Developing innovative solutions to ease surgical procedure, minimize invasiveness and increase quality of life in the field of orthopaedic surgeries. Using image processing, image analysis, machine learning, augmented reality and software development skills combined to clinical knowledge and hands-on work on anatomical parts to create solutions for the future.
Developing a surgical planning software to improve decision making for laser ablation of deep brain tumors.
Design of a 3D modeling software to design customized insoles from a surface model of patient foot. This surface is the 3D reconstruction of a cloud points generated from a set of laser images taken by a 3D scanner dedicated to podiatry.
Designed and developed a tool to dynamically interact from 3D visualization software to a database on a webserver. Presented posters and gave a workshop at researcher conventions, published a paper in a journal and attended an open source hackathon.
Specialization: Research in Graphic Computing and Imaging
Majors: Image processing, signal processing, programming, databases, networking, electronics and embedded systems.
Minors: Computer graphics and artistic design. Big Data.