Project manager on R&D projects at Alten Labs, with a focus on Computer Vision and Image Processing.- 3D mapping with dynamic cameras- 3D Reconstruction- Object detection, segmentation and tracking- Person detection and identification- Robot obstacle avoidance- Virtual Reality development- Backend and frontend web developmentTechnologies and frameworks : Python, C++, Java, Javascript, C#/.NET, PostgreSQL, ROS 2, PyTorch, Unreal 5

Worked on a cloud platform for Augmented Reality (AR) game development - Responsible for researching and developing prototype solutions to perform tracking and relocalization for AR - Developing and deploying SLAM algorithms on a server using C++, including some client/server communication - Successfully designed and implemented a SDK to develop shared AR experiences on Android (Java and C++) and Unity (C#), using SLAM algorithms - Studying various Structure-from-Motion and… Show more Worked on a cloud platform for Augmented Reality (AR) game development - Responsible for researching and developing prototype solutions to perform tracking and relocalization for AR - Developing and deploying SLAM algorithms on a server using C++, including some client/server communication - Successfully designed and implemented a SDK to develop shared AR experiences on Android (Java and C++) and Unity (C#), using SLAM algorithms - Studying various Structure-from-Motion and machine learning algorithms to improve SDK featuresInvestigated image processing algorithms for an AR clothing try-on application - Developed a prototype virtual try-on application in Javascript with tensorflow-js - Developed a Python library running deep learning algorithms using PyTorch and TensorFlow Show less

Studied the feasibility of accelerating algorithms on Intel architecture, in machine learning and computer vision areas.

Developed a software research platform to improve patient’s cancer treatment, using Qt and C++ to create a GUI on top of efficient GPU-based algorithms.Collaborated with researchers from various backgrounds (physics, medical physics, mathematics) and also worked on a prototype of GPU-based web application using Python.

Developed an efficient algorithm to create and display a realistic cloud layer in real time, then extended the algorithm to display of 3D volumetric clouds.

Developed an algorithm to analyze and segment 3D medical images in C++, and created a real-time 3D interface to test and visualize results using OpenGL.