FLI
Vous trouverez dans cette rubrique les offres de stage, de thèses, de post doctorats, de CDD et CDI à pourvoir dans les laboratoires partenaires du réseau.
Liste des annonces
2017/10/19 (Senior) Research Associate in Medical Image (2 years starting from end 2017/early 2018 )
Person Specification:
SPCCT research engineer position requires an individual who is professional, self-learner, with can-do approach, team player and good communication skills. In this role, you will be part of an international and multidisciplinary research team that is developing a new spectral photon counting CT system (SPCCT).
Examples of current analysis development linked to clinical research projects are listed below:
• Characterizing and Improving Quantification of spectral CT Biomarkers for Evaluation of Disease Progression and Treatment Effectiveness in cardio and neuro vascular disease.
• Analysis of multi-parametric MRI and spectral CT data for cardio and neuro vascular applications including CT and MR perfusion.
Anticipated projects include:
• Evaluation of novel contrast media for spectral CT imaging for cardio and neuro vascular applications.
Responsibilities:
- Coordinate the research project activity (review project definition for appropriateness, advise on best ways to use the scanner, scan and analysis scheduling, results consolidation) for all activities using the SPCCT system.
- Develop and validate novel algorithms applicable to SPCCT, and dual energy CT, pre-clinical and clinical research studies.
- Ensure effective communication between the multi international partners in academia and clinicians and research for the timely completion of research projects wherein those partners are using the SPCCT system.
- Managing all the data being generated by the system, research databases, system configuration, updates, and data manipulation, including images transferred/stored in the PACS or other archival systems
- Assist in developing new tools and algorithms for analyzing, viewing and processing spectral CT data.
- Work with the project partners to assist and sometimes perform data analysis.
- Work with the SPCCT research operator to assure smooth daily operation of the system and sometimes execute scanning for the research projects and assist or execute scanning of animals when part of the pre-clinical research projects
- Participate in publications of results, including manuscript writing.
- Explore and propose and potentially lead new research opportunities for the system.
- Present the SPCCT Project and research results at workshops and conferences.
Confidentiality:
The post holder is required to uphold and maintain the security of all information systems he or she has access to, and to ensure the absolute confidentiality of all patient details at all times.
2017/10/19 (Senior) Research Associate in Medical Image (2 years starting from end 2017/early 2018 )
Person Specification:
SPCCT research engineer position requires an individual who is professional, self-learner, with can-do approach, team player and good communication skills. In this role, you will be part of an international and multidisciplinary research team that is developing a new spectral photon counting CT system (SPCCT).
Examples of current analysis development linked to clinical research projects are listed below:
• Characterizing and Improving Quantification of spectral CT Biomarkers for Evaluation of Disease Progression and Treatment Effectiveness in cardio and neuro vascular disease.
• Analysis of multi-parametric MRI and spectral CT data for cardio and neuro vascular applications including CT and MR perfusion.
Anticipated projects include:
• Evaluation of novel contrast media for spectral CT imaging for cardio and neuro vascular applications.
Responsibilities:
- Coordinate the research project activity (review project definition for appropriateness, advise on best ways to use the scanner, scan and analysis scheduling, results consolidation) for all activities using the SPCCT system.
- Develop and validate novel algorithms applicable to SPCCT, and dual energy CT, pre-clinical and clinical research studies.
- Ensure effective communication between the multi international partners in academia and clinicians and research for the timely completion of research projects wherein those partners are using the SPCCT system.
- Managing all the data being generated by the system, research databases, system configuration, updates, and data manipulation, including images transferred/stored in the PACS or other archival systems
- Assist in developing new tools and algorithms for analyzing, viewing and processing spectral CT data.
- Work with the project partners to assist and sometimes perform data analysis.
- Work with the SPCCT research operator to assure smooth daily operation of the system and sometimes execute scanning for the research projects and assist or execute scanning of animals when part of the pre-clinical research projects
- Participate in publications of results, including manuscript writing.
- Explore and propose and potentially lead new research opportunities for the system.
- Present the SPCCT Project and research results at workshops and conferences.
Confidentiality:
The post holder is required to uphold and maintain the security of all information systems he or she has access to, and to ensure the absolute confidentiality of all patient details at all times.
