Amaury Truffier

1. Land use / Land cover productions based on HR/VHR imagery (Sentinel2, Landsat8, Pléiades, SPOT) and radar data, using supervised and unsupervised algorithms (Machine Learning and Deep Learning models development)

2. Image processing chain engineering including downloads, pre-processing (atmospheric corrections, geometric corrections, resampling, ...), processing and post-processing (filtering, reclassification, ...) based on python and its scientific libraries. Deployment basically with Docker.

3. Chain development for automatic change detections (canopy disturbance detections, urban expansion, crop rotations) or object detections.

4. Technical responsible or participant for many international projects (ESA REGINI, GEOGLAM, EO4SD, EOCLINIC23, EOCLINIC27, EVOLAND, ...), Copernicus Rapid volunteer

5. Digital Terrain and Elevation Models production with CARS (CNES processing chain)

6. Participation to the technical tenders and technical reports

7. Manager of a team of 2 interns and animator of the CLS Lille development team

8. Geodatabase management through python libraries

1. Airborne imagery processing, with automatic image stitching chain development for the multi-spectral and multi-angle 3MI space mission preparation (using python and its scientific libraries, openCV, VLFEAT, netCDF, numpy,...)

2. Geometric characterization of satellite images, based on acquisitions taken over the sea to take advantage of the sunglint (angular calibrations)

3. Responsible for L1 B and L1 C production

4. Automatic georeferencing of airborne images, using Euler angles and 3D geometry

5. Stereoscopic cloud scenery analysis using photogrammetry (MicMac) and automatic glory detection

1. Animation of the level 1 and 2 IT support groups

2. Monitoring of user issues and requests, in an agile environment, based on the SCRUM method (3-week sprints)

3. Coordination and synchronization of IT teams, network animation of country relays based on change management methods, for iOS and Android solutions