Hire the Best PTC Creo Parametric Professionals

I am a mechanical design engineer with over 5 years of experience in engineering design, reverse engineering, modeling, and drafting of various industrial machinery products.  PRIMARY SKILLS: Engineering: - • 3D CAD modelling and 2D drawing from images, STL files and step files. • CAD data migration. • Reverse engineering • Design of centrifugal pump, vertical turbine pump & packaging machineries, • Solid understanding of various metal casting manufacturing processes (sand, investment, and so on). • Understanding of machining and fabrication processes • Capable of creating complex surfacing models in NX, Creo. • Thorough understanding of ASME Y14.5 GD & T and AWS A2.4 welding symbol standards. • Capable of producing machining drawings for manufacturing. • Capable of working with sheet metal, weldment parts, and weldment drawings. • Compatible with Siemens Teamcenter and Windchill. CAD: 1. Siemens NX 2. Creo 3. Solid Works 4. AutoCAD 5. Autodesk Inventor

✅I can help you turn rough ideas into accurate 3D models, or convert existing 2D drawings into 3D designs. I also provide 3D model repair and improvement to make your designs clean, complete, and visually refined. My models are suitable for 3D printing, CNC machining, injection molding, and casting,... ✅I can deliver files in multiple formats, including STL, OBJ, STEP, X_T, PRT, ASM, DWG, DXF, PDF, 3MF, and more. ✅I specialize in converting 3D scan/STL ,OBJ data into high-quality CAD formats including IGES, STEP, X_T, and PRT. ✅I use Geomagic Wrap,freeform, and PTC Creo to rebuild accurate parametric models or clean mesh data for manufacturing. Services I provide: • Convert STL,OBJ, EASM → IGES / STEP / X_T / PRT,… • Reverse engineering from scan data • Repair mesh, remove noise, fill holes • Create watertight CAD models • Convert files for CNC / mold / 3D printing • Creo parametric CAD design Why hire me: • Fast delivery • Clean, accurate CAD • Experience with manufacturing files 🤝🤝🤝

Mechanical designer with years of experience in, SolidWorks, Solid Edge, Creo PTC, Autodesk Inventor and AutoCAD. I have done projects for various types of machines and lifestyle products. Simulation and design engineer. English, italian and portuguese.

I am a Mechanical Design Engineer specialized in 3D CAD modeling and manufacturing drawings for real production. I create accurate, fully manufacturable models using SolidWorks, Creo and Siemens NX. I understand machining, tolerances, fits, sheet metal, assemblies and production requirements — not just visuals. I can help you with: • 3D CAD modeling of parts & assemblies • Manufacturing / fabrication drawings (2D drawings with dimensions & tolerances) • Reverse engineering from images or sketches • Design for manufacturing (DFM) • STEP, STL, DXF, PDF files for CNC / laser / 3D printing Why clients choose me: I have real workshop & manufacturing understanding — so designs are practical and production-ready. Fast communication, clear updates and reliable delivery.

NEED PRODUCTION-READY, FUNCTIONAL CAD MODELS OPTIMIZED FOR 3D PRINTING? Coming from a background in enterprise software engineering (with an MS in Computer Science), I bring a developer's mindset to 3D CAD design. I don't just sculpt shapes—I engineer functional, parametric systems. My main focus is creating clean, reliable models built specifically for FDM printing. I know firsthand how critical printability, tight tolerances, and mechanical fits are, so I design parts that work perfectly right off the build plate. I treat CAD design like writing production-grade code. When you work with me, you get: ▪ TRUE PARAMETRIC DESIGN: Models built so you can easily tweak and update dimensions by changing a few simple values. ▪ CLEAN ARCHITECTURE: A tidy file structure and a logical, easy-to-read model history timeline. ▪ END-TO-END SUPPORT: I don't just hand over a file. I am happy to advise on slicing settings, material choices, and print optimization to make sure you get the best physical result. I publish my independent work under the "Void to Solid" name (feel free to check out these models in my Upwork portfolio). If you have a sketch, a technical requirement, or just a rough idea in mind—feel free to reach out. Let's discuss how we can bring it to life.

FYI 01: I'm currently based in the European Union and can easily receive your devices, prototypes, or components for 3D scanning and reverse engineering to support further design improvements. Alternatively, as a result of my design services, I can send you 3D-printed and assembled prototypes. FYI 02: I’m planning to expand the scope of services I provide. In addition to design and development, I’ll soon be offering manufacturing support as well. Initially, this will include prototyping and small-batch production through a trusted manufacturing base in China. Later on, it will also cover refinement and support for full-scale serial production. This service is planned to launch around September-November, during my direct presence in China. I'm senior mechanical design engineer with multidisciplinary knowledge base. I've had the chance to gain my knowledge working at automotive (6 years) and aerospace (7 years) industry companies with complete manufacturing cycles. It helps me to view the product development process through the lens of the DFM (DFMA) and use the best development practices. Huge manufacturing background is always at my service and is one of my strengths. The second important strength is Solidworks CAD/CAM/CAE software's deep knowledge, including SW Add-Ins of other vendors. In addition, I develop the software applications for engineering purposes using C# .NET and do CAD automation using the full range of the capabilities from the equation and design tables to VB SW macro and SolidWorks API using C# language. ⇨ Product design workflow: Most likely and recommended to our typical workflow would be iterative with a mutual brief discussion. The main idea of this approach is to make the process of product designing more cost-effective, that means don't do extra work before no mutual agreement is reached. The typical stages are: General Concept & Layouting - First Prototype - MVP - Detailed Assemble - 2D drawings, GD&T - First Manufactured Prototype - Mass Production. Between all the stages can be minor adjustments to make the product more viable. ⇨ DFM, DFMA approach The important thing that I want to highlight is if any part has been modeled by me, be sure, it always means at least two things: - material type of the part is known - part manufacturing method is also known if the parts have been assembled, be sure, it means that assembly sequence is known as well another details as: fastening methods, possible friction pairs, dimension stack and gaps, surface roughness, surface treatments, etc. That'swhy, I'm ready to provide FULL SERVICE for the client projects from idea, first concept and MVP to first workable prototype manufactured using low series production methods and even up to their serial production if necessary. ⇨ SolidWorks CAD Automation and Parametric Modeling CAD automation can significantly improve the efficiency of development by eliminating an employee from repetitive tasks. Most often the 3D modeling requires automation for 3D model/assembly flexible rebuild into different configurations with different dimensions and geometry. Very often, such automation can be implemented by using standard SolidWorks tools like global variables, equations, and excel spreadsheets design tables without any programming languages. In cases of more complex CAD automation SolidWorks provides open application programmable interface (API or SolidWorks API) that allows software developers to make direct calls from another standalone app or built-in Solidworks Add-INs to SolidWorks core functionality using such programming languages as C# and not only. I'm not a professional software developer in usual meaning, I'm more mechanical engineer than software engineer, but I'm growing in this direction and have deep understanding of the SolidWorks software. I have already developed several software apps and modules for engineering purposes. I use C# .NET and WPF for these goals and I can help You with CAD automation tasks. ━━━ ○ For more details related to Industrial Design and Productization, see my Mechanical Engineer profile. ○ For more details related to CAD Automation or engineering application software development, see my Desktop Software Development profile. ━━━━━━━━━ 📗 I'm always open to job offer and ready to help you to turn your ideas into the real products. .