Combining Computer Vision and NLP to create AI recommendations for contemporary art

NeuroSpinMachine Learning in Radiogenomics applied to Neuro-Oncology:Conception of machine learning models incorporating clinical and multi-modal MRI radiomic and multi-omic data. Analysis of patients cohorts in imaging-genetics, about neuro-oncology pathologies.- Radiogenomic data integration (imaging and genomics).- Applications in neuro-oncology: Primary CNS Lymphoma- Extending Deep Learning approaches in tumor segmentation to rare brain tumors with small datasets, using neural networks and transfer learning

Development of topological optimization methods adapted to turbulent flow, application to the case of heat exchangers. Creating a flexible C++ topology optimization platform combining modeling turbulence, calculating derivatives , solving equations and non-linear optimization. Confidential.

ROM project: Creating metamodels dedicated to the thermal regulation of an AIRBUS aircraft cabin using machine learning for time series. Regression methods were used for the metamodel. Classification was used to differentiate the cases in the Airbus data. Written in a combination of R and Python.

1 day a week. Physical modeling of electrostatic discharges in fuel tanks on proprietary Airbus software