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Abdoulaye H
@abdoulaye8811
PhD Candidate, Mechanical Engineer, CFD, FEA, FSI, Optimization
Niger
Francese, Inglese
Chi sono
PhD Researcher in Mechanical Engineering specialized in Fluid-Structure Interaction (FSI), CFD Simulation, and Product Design. I model, simulate, and optimize your mechanical concepts using ANSYS, SolidWorks, and FreeCAD to deliver accurate results, clear visual reports, and production-ready designs. I also design and develop 3D CAD models, prototypes, and technical drawings tailored for manufacturing.
✔ Accurate & reliable results
✔ Fast & clear communication
✔ Custom solutions tailored to your project
Competenze
Abdoulaye H
offline •
Consulta i miei servizi
Modeling 3D e Rendering
I will do professional 3d cad modeling and technical drawings
Sviluppo del concept
I will do advanced ansys cfd, fea, and fsi fluid structure simulation
Esperienza lavorativa
Université Sultan Moulay Slimane
2 yrs 2 mos
PhD Researcher – Surrogate Modeling and Aeroelastic Optimization of Wind Energy Structures
Nov 2024 - Present • 1 yr 11 mos
• Developed CFD-FEA models for wind turbine aeroelastic analysis. • Used surrogate models (Kriging, DFFN, DIGP) for high-accuracy predictions. • Executed multi-objective optimization using MOGA, SPEA2, and PSO. • Built MATLAB/Python automation tools for streamlined post-processing.
Teaching Assistant – CAD Laboratory (SolidWorks/CATIA)
Mar 2026 - Jun 2026 • 3 mos
• Taught parametric CAD modeling using SolidWorks (part design, assemblies, engineering drawings). • Supervised laboratory sessions and supported students in developing mechanical design projects. • Evaluated technical reports and lab work, ensuring compliance with engineering drawing standards and design best practices
Research Internship – Vehicle Crash Modeling, Simulation and Optimization
SEGULA Technologies
Jan 2024 - Jul 2024 • 6 mos
• Performed vehicle crash modeling and frontal impact simulations using ANSA and RADIOSS. • Integrated subsystems and verified the conformity of numerical models. • Reduced computation time by 42% while maintaining simulation accuracy.
