Hire 2D Technical Drawings Designers in Colombia

I design industrial machines and steel structures and deliver the drawings a shop needs to build them: 3D models, assembly, part and fabrication drawings, and bills of materials. I'm a mechanical eng... Read more

I design industrial machines and steel structures and deliver the drawings a shop needs to build them: 3D models, assembly, part and fabrication drawings, and bills of materials. I'm a mechanical engineer (Universidad Santo Tomás, Colombia) working as a mechanical designer at a metalworking company. I have designed around 15–20 machines and platforms: vibrating screens, 16" and 20" bucket elevators, screw conveyors, hoppers, bag filters, centrifugal fans and mill structures, with assemblies of up to ~300 parts. For each project I deliver dozens of assembly, sheet metal, profile and machining drawings that go straight to the workshop. I also run my own carbon fiber workshop, where I have designed and manufactured ~30 part references for cars and motorcycles, so I design with fabrication in mind, not just on screen. What I deliver: - 3D models in Autodesk Inventor (Frame Generator, Sheet Metal), SolidWorks and Fusion 360 - Fabrication and shop drawings with AWS weld symbols and ISO 2768 / GD&T tolerances - Bills of materials, cut lists, flat patterns and DXF files for laser cutting - Converting sketches, photos or old plans into clean CAD files Languages: Spanish (native), Portuguese (advanced), English (conversational).

I am a Mechanical Designer with strong experience in 3D CAD modeling, product development, and mechanical systems design. I specialize in Fusion 360, Solid Works and have worked on projects involving... Read more

I am a Mechanical Designer with strong experience in 3D CAD modeling, product development, and mechanical systems design. I specialize in Fusion 360, Solid Works and have worked on projects involving mechanical components, assemblies, equipment repair, industrial mechanisms, and custom mechanical solutions. My background in mechatronics gives me a solid understanding of mechanics, electricity, electronics, and basic industrial automation — allowing me to design parts that work in real-world conditions, ready for manufacturing. I have participated in engineering projects for heavy machinery (including structural repairs for mining equipment and custom mechanical tooling), as well as product design tasks for prototypes and functional devices. I focus on: *3D modeling (Fusion 360, Solid Works) *2D manufacturing drawings *Mechanical design for fabrication *Product development from concept to prototype *Reverse engineering *Metal structures & industrial mechanisms *Technical problem-solving I am committed, detail-oriented and always focused on delivering accurate, high-quality CAD models and reliable engineering solutions

I help turn ideas, prototypes, and existing products into production-ready designs that prevent costly supplier and manufacturing problems. Whether you’re a founder developing your first product, an... Read more

I help turn ideas, prototypes, and existing products into production-ready designs that prevent costly supplier and manufacturing problems. Whether you’re a founder developing your first product, an entrepreneur preparing for manufacturing, an established company expanding its product line, or an investor evaluating technical risk, I specialize in the engineering decisions that bridge concept and production, helping reduce avoidable manufacturing risk before small oversights become expensive manufacturing, tooling, and supplier problems. MY SERVICES: PRODUCT DEVELOPMENT • Mechanical product architecture • Mechanism and machine design • Production-ready CAD development • Concept refinement and design optimization • Legacy product modernization DESIGN FOR MANUFACTURING (DFM) • CNC machining • Injection molding • Metal casting • Sheet metal fabrication • Design optimization for manufacturing and assembly • Material selection and manufacturing process recommendations PRECISION ENGINEERING • GD&T • Tolerance stack-up analysis • Datum strategy • Fit and functional requirements • Inspection-ready engineering documentation REVERSE ENGINEERING • Physical part reconstruction • 3D scan-based modeling • Legacy component redesign • Manufacturing documentation from existing products ENGINEERING DOCUMENTATION • Manufacturing drawings • Bill of Materials (BOM) • Assembly drawings • Exploded views • STEP and production deliverables • Supplier-ready engineering documentation PRODUCTION ENGINEERING SUPPORT Engineering often continues beyond product development. I also support supplier reviews, tooling discussions, engineering changes, prototype validation, first articles, and production release to help resolve engineering issues before they become production problems. WHY CLIENTS WORK WITH ME: • Manufacturing-focused engineering from concept through production • Practical designs that are easier to manufacture, assemble, inspect, and maintain • Reduced engineering changes and supplier-related redesigns • Production-ready documentation prepared for confident supplier handoff • Experience collaborating with manufacturers throughout product development and production EXPERIENCE: My engineering experience spans foundries, machine shops, fabrication, assembly, quality control, and product development across industrial equipment, medical devices, hand tools, production tooling, power transmission systems, and injection-molded products serving North America, Europe, Africa, and Asia. That hands-on manufacturing experience shapes how I make engineering decisions based on how the product will ultimately be quoted, built, inspected, assembled, and used. DESIGN TOOLS: SolidWorks | Autodesk Inventor | Fusion 360 | Keyshot WHAT CLIENTS SAY: ☑ “Kehinde is a true professional, delivering high-quality work at lightning speed.” - Legion PTE, Singapore. ☑ “The best! Kehinde understands my needs perfectly and delivers satisfying results.” - Hari Murad, Germany. ☑ "A top-notch engineer who took my idea from napkin sketch to concept in days!” - Samuel Castilla, USA. I don’t measure success by completed CAD models, drawings, or engineering documentation. I measure it by whether your manufacturer can build the product without avoidable engineering changes, production delays, or costly surprises. If your next engineering decision is too important to get wrong, let’s discuss your project.