Hire the Best Finite Element Analysis Specialists
in Egypt

I’m an ex-Siemens mechanical design engineer focused on CAD-driven product development, from early concepts to manufacturing-ready drawings. I build clean, fully-parametric models in SolidWorks, design for real constraints (packaging, assembly, tolerances), and deliver files that machine shops and suppliers can actually use. If you need fast, reliable CAD support, FEA stress analysis, parts, assemblies, revisions, or full drawing packs, I can help. - SolidWorks CAD: parts, assemblies, surfacing, configurations, design tables - 2D manufacturing drawings: GD&T, fits/clearances, BOMs, revision control - DFM/DFA: design-for-manufacturing / design-for-assembly improvements, cost-aware design changes - Basic FEA: sanity-checking loads, stiffness, and failure points (design iterations based on results) - Prototype support: 3D printing workflows (slicing/materials/post-processing) + CNC/manufacturing familiarity - Motorsport-grade rigor: Vehicle Dynamics lead (suspension/steering/braking/tires). Performance-focused, detail-obsessed design - Send me your requirements (or sketches), target manufacturing method, and deadline. I’ll respond with a clear plan, timeline, and deliverables.

Need sheet metal designs that actually work in production not just look good in CAD? I help fabricators and manufacturers eliminate rework, misalignment, and bending issues by delivering accurate 3D models, clean DXF files, and production-ready drawings that go straight to laser, plasma, or waterjet cutting without adjustments. As a Top Rated Plus SolidWorks specialist with a 100% Job Success Score and 7+ years of hands-on experience, I focus on one thing: designs that are ready to manufacture. Every file is built with real shop constraints in mind—bending limits, tolerances, welding access, and assembly fit. I convert sketches, PDFs, and concepts into fully detailed, fabrication-ready models—ensuring smooth transition from design to production. Services • 3D Sheet Metal Design (SolidWorks) – Built for bending, welding, and assembly • Laser / Plasma / Waterjet DXF Files – Clean geometry, no post-editing required • Flat Patterns – Accurate K-factor, bend allowance/deduction, and reliefs • Technical Drawings – Complete dimensions, bend notes, weld symbols, GD&T • Assemblies & Exploded Views – Clear guidance for fabrication and installation • File Conversion – DXF, DWG, STEP, IGES, PDF Why Work With Me • Manufacturing-first approach – designs validated for real-world fabrication • Consistent accuracy – minimizing shop-floor errors and revisions • Fast turnaround – reliable delivery without compromising quality • Clear communication – direct, responsive, and detail-oriented Tools • SolidWorks (Sheet Metal, Weldments, Assemblies) • AutoCAD (DXF cleanup and detailing) • ANSYS (basic structural validation) • KeyShot (visuals for approvals when needed) Keywords: sheet metal design, manufacturing drawings, DXF for laser cutting, fabrication-ready CAD

CFD Engineer | Certified SolidWorks Expert | Formula Student Alumnus A passionate engineer with hands-on experience in CFD, FEA, and advanced 3D design. As a key member of a Formula Student team, I specialized in optimizing vehicle aerodynamics, mass reduction, and cost-performance balance. Certified in SolidWorks Mechanical Design, I excel in Part Design, Surface, Assembly, Weldments, and Sheet Metal. My proficiency extends to technical documentation, including professional drawings, BOMs, and rendering. With a strong foundation in cost and mass optimization, I aim to deliver innovative, efficient, and sustainable engineering solutions.

Greetings, my proficiencies encompass: ✅ My expertise centers around modeling and simulation using COMSOL Multiphysics, ANSYS, and SOLIDWORKS, with a focus on diverse areas including CFD simulation, solid mechanics, acoustics, electricity, and chemistry. ✅ I am adept at solving various types of partial differential equations utilizing COMSOL Multiphysics' mathematical module. Why collaborate with me? ☑️ We are dedicated to upholding commitments and consistently strive to achieve the most precise solutions through diligent and intelligent work.

We are a high-performance remote engineering consultation firm delivering end-to-end solutions in product design, testing, optimization, validation, and manufacturing support. Our mission is simple: turn your ideas into efficient, reliable, and market-ready products while reducing development costs and accelerating timelines. ⭕️ Our Core Expertise: 1️⃣ Mechanical & Aerodynamic Design – CAD modeling, product development and design, structural design, aerodynamic calculations and simulations, lightweight optimization, and manufacturability. 2️⃣ Simulation & Testing – Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), multiphysics analysis, and structural/thermal validation under real-world loads. 3️⃣ Optimization & Validation – Generative design, topology optimization, and virtual prototyping to minimize risk and ensure regulatory compliance. 4️⃣ Manufacturing Support – Material selection, prototyping strategies, and process optimization for smooth transition from design to production. ⭕️Tools & Proficiency: ▶️CAD & Design: SolidWorks, CATIA, Autodesk Inventor, Fusion 360 & Solidworks. ⏩️Simulation: ANSYS, SimScale, Autodesk Nastran. ⏩️CFD & Aerodynamics: ANSYS Fluent, Simscale, Autodesk CFD and SIMULIA ⏩️Manufacturing & Prototyping: Additive manufacturing workflows, topology optimization, CAM integration ⭕️Why Clients Choose Us: ✅ Multidisciplinary expertise in aerospace, robotics, drones, eVTOLs, and industrial systems ✅ Proven track record in designing, simulating, and optimizing real-world products ✅ Remote-ready with in-house resources for rapid design iteration and advanced simulations ✅ Transparent communication, milestone-based delivery, and results aligned with your business goals Let’s bring your concept to life with world-class engineering solutions tailored to your product’s success.

Suspension, chassis & vehicle-dynamics engineer specializing in electric and performance vehicles. I take vehicle systems from first-principles kinematics and FEA through prototype validation, regulator-witnessed testing, and remote-supervised manufacturing. Recent work: ✅ Designed and ran a witnessed component-validation program for a vehicle conversion that was granted IVA approval (UK type-approval route), rig design, instrumentation, load cases, and the evidence package. ✅ Led the suspension and steer-to-tilt steering design on a seated electric quad, inverted the steering-to-tilt kinematics, held bump steer under 2° across full travel; delivered as a shipped, road-tested product with manufacturing supervised remotely in China. ✅ Lead chassis & vehicle-dynamics engineer on a formula-style EV, full front/rear suspension, FEA across two chassis architectures, and a manufacturing strategy that cut CNC parts to 2% of the total. ✅ Built a double-wishbone suspension kinematic model in MATLAB, validated against MSC Adams, and visualized in 3D (Python/PyBullet). Core expertise: • Suspension & steering system design (double-wishbone, MacPherson, tilting/steer-to-tilt) • Chassis design: tubular space frame, ladder frame, monocoque • Vehicle dynamics, suspension kinematics & handling • FEA & CFD (ANSYS); structural validation & component testing • SolidWorks (advanced), CATIA, Fusion 360; GD&T & production drawings • Python & MATLAB modeling; CODESYS actuator control & strain-gauge instrumentation • Design for manufacturing; remote manufacturing & assembly supervision I work with EV and performance-vehicle startups, conversion and low-volume builders, and teams that need a specialist to own the suspension, chassis, or vehicle-dynamics side of a build — from concept through validated, manufacturable, approved hardware. Whether you need a single suspension subsystem, a full chassis, regulatory validation, or a vehicle taken from concept to running prototype, I deliver designs that are robust, manufacturable, and proven.