Amine Fatnassi

• Intégration de la signature électronique DocuSign (API eSignature, SDK .NET) : architecture BYOD multi-comptes permettant à chaque cabinet d’utiliser son propre compte, OAuth 2.0 Authorization Code Grant, signature embarquée par Recipient View, traitement des webhooks de cycle de vie des enveloppes. Accès au programme partenaire DocuSign obtenu. • Développement d’un module d’archivage automatique des emails et de leurs pièces jointes vers le dossier client via Microsoft Graph : lecture des boîtes, envoi, catégorisation et classement automatisés. • Add-in Outlook compatible web et desktop intégré à la suite ACD (React TypeScript, .NET 8, Office.js), déployé de façon centralisée via Exchange Online PowerShell et Azure Automation. • Automatisation des déploiements Azure en Bicep (App Registrations, scopes, consentement admin) et pilotage du cycle build et déploiement. Environnement : .NET 8, React TypeScript, Office.js, Microsoft Graph, DocuSign API/SDK, OAuth 2.0, Azure AD, Bicep, Azure Automation, Azure DevOps, Kendo UI, microservices, ASP.net, Razor, JavaScript, IIS, Ngrok, Git, .Net Framwork.

- Developed an Outlook add-in using .NET 8, integrating Azure Graph APIs to read, write, and send emails. - Migrated the solution to .NET 9 to leverage new features and performance improvements. Designed a user-friendly interface with React TypeScript to enhance the user experience. - Implemented SignalR for real-time communication and email classification in the Poly program. - Utilized REST APIs to ensure seamless integration between Outlook and the Poly program, serving as the intermediary. - Actively contributed to writing unit tests and resolving cloud integration challenges (Azure).

- Server Development: Design and development of a server with .NET Core for managing orders and drone data. -Developed a web interface using React TypeScript with API calls via RTK Query to control the drone and retrieve data such as GPS location, battery status, and more. - Hardware Used: Integration of Arduino Portenta H7 equipped with 4G modules for communication. - Programming in C++: Development of embedded software in C++ for collecting and transmitting sensor data, including video streams. - MAVLink Protocol: Use of the MAVLink protocol for sending and receiving drone flight commands. Technical Environment: .NET Core, C++, MAVLink, Arduino Portenta H7, 4G Modules.

- Implemented Azure Batch using the .NET Framework for encoding videos uploaded to our platform, leveraging FFmpeg and ImageMagick. Scaled VMs based on the uploaded video sizes. - Utilized Azure OpenAI to develop a feature offering user suggestions within our platform. - Designed several React TS pages for the platform. - Developed multiple APIs and integrated them using RTK Query. - Employed CosmosDB for data retrieval and representation on the platform.

- Winner of the 1st prize at Drone Challenge Sfax 2018. - Secured the 1st prize at RoboCup ENIS 2017 for developing an autonomous robot that detects colors using a camera and illuminates an LED based on the detected color. - Achieved the 1st prize at EniCarthage Robot 2017 for creating an autonomous line-following robot capable of collecting cubes based on their color. - Participated in the IOT Tunisia competition. - Competed in the MIT PAN-ARAB REGION competition, preparing a proposal for an automatic lawnmower robot with an intelligent security system. - Constructed two autonomous robots to participate in EUROBOT 2018.