Working in the "Data & Sensor Fusion" team of Autonomous driving technology R&D group.My main activity is research and development of self-driving functionalities that rely on cameras as primary sensors.During this time I've worked on:- Camera sensors calibration, developing a tool to ease the calibration process of the cameras of company's autonomous vehicles- Development of cv algorithm to detect and classify parking slots in camera frames- Development of cv algorithm to detect obstacles and compute their distance- Road Semantic Segmentation with Deep Neural network- Surround View from 3 cameras

Computer Vision Software Consultant at Magneti MarelliWorked in the Perception Team of Autonomous driving R&D group.Main activities:- Camera sensors positioning and setup in company's autonomous vehicles- Development of computer vision application that detects road bumps and their distance in real time using a stereo vision camera

Development of a wearable device for visually impaired people that can recognizefriends and object, read a book or a road sign and helps the user to navigateautonomously.During these years I have been in charge of research, design and implement real timecomputer vision applications on a stereo vision embedded system.Particularly I’ve worked on:- Object detection and recognition- A face recognition application able to detect, track and recognize faces in a videostream- 3D reconstruction from stereo cameras to provide assisted navigation- A text reading application able to detect and recognize texts in imagesGained experiece on C++ and CUDA languages and on OpenCv, Dlib, and WisionWorks libraries

C++ & Visual C++ Software Developer;Software developer for embedded systems;