Ingénieur(e) de recherche en traitement d’image et développement informatique – CDD 3 ans
Vous aurez pour rôle principal de développer un outil pour l’intégration des données d’imagerie et des données de dosimétrie pour étudier la corrélation, extraire des biomarqueurs et définir de nouvelles cibles pour la radiothérapie.
Vos principales tâches :
• Participer, avec la chercheuse, au post traitement des images de l’IRM morphologique, de l’IRM de perfusion, de diffusion et de la spectroscopie.
• La maintenance de la base de données
• Implémenter l’analyse de la spectroscopie
• Participer à la spécification de l’outil logiciel
• Intégrer toutes les modalités d’imagerie dans le même outil logiciel
• Implanter et optimiser les algorithmes en langage C++.
• Tester et valider l’outil
• Interagir avec les membres de l’équipe
Ingénieur(e) de recherche en traitement d’image et développement informatique – CDD 3 ans
Vous aurez pour rôle principal de développer un outil pour l’intégration des données d’imagerie et des données de dosimétrie pour étudier la corrélation, extraire des biomarqueurs et définir de nouvelles cibles pour la radiothérapie.
Vos principales tâches :
• Participer, avec la chercheuse, au post traitement des images de l’IRM morphologique, de l’IRM de perfusion, de diffusion et de la spectroscopie.
• La maintenance de la base de données
• Implémenter l’analyse de la spectroscopie
• Participer à la spécification de l’outil logiciel
• Intégrer toutes les modalités d’imagerie dans le même outil logiciel
• Implanter et optimiser les algorithmes en langage C++.
• Tester et valider l’outil
• Interagir avec les membres de l’équipe
2017/09/17- Support technique (France et international) H/F – CDI
Un poste de support technique est à pourvoir chez Biospace Lab pour répondre aux besoins généraux de la société sur les points suivants :
- Présence sur le site de production pour supporter la calibration et le contrôle des machines avant leur libération au client.
- Présence technique sur le terrain en vue d’assurer le support curatif client, le Service Après-Vente.
- Présence technico-commerciale en vue de supporter les activités de vente (contrats de maintenance, consommables et réactifs, Upgrade).
Vous devrez intervenir chez nos clients au travers le monde pour assurer la maintenance de notre parc de machines.
Vous devrez notamment :
- Tester les circuits, systèmes... par mesure, contrôle, à l'aide d'appareils spécifiques, et de logiciels de tests.
- Savoir effectuer des mises au point ponctuelles, des essais de fonctionnement ou des simulations.
- Interpréter les résultats des mesures et contrôles en les comparant aux référentiels.
- Rendre compte clairement par oral et par écrit des actions et intervention menées. Inscrire ces comptes rendus dans le cadre des méthodes prévues par la société.
- Gérer son stock avec rigueur, exprimer ses besoins en matériel & suivre leur approvisionnement.
2017/09/17- Support technique (France et international) H/F – CDI
Un poste de support technique est à pourvoir chez Biospace Lab pour répondre aux besoins généraux de la société sur les points suivants :
- Présence sur le site de production pour supporter la calibration et le contrôle des machines avant leur libération au client.
- Présence technique sur le terrain en vue d’assurer le support curatif client, le Service Après-Vente.
- Présence technico-commerciale en vue de supporter les activités de vente (contrats de maintenance, consommables et réactifs, Upgrade).
Vous devrez intervenir chez nos clients au travers le monde pour assurer la maintenance de notre parc de machines.
Vous devrez notamment :
- Tester les circuits, systèmes... par mesure, contrôle, à l'aide d'appareils spécifiques, et de logiciels de tests.
- Savoir effectuer des mises au point ponctuelles, des essais de fonctionnement ou des simulations.
- Interpréter les résultats des mesures et contrôles en les comparant aux référentiels.
- Rendre compte clairement par oral et par écrit des actions et intervention menées. Inscrire ces comptes rendus dans le cadre des méthodes prévues par la société.
- Gérer son stock avec rigueur, exprimer ses besoins en matériel & suivre leur approvisionnement.
