sebastien andreo

Drive ditigitalization projects for Siemens's Distributed Energy Systems division. My role is - to propose technologies that can enable new business - to drive a team of up to 10 persons (IT , SW developer data analyst) - to plan the roadmap and the experimentations (technically and from a business perspective) - to develop innovative ways to speed up the development and the integration of software experts and domain experts Technologies: AWS, docker, python, jupyter, CI-CD, API management

The way we interact with machines is changing. We all want to be more productive, to go to the point without being block by any tools. The tools should support our job and not define how we work. Since 2015 I collaborate with the French engineering university ENSISA (http://www.ensisa.uha.fr/) to develop software, facilitating the engineering and the collaboration between the actors of a project. Technologies: - Artificial Intelligence: tensor flow, Yolo - rule-based engine - Touch devices

My research topics are: - API management: if you build a platform or a simple library, you have to take care of your API. I am developing tools and technics to help you in that way. - Architecture and Business ecosystem: Are we sure that our design is the optimal one to support our business? What if my market increase of 15%, can my design support it? - System of system engineering: Combine the best of engineering and software engineering technics to be able to simulate systems before building them.

Responsibilities: - Software Architect - Software development Domains: - Research projects(http://www.projekt-irene.de/ http://www.eumonis.org/) - Smart Grid Technologies: - Service Component Architecture - Service Oriented Architecture - C# - C++

syngo.via -Transfer framework (connectivity) Responsibilities: - Architect & Implement DICOM toolkit - Code quality analysis Domain - Medical (radiology) - DICOM Standard - Software quality Technologies: - C# .net - Windows workflow foundation - C++ - xUnit - NDepend (http://www.ndepend.com)

Development of a continuous integration system and a multiple gates integration process. The principle was to avoid a big bang integration, when trying to integrate the changes of all developers at one time. A change per change integration is the solution but executing all tests can be time consuming. The system was developed to find an optimum between what to test and how much time does it take. - Drive a team of 4 developers - Specify/collect the requirements - Define the system architecture

Responsibilities: - Test Framework development - Writing Unit and Integration Tests Radiology Information System interface of Syngo Domains: - Medical (Radiology) syngo Technologies: - C++ - Versant database - DICOM MergeCom toolkit