Graduated from Centrale Lille - IG2I as a Software Engineer, I started a thesis in Computer Science at Université Paris 1 Panthéon-Sorbonne.
My goal is to design and implement a software that can process companies functional and non-functional requirements as well as business processes to recommand whether using blockchain or not in a specific use case, then generating architectural stubs to shorten the time between software conception and implementation.
Indeed, I'm fascinated about the potential of blockchain technology as this could be the key to remodel parts of the society in the next few years by establishing trust between companies, individuals, governments and other types of groups.
This thesis will aim to establish a decision model between the different possible architectures taking into account companies' requirements for their systems, but also to create a tool allowing the automatic generation of these architectures from the choices made via the model.
Six, N. (2020). Decision process for blockchain architectures based on requirements. CAiSE 2020 - Doctoral Consortium.
Six, N., Herbaut, N., & Salinesi, C. (2020). Which Blockchain to choose? A decision support tool to guide the choice of a Blockchain technology. INFORSID 2020.
My mission was to study and enforce Microsoft Azure IoT and its technical components through technical scenarios for relevant usages using Blockchain technologies (Azure Blockchain Workbench/Service & CCF Framework).
As the Technical Lead in a team of 5, our objective was to build a tool which can evaluate e-reputation of Cofidis partners, using Machine Learning, Python, Webscraping, Node.js and React.js.
This event allowed 25 attendees to build their startup in 54h ! As the Lead Organizer, I had to supervize Logistics, Budget, Sponsoring and Communication.
Working for the "Junior Company" of my school as a developer, I realized a web application which displays Enedis industrial sites with indications (danger zones, interesting points ...). Used when a collaborator joins the company, as a learning tool. Used JQuery, Javascript, Bootstrap and PHP.
The goal of this school project was to implement complex algorithms and classes in Java to optimize collect of items inside a warehouse, and then built a graphical interface to represent the course. Was mainly in charge of the graphical interface which simulates trolley moves in different kind of contexts, using p3.js, JQuery and Javascript.
With Mecatronix, I realized with other members a connected mirror. Using a glass pane turned into a one-way mirror, we were able to display information on it and so, create a smart connected mirror. Used a Raspberry Pi, Javascript and a CAO software for the frame (Autodesk).
President of Mecatronix, an association which allow Centrale Lille - IG2I students to realise projects related to IT, mechanic and electronic fields.