental results will provide the basis for biosensors and analytical procedures that can detect scarce biomarker proteins from other high-abundance proteins and from lipidic moieties in blood samples. The biosensors envisaged are based on nanostructured tBLM in which we have optimised the lipid composition for specific proteins interactions.