Hire Design for Assembly (DFA) Designers in Turkey

Mechanical design engineer specializing in 3D CAD modeling, product development, and thermal-fluid flow simulations. I translate concept sketches, mechanical requirements, and functional specification... Read more

Mechanical design engineer specializing in 3D CAD modeling, product development, and thermal-fluid flow simulations. I translate concept sketches, mechanical requirements, and functional specifications into production-ready digital models and verified prototypes. Core Capabilities 3D Parametric CAD Modeling: Complex mechanical assemblies, custom component design, sheet metal enclosures, and consumer product casings designed with clean, fully editable feature trees in SolidWorks. CFD & Thermal Analysis: Internal and external fluid flow analysis, aerodynamic optimization, and conjugate heat transfer simulation (heat exchangers, thermal management, airfoils, and energy systems) to validate performance before physical tooling. Manufacturing & Production Drafting: Fully detailed 2D fabrication drawings adhering to standard drafting guidelines (ASME/ISO), complete with GD&T, tolerance stack-up considerations, exploded views, and Bills of Materials (BOM). Prototyping & DFM: Design for Additive Manufacturing (3D printing/rapid prototyping), CNC machining, and sheet metal fabrication to ensure parts can actually be manufactured cost-effectively. Deliverables Provided Native CAD files: .SLDPRT, .SLDASM Universal exchange formats: .STEP, .IGES, .X_T (Parasolid) Manufacturing & fabrication packages: .DXF, .DWG, high-resolution .PDF drafting sheets Prototyping files: Clean, watertight .STL and .OBJ meshes ready for 3D printing Engineering reports: High-resolution flow trajectories, cut plots, and performance summaries for simulation tasks Clear communication, rapid turnaround, and robust design intent are the priorities on every milestone. Send over a message with your project scope, initial sketches, or technical specs to discuss next steps.

Mechatronics Engineer with hands-on experience in industrial machinery design, embedded systems integration, and FPGA hardware validation. Skilled at bridging physical mechanics and digital control, w... Read more

Mechatronics Engineer with hands-on experience in industrial machinery design, embedded systems integration, and FPGA hardware validation. Skilled at bridging physical mechanics and digital control, with practical expertise in reverse engineering, parametric CAD modeling (SolidWorks), sheet metal & weldment design, GD&T, and design automation. Professional highlights: reverse-engineered and redesigned ~15 industrial production machines using SolidWorks, built VBA/API macros that cut a manual engineering workflow from hours to minutes, and led multidisciplinary robotics projects end to end (mechanical design, embedded control, and field testing). Available for freelance CAD/mechanical design, technical drawings & GD&T documentation, reverse engineering, and embedded/FPGA prototyping projects. Clear communicator, reliable on deadlines, and comfortable working directly with clients in English, Arabic and Turkish.

Mechanical Engineer | Fusion 360 Expert | Product Design & Manufacturing-Ready CAD I am a **Mechanical Engineer specializing in Autodesk Fusion 360**, focused on turning ideas, sketches, existing par... Read more

Mechanical Engineer | Fusion 360 Expert | Product Design & Manufacturing-Ready CAD I am a **Mechanical Engineer specializing in Autodesk Fusion 360**, focused on turning ideas, sketches, existing parts, and technical requirements into **accurate, functional, and manufacturing-ready CAD designs**. My goal is not simply to create a 3D model that looks good on screen. I design with **real-world functionality, manufacturability, assembly, tolerances, materials, production methods, and future design changes** in mind. Whether you need a single mechanical component, a complete assembly, a prototype-ready product, production drawings, or an existing design improved for manufacturing, I can take your project from **concept to production-ready CAD**. I work extensively with the **native professional capabilities of Autodesk Fusion 360**, creating clean, editable, fully parametric designs without relying on third-party plug-ins or add-ins. This makes project files easier to transfer, modify, maintain, and continue developing after delivery. What I Can Do for You Mechanical Design & Product Development * Mechanical component and product design * Concept development and design refinement * Functional mechanism design * Design of mechanical assemblies * Parametric and feature-based CAD modeling * Design optimization * Product improvement and redesign * Prototype development * Design for Manufacturing (DFM) * Design for Assembly (DFA) 3D CAD Modeling * Precise parametric 3D models * Complex mechanical parts * Multi-component assemblies * Solid modeling * Surface and freeform modeling * Mesh and STL modification * Existing CAD model modification * 2D drawing to 3D CAD conversion * Sketch, image, or concept to 3D model * STEP / STP / STL / DXF and other manufacturing file preparation Mechanical Assemblies * Multi-part assemblies * Component relationships and joints * Motion-oriented mechanism design * Interference and fit checking * Exploded assemblies * Assembly organization * Design revisions and component replacement * Production-ready assembly documentation Manufacturing-Ready Design I design parts with the manufacturing process in mind rather than treating manufacturing as an afterthought. Projects can be prepared for: * CNC machining * 3D printing * Sheet metal fabrication * Laser cutting * Waterjet cutting * Plasma cutting * Conventional machining * Prototype manufacturing * General mechanical fabrication Sheet Metal Design * Sheet metal components * Flanges and bends * Folded enclosures and brackets * Flat patterns * Manufacturing-ready DXF files * Bend-aware design * Production drawings Engineering Drawings & Documentation * Professional 2D engineering drawings * Manufacturing drawings * Assembly drawings * Dimensioning * Geometric tolerancing where required * Section and detail views * Exploded views * Parts lists / BOM-ready documentation * Production notes * PDF and DWG/DXF drawing output Reverse Engineering & CAD Reconstruction If you already have a physical component, STL/mesh, old drawing, image, or incomplete CAD file, I can recreate it as a **clean and editable parametric Fusion 360 model**. This includes: * Existing part reconstruction * STL / mesh to editable CAD * Legacy drawing to modern 3D CAD * Measurement-based modeling * Replacement part modeling * Design modification and improvement Design for 3D Printing * FDM-friendly mechanical parts * Prototype components * Functional printed assemblies * STL preparation * Clearance and tolerance consideration * Print-oriented geometry optimization * Support-conscious design * Rapid-prototyping models CNC & CAM Preparation For suitable projects, I can support the transition from CAD into Fusion 360's integrated manufacturing workflow, including machining-oriented model preparation and CAM-ready geometry. Rendering & Product Presentation When needed, I can also create: * Professional product renders * Material and appearance setups * Exploded product presentations * Technical visualizations * Product concept images * Assembly animations and motion presentations Why Work With Me? Engineering First — Not Just CAD Modeling A CAD model should not only look correct. It should also make sense mechanically. I approach every project from a **mechanical engineering perspective**, considering: * Function * Geometry * Manufacturability * Assembly * Mechanical clearances * Design intent * Material usage * Production constraints * Maintainability * Future revisions Fully Parametric & Editable Models Whenever appropriate, models are built with a clean parametric structure so dimensions and design features can be modified efficiently instead of rebuilding the entire part. Manufacturing-Oriented Workflow I aim to identify potential production problems before they become expensive manufacturing problems. The objective is always to provide a design that is as close as