Francois Masson

- Develop machine learning strategies and algorithms by using NLP and LLM models to understand the context and the meaning of leaked documents in order to score them based on criticality factors. - Create dashboards and reports by querying, visualizing and alerting on using data lake houses. - Exercised leadership capabilities by successfully motivating and inspiring others using Agile and Shape Up methodologies.

- Develop an Artificial Intelligence algorithm to quantify bioprosthesis valve calcification - Develop State-of-the-Art Deep learning method to estimate the Agatston score - Develop lightweight viewer for scientific analysis and visualization of 3d/2d medical objects

- Develop machine learning strategies and algorithms to extract and measure mobile viewer attention - Develop visualization tools leveraging existing data sets - Carry out research focused on to improving existing machine learning models for sparse training sets - Mine Terabyte-sized databases for patterns and insights related to client requirements - Supervise data acquisition protocols through curated channels

Providing technical and coding help to enrolled student in Sensor Fusion Nanodegree Program regarding the following subjects : Lidar - segmentation & clustering to detect other vehicles on the road. Radar - Analyzing radar signatures to detect and track objects. - Calculate velocity and orientation by correcting for radial velocity distortions, noise, and occlusions. Cameras - Fuse camera images together with lidar point cloud data. Kalman Filters - Fuse data from multiple sources using Kalman filters - Build extended and unscented Kalman filters for tracking nonlinear movement.

- Make research hypotheses regarding the development of new products - Plan the experimental protocol in order to validate the hypotheses - Supervise the work of laboratory technicians in the context of the realization of projects - Analyze test results to draw conclusions after experimentation - Help develop spring design tools - Model products to optimize their design - Develop advanced testing methodologies on laboratory equipment, eg X-ray diffractometer and servo-hydraulic machine - Ensure the required follow-up with the school and funding organizations, as part of the execution of projects carried out with their collaboration - Participate in the process of claiming tax credits related to research and scientific and experimental development - Participate in the technological watch effort and the process of generating ideas used as a basis for the activities of the department

Main tasks : - 3D modeling - Design calculations - Report writing.