Syed Haseeb A.

I turn product ideas, sketches, reference images, dimensions, and prototypes into production-ready SolidWorks CAD models for prototyping, 3D printing, CNC machining, sheet metal fabrication, and injection molding. My focus is Design for Manufacturing, DFM review, manufacturability, plastic part design, enclosure design, mechanical design, and clear technical documentation so the design can move smoothly toward supplier review, tooling, production, and manufacturing. I work on product design, mechanical parts, plastic components, enclosures, sheet metal parts, assemblies, prototypes, and manufacturing-ready CAD using SolidWorks. The goal is not just to create a 3D model, but to make sure the design is practical for prototyping, tooling, fabrication, and production. ⭐ What I can help you with: • Product design from sketches, references, dimensions, or rough concepts • Design for Manufacturing, DFM review, and manufacturability improvement • Injection molding considerations: draft angles, wall thickness, ribs, bosses, snaps, clips, undercuts, and parting line planning • Plastic enclosure and housing design for electronics, consumer products, tools, accessories, and mechanical parts • Sheet metal design with bends, flat patterns, cutouts, and production-ready details • SolidWorks 3D CAD modeling and clean parametric files • STEP, STL, SLDPRT, SLDASM, and manufacturing-ready CAD files • 2D technical drawings with dimensions, tolerances, assembly details, and material notes • Prototype-ready files for 3D printing, CNC machining, and product testing • CAD cleanup, redesign, and optimization for manufacturing • Assembly design, exploded views, and manufacturer communication documents ⚙️ My process: 1. Review requirements (idea, sketch, dimensions, references, or prototype) 2. Check DFM risks (wall thickness, assembly fit, weak geometry, tooling concerns) 3. Create CAD model (clean SolidWorks model with manufacturable structure) 4. Prepare files (STEP/STL/SolidWorks files, 2D drawings, and manufacturing notes) 5. Support feedback (supplier or prototype shop updates within agreed scope) ⭐ Projects I am best suited for: • Plastic product design • Injection molded parts • Product enclosures and casings • Electronics housings • Consumer product development • Mechanical product design • Sheet metal components • 3D-printable prototypes • CAD redesign for manufacturing • Technical drawings and production documentation • Assembly design and part optimization ✅ Why work with me? I do more than create CAD files. I guide the design toward the most practical manufacturing path, compare workable options, and point out DFM issues before they become expensive redesigns. You can expect: ⭐ Fast, clear communication ⭐ Meetings or video calls when needed ⭐ Honest technical feedback ⭐ Practical guidance based on your product and production goals ⭐ Flexible CAD approach instead of one fixed method for every project ⭐ Suggestions that help reduce redesigns, supplier confusion, and avoidable manufacturing issues ⭐ SolidWorks CAD that is accurate, manufacturable, easy to prototype, easy to quote, and easier for suppliers to understand I use SolidWorks for accurate CAD modeling, product design, mechanical design, and manufacturing-ready documentation. I have worked on product design, CAD modeling, prototyping, and manufacturing-focused projects across different industries, including consumer products, electronics housings, mechanical parts, tools, accessories, furniture, automotive-related products, medical-related products, and industrial components. 📩 Send me your sketch, reference images, dimensions, prototype photos, STEP/STL files, or product brief. I will review the design direction, identify the best next step, and guide you with a clear, practical approach. The goal is simple: create CAD that is easier to prototype, easier to manufacture, and easier to explain to suppliers.