Nicolas Bousson

Découvrez l'histoire de vos produits avec My Food Story, l'outil qui vous permet de tout apprendre de votre nourriture, et de vous connecter avec les producteurs de votre région. http://myfoodstory.strikingly.com/

MyFoodStory est une application permettant aux consommateurs de découvrir la véritable histoire derrière les produits qu'ils consomment (lieu de production, producteur, mode d’élevage, pratiques agricoles, etc) d'un simple scan du produit avec leur smartphone, ou sur les sites de e-commerce. Les producteurs peuvent quant à eux montrer la qualité de leur travail, en apportant des informations vérifiées sur le lieu d'achat ainsi que de nombreux visuels, pour créer un véritable lien avec le consommateur. MyFoodStory is a food traceability app for consumers, allowing them to discover the true story behind the food they eat (production site, producer, breeding conditions, agricultural practices, etc) via a simple scan of the product with their smartphone, or a simple click on e-commerce websites. Producers can show the quality of their work, bringing certified informations to the point of sale, and many visual contents (360° views), to create a true link with the consumer.

As Lead Web Developer at Tchek, I steer a team of skilled web developers specialized in NodeJS and Angular technologies. My role involves orchestrating the development of groundbreaking mobile applications, along with the implementation of on-site physical scanners, all driven by our cutting-edge artificial intelligence. I also take charge of cloud solutions (AWS, GCP) and infrastructure, ensuring a seamless user experience and optimal operational efficiency.

Development of the Front-office and Back-office of the websites Toocamp.com and Lokapi.com (AngularJS, jQuery, Node.js, Postgres and ElasticSearch technologies).

E-waste, or waste from electrical and electronic equipment (WEEE / DEEE), is an emerging and fast-growing waste stream with complex characteristics. Trident Technologies develops a novel process to recycle e-waste. Our new technology is based on an electrochemical process and devices intended to extract precious metals, such as gold or copper, from e-waste with an unprecedented efficiency and in a environmental-friendly way.

DreamQuark develops innovative data analysis technologies around deep representation learning to help insurance, financial services and healthcare professionals take better advantage of the data they have stored. The company recently raised 3M€ funds and won the “2017 Fintech of the Year” award from Finance Innovation. My activities at DreamQuark: - Data scientist in Artificial Intelligence (Deep-learning Neural Networks). - Responsible of Cloud Solutions (Amazon Web Services, IBM Bluemix, etc). - Developer of web applications (MEAN stack: MongoDB, ExpressJS, AngularJS and NodeJS). - Developer of connected devices (prototype of a connected watch based on ARM microprocessor).

Research Associate in the High-Energy experimental group of the Oklahoma State University Department of Physics. Member of the ATLAS collaboration at the Centre Européen de Recherche Nucléaire (CERN).

Search for new heavy top-like quarks with the ATLAS experiment at the LHC - Commissioning of high-performance b-tagging algorithms. Travaux: - Recherche d'une hypothétique 4ème génération de quarks lourds dans les données de collisions du Large Hadron Collider collectées par l'expérience ATLAS située au CERN (Suisse): - Mise en œuvre des algorithmes d'identification des jets de particules issus des quarks "b"​, dans les premières données du LHC (900GeV) puis 7TeV; - Contribution à la mise en œuvre d'un système de détection de fuite de liquide de refroidissement dans le détecteur interne d'ATLAS. Compétences développées: - Analyse de données - Gestion de projet - Collaboration dans un projet international - Programmation en C++, Python, ROOT, grille de calcul

Combination of CDF and D0 tagged analysis of the Bs^0 -> J/Psi Phi decays with the CDF Collaboration. Part of the work at Fermilab near Chicago, IL, USA, host of the Tevatron collider.

Design of a behavioral model of a charge pump circuit core, with Matlab. Optimization and design of this circuit and its regulation in 45nm technology.