• Writing of detailed functional specifications based on marketing, clinical and regulatory requirements for the development team•• Discuss needs with all stakeholders•• Facilitation of brainstorming meetings•• Conversion of requirements into diagrams to facilitate understanding• Writing documentation for FDA/GMED submissions•• For example, documents to comply with standard 62304 (traceability, soup, etc.)•• Automate document generation as much as possible• Jira manager and plugins•• Management of apps, users and workflows•• Apps••• Use/Management of Xray Test Management for Jira for document and test management•••• Template creation in line with regulatory expectations to facilitate submissions••• Use/manage EazyBI plugin to create management dashboards• Use of ENNOV for document signature management• POCs of various software projects to relieve the development team• Implementation of continuous improvement environments using Jenkins on various software projects• Implementation of cybersecurity monitoring tools (SBOM)Environments : Docker, ENNOV, IREB, Jenkins, Jira, PlantUML, Python, Scrum

• Writing detailed functional specifications based on product requirements for the development team (PO/Lead dev) - Specialized in the mobile part•• Discuss needs with all stakeholders•• Facilitation of brainstorming meetings•• Ongoing discussions with a Designer pair• Project manager for the translation part of the application•• Task management•• Coordination of translation teams•• Production launch• Development of Figjam/Figma plugins to facilitate the work of the Design teamsEnvironments : Confluence, Excel, IREB, Figjam/Figma, Jira, PowerPoint, Trello

• Writing detailed functional specifications based on marketing, clinic and regulatory requirements for the development team•• Discussions of the functionality with all stakeholders••• Brainstorming meeting animator••• Convert requirements in image to simplify the dialog with stakeholders•• Semi-automation via script of the generation of reporting/traceability matrix• Reflections on the procedure for coverage/requirements testing•• Semi-automation via scripting of the management of test executions•• Creation of a Jenkins pipeline for running tests under Docker• Mockups creationEnvironments : AdobeXD, Cucumber, Docker, IREB, Incose, Jenkins, Jira/RMsis, PlantUML, Python, Scrum, UX

Environments: Docker, NodeJS, Typescript, Visual Studio Code

• Functionality development in DICOM file manipulation (C++ 14)• Interface development (Qt)Environments : C++, Jira, Gerrit, Scrum

Trainer for "Cours d'Adultes de Paris" for the city of Paris for the lesson 'Programming in Python: Initiation". The hourly volume is 45 hours per semester divided in 15 lessons. I'm managing two classes per semester.

Responsible of the PC card• Card model selection according to the needs• Development of the software making the junction between the UI and embedded cards (C++/Qt)• Developement of the program updating the system (OS and embedded cards)• Realization of the Operating System (Yocto)AW Simulator• Design / Implementation of the import / export engine with physical machinesInternal tools• Architect of different software• Creating different job automation scriptsEnvironments: C++/Qt5, Bash, Linux, Yocto Project

Lead developer of a hardware platform simulator to facilitate self-training and show preparation • Expression of needs / Software specifications• Analysis of the devices handling protocols• Development of simulation engine (C++/Qt)• Developement of scalable motor behavior (C++/Qt/Lua)• Realization of the Operating System (Yocto)• Realization of the installers (Inno Setup/Package Maker)Result: Official release 13 months after the start of the project from scratch (average time: 36 months)Environments : C++/Qt5, Inno Setup, Linux, Lua, Projet Yocto

Improvement on a location system "Time Difference Of Arrival" in order to reduce network flow when transferring information by radio communication• Implementations of G.711 µ-law and ZIP algorithms (C++/Java)• Audio signals interpolation (C++/Java)Results: Reduction of the traffic flow by 2 using the G.711, by 4 in use G.711 and ZIP and by 5 by making the interpolationEnvironments: C++, ClearCase and Java

• Adding features and ergonomic improvements to the UI (C#)• Fixed bugs preventing optimal use (Including memory leak) • Improvements to the structure of resource files to reduce memory usageResult: Increased stability for usersEnvironment: C#, Jira, MVC, Scrum, Team Foundation Server and Test Driven Development