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I am a Mechanical Design Engineer with practical experience in developing parts and metal structures for real production. I specialize in creating accurate 2D and 3D CAD models, technical drawings, and manufacturing-ready documentation. I work with projects of different complexity — from single components to complex assemblies. Thanks to my strong understanding of manufacturing processes such as laser cutting, bending, welding, and machining, I design solutions that are efficient, cost-effective, and easy to produce. My services include: 3D modeling of parts and assemblies Production-ready technical drawings Metal structure design Sheet metal design for laser cutting and bending Design optimization for manufacturing (DFM) Reverse engineering Modifying and improving existing designs Software I use: Siemens NX,SolidWorks, Autodesk Inventor, Fusion 360 Why clients choose me: Designs focused on real manufacturing High attention to detail and accuracy Clear technical communication On-time delivery Reliable and professional approach I am open to long-term cooperation and one-time projects. My goal is to provide high-quality engineering solutions that meet your technical and production requirements. Let’s turn your idea into a precise and reliable design.

Have a part, assembly or structure that needs to be designed, documented, and validated? I will take it from concept to a finished, production ready product, with the engineering behind every decision. I am a mechanical engineer working in both SolidWorks and Fusion 360. My work stands on three pillars: Real engineering, not just modeling: I think about loads, materials, tolerances, and how the part will actually perform before you commit to production. FEA stress simulation, safety factors, sheet metal with proper K-factor, and design decisions backed by reasoning. Production grade shop and technical drawings: fully dimensioned, GD&T where it matters, proper datum schemes, BOMs, dual units (mm/inch), and title blocks following ISO and ASME standards. The kind of drawing a machine shop can build from without a single question. 3D printing: from prototype to finished product, I design parts specifically for 3D printing (FDM and resin), accounting for print tolerances, overhangs, snap-fits, and material behavior so the part fits and works on the first print. I iterate through prototypes and refine until it's a clean, functional, ready to manufacture product. Models that pass vendor DFM checks (JLCPCB and similar). I also do reverse engineering, rebuilding existing or discontinued parts from photos, measurements, or rough sketches into clean, fully parametric CAD models you can edit and manufacture. My portfolio shows this depth: a complete horse cart with all sheet metal components (bends, flanges, proper K-factor), full constrained assemblies, chassis FEA stress analysis, reverse-engineered replacement parts modeled from photos alone, fabrication drawing sets for industrial piping and CNC-machined parts, and functional 3D-printed enclosures designed with print tolerances in mind. These aren't simple parts, they require thinking like an engineer, not just a modeler. What I deliver: – SolidWorks & Fusion 360 native files (.SLDPRT / .SLDASM / .SLDDRW / .f3d) – Fully dimensioned shop & technical drawings with GD&T (ISO / ANSI / ASME) – Reverse engineering from photos, sketches, or physical measurements – BOMs, revision tables, and shop-ready title blocks – Sheet metal flat patterns and bend tables – 3D-print-ready models (FDM & resin) with proper tolerances and DFM – Export-ready formats: STEP, IGES, STL, DXF – FEA stress, displacement & safety factor reports – Clear revision process and fast turnaround If you can describe it, I can model, validate, document, and manufacture it. Let's talk.

I am a degreed Mechanical Engineer with 31 years of experience. I have a wide breadth of expertise ranging from the design and development of complex gear mechanisms and injection molding to foundry operations and mass production. Specific skills and areas of expertise: - Linkages, brackets, gearbox, and transmissions (from small millimeter systems to large agricultural-equipment) - Drive axles - Steer axles - Suspension - Machined, injected, cast/foundry, and stamped production methodologies - Design for manufacturability (DFM) 
 - Stress/ stability/FEA - Material selection, metals and resins (plastics) - CFD - Automotive loading conditions (on and off road) - Trailer design - Liquidtight, watertight protection design Software: SolidWorks, Inventor, Freecad, Creo, TurboCad, and DesignSpark Solving difficult problems through creative thinking is my greatest strength. I have held engineering management roles at DANA and TYCO. Let me help solve your mechanical design and development needs. Looking forward to hearing from you.

