Khaled SAAD

Understand the business of cybersecurity. Understand and formalize the company's innovation and make the link with their core business, which is cybersecurity. Initiate the technical aspects to confirm the theoretical aspects and allow them to move forward on the demonstration platform. Preparation and drafting of the JEI Young Innovative Company file. Research and implement NLP and Deep Learning methods to extract information, text segmentation and text similarity.

Subject: TatooineMesher: Anisotropic interpolation from 1D cross-sections and 2D channel mesher Context: Although several applications exist for the construction of the mesh and the interpolation of the bathymetry from discrete transverse data, they are not satisfactory for dealing with complex or specific situations at hand, due to their limited characteristics. A set of scripts called TatooineMesher was written in the Python programming language and was developed by the CNR to fill this gap. My objective: The objectives of the project are to improve and develop a set of scripts called TatooineMesher in order to provide modellers with tools to mesh rivers and interpolate bathymetry using data from precise sections. Accomplished tasks: 1- Mathematical modeling 2- Hydraulic Modeling 3- Finite element modeling 4- Programming (Python 3 POO) Results: The main objective of the study project was to develop and improve a set of Python scripts called TatooineMesher. TatooineMesher can provide the modeler with tools to mesh rivers and interpolate bathymetry from precise section data. It is now usable and more generic and can generate a mesh whose nodes are controlled by the user via certain les (for polylines) and various options, it is now available for Telemac users. The work carried out during the internship was presented to the Telemac community bringing together various international institutions during the Telemac 2019 user conference (in Toulouse on October 16 and 17). On this occasion, an article was written and was published in the conference proceedings. Technical environment: 1- Python 3 POO 2- Git

Subject: Optimize the management of asset data, purchasing and management Context: The Heritage section, the one with which I mainly worked, was responsible for checking the plans sent by the RTE Management & Engineering department. These controls have two objectives: - To verify that the plans comply with standards (security, balance, commissioning) - To write a "Certificate of conformity notice" specifying whether the site is favorable to powering up or unfavorable. - Write a check summarizing the work carried out These checks begin after the construction of the site but before the site is powered up, once the plans have been checked, these are returned to D&I who must make the changes suggested by the Heritage section. My objective: The main goal of the project was to complete and improve the online platform for the Heritage part of the service and to optimize the management of heritage data. Accomplished tasks: 1-Database 2- Programming (VBA) Results: 1- Optimizing the management of heritage data. 2- Steering and monitoring of heritage processes: purchasing and management. Technical environment: 1- VBA 2-SQL 3- ACCESS 4- EXCEL

My objective: The objective of the internship is to understand and explain the proofs of some Euclidean Harmonic Analysis theorems and to give examples and counterexamples for each. Accomplished tasks: Mathematical Analysis Results: Create a reference on some fundamental results of Euclidean Harmonic analysis. Technical environment: Latex

1. Teaching in mathematics and physics 2. Group dynamic 3. Student Assessment and Rehabilitation