// PROJECTS :
- various projects in Methods & Tools team
- internal research programm : Multidisciplinary Design Analysis & Optimization (MDA / MDO) applied to UAV (Unmanned Aerial Vehicles) design
// ACHIEVEMENTS :
- overall performance computation of new aircrafts at Future Project Office
- Preliminary design optimization applied to Turbomachines & Drones : multidisciplinary design methods implementation
- Multidisciplinary Analysis applied on UAVs
- developments in a rapid CFD tool (Fortran)
- sensitivity analysis & uncertainty decomposition on a global aircraft performances computation tool (Python)
- validation of a mesh Deformation Tool / validation of meshing methods : mesh deformation, CFD computations & analysis
- aeroelastic tool reengineering (Python)
- technical support to CFD computation chain users
Airbus Group
- Engineer Assistant Intership
Blagnac 2011 - 2011// PROJECT :
Multidisciplinary Design Optimization of an aircraft wing
// ACHIEVEMENTS :
- Multidisciplinary Design Optimization State of the art
- creation of a structural model (sizing and deformation behavior), weight estimation,
- fluid-structure interaction with a tool based on lifting-line theory
- awareness on MDO problems
Programming : Python (object oriented)
In Flight Physics Research & Technology's team.
Aerotec Concept
- Internship
Blagnac2010 - 2010// PROJECTS :
installation of control sets, TCAS, horizon indicator, or other navigation systems on small airplanes & helicopters
// ACHIEVEMENTS:
Writing of technical notes for European Aviation Safety Agency (EASA) :
- Structural Analysis
- Weight & balance
Structural computations, both based on Finite Elements (SOLIDWORKS) & Beam theory
Introduction to EASA Certification Specification (CS23 - CS25)
Insa de Rouen
- End-Of-Study project
2009 - 2010Launch Vehicle (ARIANE 5) trajectory modeling :
- state of the art
- flight path modeling
- model implementation with MATLAB / Simulink
- nozzle control law
- multidisciplinary optimization : state of the art
