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programme de la formation en cours","semesterConfirmed":true,"modules":[{"title":"Interculturality, international communication and scientific seminars","credits":6,"creditSystem":"ECTS","hours":49,"components":[{"title":"Interculturality, international communication","hours":10.5,"conditional":false},{"title":"Written and oral communication for internship and professional project","hours":10.5,"conditional":false},{"title":"Scientific seminar series (winter school, remote, in-person)","hours":28,"conditional":false}]},{"title":"Research project and case study","credits":6,"creditSystem":"ECTS","hours":63,"components":[{"title":"Research project with bibliographical, experimental and numerical activities","hours":42,"conditional":false},{"title":"Case study","hours":21,"conditional":false}]},{"title":"Professionalization","credits":18,"creditSystem":"ECTS","hours":28,"components":[{"title":"Remote and in-person visits (industrial sites, major facilities in France and abroad, laboratories, platforms)","hours":21,"conditional":false},{"title":"Sharing apprenticeship experience","hours":7,"conditional":true},{"title":"4 to 6 month internship on major facilities in France or abroad with thesis and oral presentation or apprenticeship with report and oral presentation","hours":null,"conditional":true}]}]}]}]}],"skills":[{"title":"Simulation Monte-Carlo","titleEn":"Monte Carlo simulation","category":"practice","context":"Simulations PHITS à ARRONAX ; acquisitions SPECT simulées avec SIMIND à l’IMENA.","contextEn":"PHITS simulations at ARRONAX and SIMIND SPECT acquisition simulations at IMENA.","tools":["PHITS","SIMIND"]},{"title":"Reconstruction et analyse d’images","titleEn":"Image reconstruction and analysis","category":"practice","context":"Reconstruction avec PyTomography ; analyse de volumes, ROI et VOI avec AMIDE et Fiji, et exploitation de données DICOM avec InterView XP.","contextEn":"Reconstruction with PyTomography; volumes, ROI and VOI analysis using AMIDE and Fiji, and DICOM data processing with InterView XP.","tools":["PyTomography","AMIDE","Fiji","InterView XP"]},{"title":"Programmation scientifique","titleEn":"Scientific programming","category":"practice","context":"Utilisation de scripts Python pour le traitement des données, les graphiques et l’analyse du contraste, du bruit et des statistiques de comptage pendant le stage à l’IMENA.","contextEn":"Use of Python scripts for data processing, plotting and image contrast, noise and counting-statistics analysis during the IMENA internship.","tools":["Python"]},{"title":"Mesures et contrôle qualité","titleEn":"Measurements and quality control","category":"practice","context":"Acquisitions sur fantômes de Jaszczak et à sphères chaudes, comparaison simulation-expérience et participation au contrôle qualité des gamma-caméras à l’IMENA.","contextEn":"Jaszczak and hot-sphere phantom acquisitions, simulation-to-experiment comparisons and participation in gamma-camera quality control at IMENA.","tools":[]},{"title":"Physique nucléaire et rayonnements","titleEn":"Nuclear and radiation physics","category":"academic","context":"Enseignements en interactions rayonnement-matière et photon-matière, atténuation, diffusion Compton, détection, dosimétrie et radioprotection.","contextEn":"Academic knowledge of radiation-matter and photon-matter interactions, attenuation, Compton scattering, detection, dosimetry and radiation protection.","tools":[]},{"title":"Méthodes numériques et programmation","titleEn":"Numerical methods and programming","category":"academic","context":"Pratique académique en calcul scientifique, méthodes numériques, programmation C/C++ et MATLAB/Octave ; enseignements en traitement d’images et reconstruction.","contextEn":"Academic practice in scientific computing, numerical methods, C/C++ and MATLAB/Octave; courses in image processing and reconstruction.","tools":["C","C++","MATLAB","Octave"]},{"title":"Simulation du transport de particules","titleEn":"Particle transport simulation","category":"academic","context":"Pratique académique des codes MCNP, Geant4 et GATE ; interprétation des résultats de simulation du transport de particules.","contextEn":"Academic practice with MCNP, Geant4 and GATE; interpretation of particle transport simulation results.","tools":["MCNP","Geant4","GATE"]},{"title":"Instrumentation pour la fission et la fusion","titleEn":"Instrumentation for fission and fusion","category":"current","context":"Formation IMSci-Nu en cours : métrologie, détecteurs, diagnostics, grandes installations nucléaires, modélisation et expérimentation.","contextEn":"Current IMSci-Nu curriculum: metrology, detectors, diagnostics, major nuclear facilities, modelling and experimental work.","tools":[]}],"projects":[{"slug":"arronax-radionucleides","title":"Stage en physique