2017/09/13 – Postdoctoral position (12 Months) : “Development of a bimodal Brillouin/Raman microscope for biological tissue characterization”
Brillouin microscopy allows non-invasive measurements of the visco-elastic properties of cells and tissue on the micrometer scale, while Raman microscopy gives complementary biochemical information. Such measurements have applications in the study of cytoskeleton organization, and for novel diagnostic tools based on following early mechanical and biochemical tissue alterations.
The postdoctoral scholar will be responsible for developing and coupling a Brillouin spectrometer to the Raman micro-spectrometer of LISA. This includes optical system development, instrument control and numerical data processing. He/She will characterize the instrument on model systems prepared at LPCV, and move forward to first in-cellulo experiments. The successful candidate is expected to coordinate the interaction between LPCV and LISA.
2017/09/13 – Postdoctoral position (12 Months) : “Development of a bimodal Brillouin/Raman microscope for biological tissue characterization”
Brillouin microscopy allows non-invasive measurements of the visco-elastic properties of cells and tissue on the micrometer scale, while Raman microscopy gives complementary biochemical information. Such measurements have applications in the study of cytoskeleton organization, and for novel diagnostic tools based on following early mechanical and biochemical tissue alterations.
The postdoctoral scholar will be responsible for developing and coupling a Brillouin spectrometer to the Raman micro-spectrometer of LISA. This includes optical system development, instrument control and numerical data processing. He/She will characterize the instrument on model systems prepared at LPCV, and move forward to first in-cellulo experiments. The successful candidate is expected to coordinate the interaction between LPCV and LISA.
2017/09/13 – Postdoctoral position (2 years) : “Optical microscopy for 3D cellular imaging in microfluidics chip”
Though still confronted with multiple challenges, regenerative medicine (tissue reconstruction) offers many promises for the future. One of the current limitations remains the tissue vascularization. Ex vivo, this development requires the use of microfluidic systems to mimic vasculogenesis. A challenge remains however to be addressed: the characterization of the reconstructed tissues without altering their functionality to allow implantation. The aim of the project is to develop an optical imaging system allowing a morphological and functional 3D characterization on a micrometric scale of vascularized tissues inside a fluidic chamber. This research is a close collaboration between the biology laboratory CIBEST (Chimie Interface Biologie pour l'Environnement la Santé et la Toxicologie), the microfluidics laboratory LBCP (Laboratoire Biochip et bioPackaging) and the optics laboratory LISA (Laboratoire Imagerie et Systèmes d’Acquisitions) of CEA Grenoble.
The successful candidate will be responsible for developing and characterizing an innovative optical microscopy system that meets the expected performance to characterize the samples, including spatial resolution, field size, and sensitivity. Coupling and integration with microfluidics systems will be part of the objectives of this development. The impact of the complete system (fluidic and optical) on the samples will also be studied.
Do not hesitate to contact Pierre BLANDIN by e-mail for more detailed information on this project and its environment. The project will start in the fourth quarter of 2017.
2017/09/13 – Postdoctoral position (2 years) : “Optical microscopy for 3D cellular imaging in microfluidics chip”
Though still confronted with multiple challenges, regenerative medicine (tissue reconstruction) offers many promises for the future. One of the current limitations remains the tissue vascularization. Ex vivo, this development requires the use of microfluidic systems to mimic vasculogenesis. A challenge remains however to be addressed: the characterization of the reconstructed tissues without altering their functionality to allow implantation. The aim of the project is to develop an optical imaging system allowing a morphological and functional 3D characterization on a micrometric scale of vascularized tissues inside a fluidic chamber. This research is a close collaboration between the biology laboratory CIBEST (Chimie Interface Biologie pour l'Environnement la Santé et la Toxicologie), the microfluidics laboratory LBCP (Laboratoire Biochip et bioPackaging) and the optics laboratory LISA (Laboratoire Imagerie et Systèmes d’Acquisitions) of CEA Grenoble.
The successful candidate will be responsible for developing and characterizing an innovative optical microscopy system that meets the expected performance to characterize the samples, including spatial resolution, field size, and sensitivity. Coupling and integration with microfluidics systems will be part of the objectives of this development. The impact of the complete system (fluidic and optical) on the samples will also be studied.
Do not hesitate to contact Pierre BLANDIN by e-mail for more detailed information on this project and its environment. The project will start in the fourth quarter of 2017.