PhD student in Computer Science & Cognitive Neuroscience, I design and develop innovative wearable devices to assist Visually Impaired People, leveraging advances in Computer Vision and Human-Machine Interfaces to improve their QoL, autonomy, and safety.
♦ Design, implementation, and evaluation of innovative audio-tactile wearable devices to assist Visually Impaired People in various tasks: ➀ Autonomous navigation, indoor and outdoor (project ACCESSPACE) ➁ Virtual exploration to prepare a journey (project NAV-VIR) ➂ Access to artworks and accessibility of museums (project TETMOST) ♦ Recruitment, management and overseeing of several graduate interns. ♦ Promoting results: articles, conferences, and dissemination events.
