Hire Mechanical Product Design Designers in Saudi Arabia

I'm Muhammed, a Top-Rated Electromechanical & Product Design Engineer with 100% Job Success across 52+ completed projects on ▒▒▒▒▒▒. I specialize in taking consumer electronics and complex hardware pr... Read more

I'm Muhammed, a Top-Rated Electromechanical & Product Design Engineer with 100% Job Success across 52+ completed projects on ▒▒▒▒▒▒. I specialize in taking consumer electronics and complex hardware products from concept to fully manufacturable reality. Core Services: Mechanical & Industrial Design — Advanced CAD modeling, organic surface design, and physics-driven enclosure engineering using Siemens NX, SolidWorks, and Fusion 360. Mostly focused on design of consumer products and design for manufacturing. Electronics & PCB Design — Schematic capture and PCB layout using KiCad and EasyEDA; production-ready Gerbers, BOMs, and component sourcing for rapid prototyping. CFD & FEA Simulation — Fluid dynamics, thermal distribution, and structural analysis using Ansys Fluent and Siemens Nastran to validate designs before physical prototyping. Design for Manufacturing (DFM) — Injection-molding ready parts, snap-fits, CNC fixtures, casting molds, and assemblies optimized for mass production. Prototyping & Reverse Engineering — 3D scanning, STL-to-STEP conversion, additive manufacturing, and iterative electromechanical validation. As a PhD candidate in CFD at KAUST and former thermo-fluids researcher at Istanbul Technical University, I combine deep physics understanding with real factory-floor manufacturing knowledge. I bridge the gap between custom PCB electronics and physical enclosures — ensuring perfect integration of components, battery fitment, and mechanical sealing. Software: Siemens NX · SolidWorks · Autodesk Fusion 360 · SpaceClaim · KiCad · EasyEDA · Ansys Fluent · Siemens Nastran · Blender Let's bring your hardware product to life — from rough sketch to ready-to-manufacture files.

I build mechanical products beyond the CAD screen. I work at the intersection of mechanical design, product development, engineering analysis and physical prototyping — turning engineering problems i... Read more

I build mechanical products beyond the CAD screen. I work at the intersection of mechanical design, product development, engineering analysis and physical prototyping — turning engineering problems into hardware that can be manufactured, tested and refined. My experience spans industrial systems, railway safety, medical & assistive technology, machinery and R&D applications, giving me exposure to the complete product-development cycle: Problem → Concept → Design → Analysis → Prototype → Test → Refine My core engineering capabilities include: 1. Mechanical & Product Design: 3D CAD modelling, mechanism design, assemblies, engineering drawings, and design optimization. 2. Engineering Analysis: FEA, structural analysis, design validation, and engineering-based material and component selection. 3. Manufacturing & Prototyping: DFM/DFA, machining, fabrication, sheet-metal development, additive manufacturing, reverse engineering, and prototype development. Tools: SolidWorks (CSWA & CSWP) • Fusion 360 • ANSYS • AutoCAD • Autodesk Inventor A significant part of my experience comes from working on real engineering systems rather than isolated CAD exercises — where manufacturability, cost, material selection, tolerances, fabrication constraints and functional performance all have to work together. I have contributed to projects involving Southern Railway – Thiruvananthapuram Division and SCTIMST, including railway safety systems, assistive mobility technology, medical equipment, and industrial engineering solutions. Alongside my engineering career, I have also been involved in building Hesper Tech Pvt Ltd, an engineering product-development venture, where I have worked across mechanical design, R&D, prototyping, technical documentation, and multidisciplinary engineering projects. I am particularly interested in engineering challenges where the objective is not simply to create a good CAD model, but to develop a solution that works in the real world.