Freelancer profile translated to English.
Back to original languageAbout Daouda
Passionate about mechanics and numerical simulation, I support companies in the design, optimization, and validation of their products through reliable and tailor-made analyses.
My goal: to transform technical challenges into concrete and efficient solutions, by combining scientific rigor, creativity, and applied engineering sense.
With several years of experience at **Framatome**, **Airbus Helicopters**, and **Bernard Controls**, I have developed in-depth expertise in structural mechanics, thermal, and multiphysics simulation. I master the entire digital chain, from 3D modeling to experimental validation, using tools such as **ANSYS**, **Simcenter 3D**, **COMSOL Multiphysics**, **Abaqus**, **SolidWorks**, **Python**, and **MATLAB**.
Some information about my last mission:
Validation of the design of optoelectronic equipment through vibration and thermal studies to correct a laser pointer phenomenon.
- Mechanical calculations (vibrations, modal analysis) using SolidWorks Simulation
- Thermal and fluidic analyses via Flow Simulation
- Coupled thermomechanical calculations (Flow + SolidWorks Simulation)
- Development of calculation notes and 3D design optimization
Accustomed to working on complex projects, I can work autonomously or within a multidisciplinary team, ensuring the quality, reliability, and performance of deliverables.
Whether you need technical advice, simulation support, or project realization, I will adapt to your needs and offer you reliable, relevant, and optimized solutions.
Experiences:
- Framatome
- Edvance
- Airbus Helicopters
- Bernard Controls
- Lumibird (Quantel Group)
Mastered Tools:
- ANSYS
- Simcenter 3D
- COMSOL Multiphysics
- Abaqus
- SolidWorks
- Python
- MATLAB
French
Native or bilingual
English
Fluent
Can work on-site
Paris (up to 20km), Lyon (up to 15km)
Experience
- VACOA CONSEIL PuteauxMechanical Engineer on AssignmentMECHANICAL ENGINEERINGJanuary 2024 - December 2024 (1 year)Gonesse, FranceMain Responsibilities:
- Writing calculation notes and preparing technical files.
- Designing mechanical parts (output shaft, worm gear, control housing).
- Performing mechanical calculations usingAbaqus(seismic, modal analysis, shock, etc.).
- Developing analytical calculations for fatigue validation of servomotor output shafts.
- Calculating bearing lifespan using **KISSsoft**.
Major Achievements:- Increased the validation rate for ST/SN range servomotors.
- Optimized simulation models for seismic validation of servomotors.
- Validated and verified mechanical equipment (output shaft, worm gear, etc.).
- Automated analytical calculations by creating Excel spreadsheets.
- AkkodisMechanical Engineer on AssignmentAVIATION AND AEROSPACEMarch 2023 - December 2023 (9 months)Paris, FranceMain Responsibilities:
- Performing linear, non-linear, and buckling FEA studies on Samcef and Nastran applied to blades and connecting rods.
- Linear contact studies on the blade attachment of the Rotor test bench.
- Static and fatigue dimensioning of rotor parts for the dynamic blade balancing test bench.
- Design and dimensioning of parts for the Flexbeam and Cuff test bench, as part of the Transfer of Work (ToW) from Germany to the Paris-Le Bourget site.
- Estimating test costs, planning meetings, and coordinating inter-team efforts (testing, design, calculations).
Major Achievements:- Increased the dynamic balancing rate for H135, H145 D2, H145 D3, and Tigre blades.
- Determined static and fatigue safety margins for test bench parts.
- Enhanced the validation capacity for blades incorporating Flexbeam technology.
- EdvanceMechanical Engineer on AssignmentMECHANICAL ENGINEERINGJuly 2022 - February 2023 (7 months)Cherbourg, FranceMain Responsibilities:
- Integration and coordination as a mechanical engineer at the EPR nuclear power plant in Flamanville.
- Calculation of monorails for integration into the existing structure, intended for handling operations (Rstab software).
- Validation of the integration of supports on metal structures and for the passage of electrical cables in various buildings of the plant.
- On-site coordination and resolution of discrepancies between study models and actual site conditions.
- Validation and verification of anchored and pre-embedded plates.
Major Achievements:- Enhanced handling capabilities on the plant.
- Validated and secured anchoring systems (anchored and pre-embedded plates).
- Designed and built structures for laboratory fume hoods.
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Education
- Master in Modeling and Simulation in Mechanics and EnergyUniversité Paul Sabatier, Toulouse2021Master en modélisation et simulation en mécanique et énergétique
- Bachelor's degree in MechanicsSorbonne université, Paris2019Licence en Mécanique