Ibrahima - Data Scientist DATA C++ BIG DATA DEVOPS
Ref : 220317C001-
Domicile
38510 MORESTEL
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Profil
Data Scientist, Chef de projet (43 ans)
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StatutFreelance
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Tarif Journalier MoyenVoir le tarif
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R&D ENGINEER KEY ACCOMPLISHMENTS
SYSFERA Villeurbanne, France2012 - aujourd'huiDeveloped a Distributed Interactive Engineering Toolbox for Client-Server Applications in a Grid Environment.
Linux, Mac OS, Astah (UML), Eclipse (EMF) C, C++, Java, Python, Shell, Corba, Boost, Cmake, Swig, Postgresql, MySQL, Jenkins , Git, Svn, Tomcat, web services Batch Scheduler: PBS, OAR, and SLURM
Developed a solution for the management of complex applications that can be executed on federated hybrid HPC environments, from clusters to Clouds.
Architecture and detailed design a remote file management module
Design and developed a command line interface for distributed solution.
Development of unit and functional tests for computing resources management module
Designed and developed a distributed solution in weather calculations
Setting up of a continuous integration server
Design and developed an advanced management tool for dynamic libraries
Design and developed an advanced management tool for application configuration -
Assistant lecturer
University of Lyon 1 Lyon, France2010 - aujourd'huiVector analysis.
Scientific Computing tools.
Numerical methods.
Software Engineering -
Research fellow
University of Paris Nord Lyon, France2005 - 2008Research fellow
Mathematics lectures.
Algebra and Analysis -
BIG DATA AND MACHINE LEARNING TECHNICAL LEADER KEY ACCOMPLISHMENTS
DEVOTEAM Lyon, France aujourd'huiDesign and development of a real time data gathering application.
Data Science, Big Data, Linux, Windows, Scrum, Scikit learn, Kafka, Hadoop, Elastic Search, Grafana, Tomcat, Jenkins, Ansible, Maven, Git , Spring Boot, Java, Python, Shell.
Development of real time supervision application.
Architecture, design, and development of machine learning platform based on forecasting methods. -
SCIENTIFIC COMPUTING PROJECT MANAGER KEY ACCOMPLISHMENTS
IPC – Innovation Plasturgie et Composite Oyonnax, Franceaujourd'huiDesign of library for the development of pre-design tools and assistance to the simulation of forming processes for plastic and composite parts.
Scientific Computing, Numerical Analysis, Linux, Windows, Eclipse (RCP, SWT/Jface, EMF, GMF, CDO, Acceleo), Sirius, Java, C++, Python, Shell, Cmake, Maven, Git, CVS
Management of a collaborative project (with 3 other partners) to develop a collaborative costing tool for the plastic industry.
Design and development of a product-process modeling platform for the plastic industry.
Design and development of an expert system for smart product design in plastic industry
Architecture, design, and development of a predictive tool to estimate the cooling time of a plastic part
Architecture, design, and development of a predictive tool to estimate flow and pressure drop in a hydraulic network
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PhD Applied Mathematic
Institute Galilee (University Paris Nord)| Paris, France2009 -
MSc Numerical analysis
University Pierre and Marie Curie | Paris, France2005 -
MSc Applied Mathematics and Scientific Computing Institute Galilee
University Paris Nord)| Paris, France2005 -
BSc Mathematics and Computer Science
Institute Galilee (University Paris Nord)| Paris, France2005
Object-Oriented Design
Functional Programming
Microservices Development
Web Services Development
Graphical User Interface Development
Big Data
Cloud Computing
Distributed Systems
Stream Processing
High Performance Computing
Data Science/Machine
Learning
Numerical Simulation
Partial Differential Equations
Domains Decomposition
Methods
Finite Elements Methods
TECHNICAL SKILLS
OS: Dos, Windows, Linux, Solaris, Macintosh
Languages: C, Fortran, Caml, C++, Java, Python
Libraries: Qt, STL, Boost, Spring Boot, Scikit Learn
Databases: Postgresql, Mysql, Elastic Search, Mongo Db
Math Tools: M.P.I, Open MP, Matlab, Maple
Miscellaneous: LATEX, Ansible, Git, Jenkins, Corba
Thesis: Domain decomposition methods for heterogeneous structures
Doctoral advisors: Laurence Halpern and Jean Jacques Marigo
Key words: Heterogeneous media, asymptotic methods, Schwarz algorithm,
Optimized interface conditions