Mohamed Khairy

data engineer (phd)

Peut se déplacer à Nice, Monaco

Tarif indicatif 600 €/ jour
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Localisation: Nice, France

Peut travailler dans vos locaux à

Nice et 50km autour
Monaco et 50km autour

Durée de mission

≤ 1 semaine
≤ 1 mois
entre 1 et 3 mois
entre 3 et 6 mois

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Développeur Web Back-end

BigData
Hadoop

Débutant Intermédiaire Confirmé
Big Data

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Data Science
Data visualisation

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Databases
PostgreSQL

Débutant Intermédiaire Confirmé
MongoDB

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Couchbase

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Langages
Python

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SQL

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En tant qu'ingénieur en données, j'ai de l'expérience dans le développement, le test et la maintenance de systèmes de données à grande échelle. J'ai un solide bagage en informatique et de l'expérience de travail avec différents langages de programmation, y compris Python et Scala. De plus, j'ai de l'expérience avec les technologies big data telles que Apache Hadoop, Spark et Flink, ainsi que des connaissances en matière de warehousing de données et de concepts et technologies d'intelligence d'affaires. Je suis passionné par l'utilisation des données pour obtenir des insights sur les affaires et je suis toujours à la recherche de nouveaux défis et opportunités pour me développer en tant qu'ingénieur en données.

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Amadeus - Amadeus España

Software Engineer

06270 Villeneuve-Loubet, France

février 2022 - Aujourd'hui (10 mois)

I occupy the position of a Software development engineer in one of the most recognized software companies in the airline IT (Amadeus). My current work includes dealing with humongous backend that is being written in different programming languages and dealing with millions of transaction daily. Not to mention, working as a Big Data Engineer, managing ETL pipelines for data analytics and machine learning models. I work with cloud Technologies including Azure, Databricks and others

CEMEF MINES ParisTech - Centre de Mise en Forme des Matériaux

Research Engineer

France

février 2019 - juin 2022 (3 ans et 4 mois)

The core of this work is focused on the development of an efficient 3D computational tool for modeling thin sheet metal forming processes using advanced remeshing and parallel computations techniques. One of the main topics lies in the implementation of a prism division algorithm and a prismatic solid-shell element formulation in the tetrahedral-based Forge \textsuperscript{\textregistered} software. A partitioning algorithm has been adapted in order to enable distributed memory computation. The proposed methodologies offer a numerical tool that is capable of handling various sheet metal forming applications such as: (1). Unconstrained cylindrical bending problem for a highly bending-dominant thin structure plastic deformation; (2). Deep drawing process in which the anisotropic plastic behavior of sheet metal comes more prominent and affects the accuracy of the predicted earing profile; (3) Electromagnetic forming processing with the direct and indirect forming process which is a direct application of the multi-physics interaction between the mechanical solver and Electromagnetic solver. Comparisons with standard mixed finite element formulations have been performed and show the superiority of solid-shell elements for most thin sheet metal forming processes with dominant high bending effects. These computations also enable a large reduction of computational time while retaining high accuracy. Moreover, a new remeshing strategy for enabling the tetrahedral remesher to generate prism-compatible meshes for the new element has been developed and will open the way for additional sheet metal forming applications.

University of Illinois at Urbana-Champaign

Student Intern

United States

juin 2017 - octobre 2017 (4 mois)

The work was mainly two parts. The first was learning the fundamentals of aeroelasticity and solving different optimization problems to satisfy given set of constraints. The second was participating with him in an ongoing research problem entitled" Thermal and stress waves interaction in nonlinear viscoelastic media". I got introduced to the new problems of viscoelastic materials and understand its constitutive equations and this was challenging in this short period of time but it was very beneficial. As a result of this effort, the paper is finished and submitted to archival journal of thermal stresses. Also worked with prof. Aimy Wissa (An Assistant professor in mechanical Engineering department at UIUC and director of BAM Lab) and asked her if I can work with her on any ongoing project. She was preparing for an experimental work to be published in a journal paper. So, I worked with her PhD students on project entitled" entitled Design Methods for Covert Inspired Passively Deployable Lift-Enhancing Structures". It was based on an aerodynamic experimental study combined with an aero elastic model that addresses the possibility of designing a passive deployment mechanism of a wing flap to enhance the aerodynamic performance. A structural model was designed based on the data obtained from the wind tunnel testing. A journal publication is under review for publication in AIAA journal.

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Mohamed Khairy

data engineer (phd)

Localisation et déplacement

Préférences

Vérifications

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Compétences (20)

Mohamed en quelques mots

Expériences

Amadeus - Amadeus España

CEMEF MINES ParisTech - Centre de Mise en Forme des Matériaux

University of Illinois at Urbana-Champaign

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