nucléaire - Production de radionucléides d’intérêt médical","titleEn":"","cvTitle":"Production de radionucléides d’intérêt médical","cvTitleEn":"Medical radionuclide production","cvHost":"GIP ARRONAX","summaryEn":"Study of medical radionuclide production for the ICONE project.","host":"Groupement d’intérêt public ARRONAX","location":"Nantes, Pays de la Loire, France","start":"2025-04","end":"2025-05","degree":"M1","summary":"Étude de la production de radionucléides d’intérêt médical pour le projet ICONE","quantifiedResults":"","publicationNote":"","durationMonths":2,"tasks":["Identifier et comparer des radionucléides candidats pour l’imagerie et la thérapie en médecine nucléaire.","Étudier les voies de production par interaction de protons avec une cible ou indirectement via des neutrons.","Réaliser des simulations Monte-Carlo avec PHITS pour les interactions particules-matière et la production de radionucléides.","Exploiter des sections efficaces et résultats de simulation pour estimer les rendements de production."],"tasksEn":["Identify and compare radionuclides of interest for nuclear medicine imaging and therapy.","Study production routes based on proton-target interactions or indirect production using neutrons.","Run Monte Carlo simulations with PHITS to study particle–matter interactions and radionuclide production.","Use cross-section data and simulation results to estimate production yields."],"cvTasks":["Étude des voies de production de radionucléides d’intérêt médical pour le projet ICONE.","Simulations Monte-Carlo avec PHITS et exploitation de sections efficaces pour estimer les rendements."],"cvTasksEn":["Study medical radionuclide production routes for the ICONE project.","Run PHITS Monte Carlo simulations and use cross-section data to estimate production yields."],"tools":["PHITS"]},{"slug":"imena-imagerie-spect","title":"Stage en physique médicale - Simulation Monte-Carlo et optimisation en imagerie SPECT","titleEn":"","cvTitle":"Simulation & optimisation de l’imagerie SPECT","cvTitleEn":"SPECT simulation & imaging optimisation","cvHost":"IMENA · Institut de Médecine Nucléaire d’Abidjan","summaryEn":"Monte Carlo simulation and optimisation of SPECT acquisition protocols.","host":"Institut de Médecine Nucléaire d’Abidjan (IMENA)","location":"Abidjan, Côte d’Ivoire","start":"2026-05","end":"2026-08","degree":"M2","summary":"Simulation Monte-Carlo et optimisation des protocoles d’imagerie SPECT","quantifiedResults":"","publicationNote":"","durationMonths":4,"tasks":["Modéliser des acquisitions SPECT avec SIMIND en intégrant les caractéristiques de la gamma-caméra utilisée à l’IMENA.","Traiter les projections simulées et reconstruire des images tridimensionnelles avec PyTomography.","Analyser les volumes avec AMIDE et Fiji, en définissant des ROI et VOI.","Utiliser des scripts Python pour le traitement, les graphiques et l’évaluation du contraste, du bruit et des statistiques de comptage.","Réaliser des acquisitions sur fantômes de contrôle qualité : Jaszczak et sphères chaudes, avec du technétium-99m.","Exploiter des données DICOM avec InterView XP et comparer les résultats expérimentaux aux simulations.","Étudier l’influence du nombre de coups, des collimateurs et des paramètres d’acquisition sur les images reconstruites.","Participer au contrôle qualité des gamma-caméras et aux pratiques de radioprotection hospitalière."],"tasksEn":["Model SPECT acquisitions using SIMIND and the instrumental characteristics of the gamma camera used at IMENA.","Process simulated projections and reconstruct three-dimensional images with PyTomography.","Analyse volumes with AMIDE and Fiji, defining regions and volumes of interest (ROI/VOI).","Use Python scripts for data processing, plots and evaluation of contrast, noise and counting statistics.","Perform quality-control phantom acquisitions using Jaszczak and hot-sphere phantoms with technetium-99m.","Process DICOM data with InterView XP and compare experimental measurements with simulations.","Study the effects of count statistics, collimator choice and acquisition parameters on reconstructed images.","Participate in gamma-camera quality control and hospital radiation protection practices."],"cvTasks":["Modélisation d’acquisitions SPECT avec SIMIND et reconstruction des images avec PyTomography.","Analyse des images et des statistiques de comptage avec Python, AMIDE, Fiji et InterView XP.","Acquisitions sur fantômes et participation au contrôle qualité des gamma-caméras."],"cvTasksEn":["Model SPECT acquisitions with SIMIND and reconstruct images with PyTomography.","Analyse images and counting statistics with Python, AMIDE, Fiji and InterView XP.","Perform phantom acquisitions and contribute to gamma-camera quality control."],"tools":["SIMIND","PyTomography","AMIDE","Fiji","Python","InterView XP"]}],"certifications":[],"otherExperiences":[]}