Hire Topology Optimization Designers in Egypt

FEA Simulation Specialist with 3+ years delivering high-accuracy structural analysis using ANSYS Mechanical (STATIC & DYNAMIC & EXPLICIT & OPTIMIZATION ) ANALYSIS Expert in: Static & Nonlinear Struct... Read more

FEA Simulation Specialist with 3+ years delivering high-accuracy structural analysis using ANSYS Mechanical (STATIC & DYNAMIC & EXPLICIT & OPTIMIZATION ) ANALYSIS Expert in: Static & Nonlinear Structural Analysis Explicit Dynamics (Impact, Drop Test, Crash) Modal, Harmonic & Transient Analysis Fatigue & Topology Optimization Design Validation & Failure Prediction Proven Results: Reduced weight while maintaining stiffness via topology optimization Validated tensile test (ASTM standard) with accurate stress prediction Simulated drop test with no plastic strain Deliverables: Full ANSYS model (.wbpj) Stress/Strain contours + deformation animation PDF report with mesh convergence & validation 2 free revisions Available now for fixed-price or hourly FEA projects. Starting at $20/hr. Let’s make your design stronger, lighter, and failure-proof! ⚙️

Agricultural machinery design and development engineer.. MSc in agricultural mechanization- image processing- Matlab-testo-FEA-FA-topology optimization-Thermal analysis -flow simulations-EDEM

Agricultural machinery design and development engineer.. MSc in agricultural mechanization- image processing- Matlab-testo-FEA-FA-topology optimization-Thermal analysis -flow simulations-EDEM

Mechanical Design Engineer at Sabrewing Aircraft. I hold a Bachelor of Science degree in Aerospace Engineering from the Technical University Delft. I have demonstrated knowledge in rapid prototyping,... Read more

Mechanical Design Engineer at Sabrewing Aircraft. I hold a Bachelor of Science degree in Aerospace Engineering from the Technical University Delft. I have demonstrated knowledge in rapid prototyping, production and testing in an aviation environment. I can support you in a variety of ways: - produce specific design according to your use requirements - design parts for certain production methods i.e. CNC-Milling or additive manufacturing - redesign existing parts to be optimized for weight reduction and for 3D printing - use generative design to produce organic, complex and optimized structures - use part consolidation techniques to turn complicated assemblies into a single 3D printed component - Turning a 2D drawing or a idea into a 3D-Concept