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I will do 3d cad modeling, topology optimization, and fea simulation
Noureldin Beit
About this gig
Professional Mechanical Design & Advanced Engineering Simulation
Need your concept transformed into a production-ready product? Or need to validate your design against real-world stresses? As a Mechanical Engineer, I specialize in rigorous mechanical design, finite element analysis (FEA), and weight optimization.
What I Offer:
- 3D CAD Modeling & DFM: High-fidelity SolidWorks designs optimized for 3D Printing (PLA-CF/PETG/ABS), CNC machining, or injection molding.
- Advanced FEA Simulation: Static structural, fatigue, and thermal analysis using ANSYS to identify stress concentrations and failure points.
- Topology Optimization: Light-weighting structural components for aerospace, automotive, or robotics applications while maintaining mechanical integrity.
- Manufacturing Drawings: Geometric Dimensioning and Tolerancing (GD&T) 2D sheets.
I deliver engineering solutions backed by physics, not just generic 3D shapes.
️ NOTE: Engineering requirements vary drastically. Please message me to discuss your specifications before placing an order!
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Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.
Get to know Noureldin Beit
Noureldin Beit
Mechanical Design Engineer
- FromEgypt
- Member sinceMay 2026
- Avg. response time1 hour
Languages
English, Arabic
I am a Mechanical Design Engineer with expertise in full-cycle product development, from conceptual sketching to high-fidelity 3D modeling in SolidWorks. I specialize in structural and thermal validation using ANSYS and optimizing for mass production through Topology Optimization. I have a proven track record in integrating complex mechanical assemblies and creating production-ready technical drawings.
My Portfolio
Other Industrial & Product Design Services I Offer
FAQ
Q1: What specific manufacturing standards do you design for?
I strictly follow Design for Manufacturing (DFM) principles. For 3D printing, I design for isotropic strength, overhang limits, and tolerances (like PETG/ABS shrinkage). For CNC and sheet metal, I implement proper bend radii, wall thicknesses, and draft angles.
Q2: How do you validate your finite element analysis (FEA) results?
I don't just rely on automated solver meshes. I perform grid convergence studies, define accurate boundary conditions (fixed supports, frictionless remote displacements), and apply precise material properties to ensure von Mises stresses and safety factors are completely accurate.
Q3: What do I receive in your Topology Optimization workflow?
I define your design space, keep-out zones, and load paths in ANSYS. The software strips away unnecessary material to minimize mass while hitting your target safety factor. I then reconstruct the optimized mesh into a smooth, clean, manufacture-ready STEP/STL file.