🚀 Top Rated Plus | Top 1% Freelancer ✅ Mechanical/Design Engineer-Master with 8+ years of experience in: 2D/3D CAD, Product Design, Development, and Manufacturing. Preparing parts for 3D Printing, Molds, CNC, and Sheet Metal processing. Product Presentation, 3D Rendering, and Animation. 💡 I have helped startups grow into industry leaders by providing cutting-edge design, precision engineering, and manufacturing solutions. 💬 Professionalism, technical expertise, and excellent communication ensure top-tier results, always delivered ahead of deadlines. 🔧 Services Provided 🔹 CAD/CAM Solutions 🔹 Product & Mechanical Design 🔹 Design & Drafting for Sheet Metal, CNC, Injection Molding, 3D Printing, etc. 🔹 Machine & Robotics Design 🔹 Reverse Engineering 🔹 Rendering & Drafting 🔹 Prototyping 🔹 Electronics & Hardware Design 🛠 Software Expertise 💻 SolidWorks (Mechanism Design, Plastics, Mold Tools, Dynamics) 💻 Inventor | Fusion 360 | Revit | Advance Steel | AutoCAD 💻 EdgeCam | MathCad ⚡ Let’s build something amazing! Need expert design and engineering to scale your business? Let’s talk! 🚀

OVERVIEW I am a structural steel and fabrication engineer, not just a CAD drafter. I specialize in delivering fabrication-ready structural steel models and drawings, including Tekla models, GA drawings, shop drawings, and material take-offs — all prepared for real workshop and site use. With 15+ years of hands-on experience in manufacturing, steel fabrication, QC inspection, and production management, I understand not only how to design, but how steel structures are actually fabricated, delivered, and erected. Typical services I provide: • Structural steel modeling (fabrication-ready) • General Arrangement (GA) drawings • Shop / fabrication drawings • Material Take-Off (MTO / BOM) • Drawing revisions and as-built updates Tools and workflow I use (depending on project needs): • Tekla Structures – fabrication-level modeling, GA, shop drawings, MTO • AutoCAD / AutoCAD Mechanical – detailing, coordination, markups • SolidWorks – custom steel components and assemblies • Autodesk Inventor – mechanical parts and special fabrication details • STAAD – structural analysis reference and design verification Clients hire me for fabrication-ready drawings that reduce RFIs, rework, and site issues, with clear communication and reliable delivery.

Hello, I’m Devie Mar Abadilla, a Licensed Mechanical Engineer based in the Philippines and a full-time freelance mechanical designer specializing in steel fabrication projects. I provide manufacturing-focused design solutions, from SolidWorks 3D modeling to assembly design using equations and configurations, and clear, fabrication-ready workshop drawings. My work includes sheet metal bending and flat pattern development, weldments, bills of materials (BOM), and setting-out drawings for product assembly. I have hands-on experience designing a wide range of steel structures and fabricated components, working closely with fabrication requirements and real-world shop constraints. Steel Fabrication Projects: ✅ Stairs (spiral & straight, with balustrades and handrails) ✅ Trolleys and material-handling equipment ✅ Mega benches and heavy-duty frames ✅ Steel & wooden furniture R&D PROJECTS: ✅ Philippine Rice Combine Harvester ✅ Truck Column Lift ✅ Truck Lower Enclosure for PUDU Robot Platform Additional Capabilities: ✅ Concept and detailed design ✅ Assembly design (with equations) ✅ SolidWorks configurations ✅ Complete workshop drawings ✅ Rendering for product visualization ✅ 3D printing for prototype validation If you need a designer who understands how parts are actually fabricated and assembled, I’m ready to support your project, part-time or full-time. Let’s turn your concepts into production-ready steel designs.