Contact
Réf. OB2607161409
Née le 20/01/2003
75000 Paris
2003-01-20
https://www.ouvrierbtp.com/cv-candidat/2607161409/aerospace-engineer
Female
Paris
Ile de France
France
75000
Paris
Langues
Italian
French
English
Spanish
Ma recherche
Je recherche tout type de contrat, sur toute la région Ile de France, dans le Batiment.
Formations
12/2026 : Bac +5
Engineering Cycle - AERO 4 & 5 in Aerospace Propulsion Thesis: Numerical Modeling of Thermal CVD Carbon Deposition from Methane (CH4) on a Graphite Substrate. Supervisor: Dr. Thanh‑Ha Nguyen‑Bui, Safran - CNRS - Laboratoire LTCS, Université de Bordeaux. Erasmus exchange (6 months) at University of Pisa.
12/2024 : Bac +3
Engineering Cycle - AERO 3 in Aeronautics Thesis: Validation of CFD Models for Metal Oxide Nanoparticle Formation in Droplet Combustion. Supervisor: Dr. Benedetta Franzelli, Laboratoire EM2C - CNRS - CentraleSupélec, Université Paris‑Saclay.
12/2023 : Bac +2
Prépa CPGE - TSI
12/2021 : Bac
Technological Baccalaureate
Expériences professionnelles
02/2026 - 09/2026 : Aerospace Engineering Intern chez Safran - Cnrs - Laboratoire Ltcs, Pessac
Configuration of a numerical model in FreeFem++ for simulating a chemical vapor deposition reactor, coupling heat transfer, fluid flow, species transport, surface reaction kinetics, and carbon deposition on silicon substrates; validation using experimental and literature data.
06/2025 - 09/2025 : Aeronautical Engineering Intern chez Laboratoire Em2c - Cnrs - Centralesupélec, Paris
Development and validation of CFD models for metal‑oxide nanoparticle production via isolated droplet combustion, using OpenSMOKE++ simulations and parametric analysis; numerical predictions validated against experimental data from the University of Bremen.
05/2024 - 06/2024 : Aerospace Engineering Intern chez Dart - Deep‑space Astrodynamics Research & Technology Group, Milan
Modeling of thermo‑acoustic instabilities in sub‑scale ramjet combustion chambers; analysis of coupling between unsteady heat release and acoustic wave propagation; parametric study of injector layout, chamber design and flow conditions to identify dominant instability modes.
Langues
Italian
French
English
Spanish
Atouts et compétences
Computational Fluid Dynamics (CFD), Aerodynamics, Propulsion Systems, Combustion Modeling, Heat and Mass Transfer, Aircraft Systems, Embedded Electrical & Avionics Systems, Electrical Wiring Interconnection Systems (EWIS), CAD/CAE (CATIA, SolidWorks, ANSYS, Abaqus, MSC Nastran/Patran), Programing Languages (Python, MATLAB, C/C++, Fortran, Modelica, Ada, VHDL, Assembly, Java, Julia, R, SQL, CUDA), Linux/Unix, Simcenter STAR‑CCM+, Simulink, OpenSMOKE++, FreeFem++