Hire the Best Geomagic Design X Specialists
in Ukraine

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. .

🔧 About Me I’m a Mechanical Design Engineer with over 16 years of hands-on experience in mechanical design, CNC machining, and manufacturing. I create production-ready parts, assemblies, mechanisms, and technical drawings for real-world manufacturing. I hold a mechanical engineering degree and operate a family-run CNC workshop in Kyiv, Ukraine, where I design, prototype, machine, assemble, and validate functional mechanical parts and assemblies. This practical manufacturing experience helps me make engineering decisions based not only on CAD geometry, but also on tooling access, tolerances, assembly requirements, material selection, production costs, and long-term reliability. My background combines Mechanical Design, Design for Manufacturing (DFM), CNC programming, reverse engineering, prototyping, technical documentation, GD&T, fits and tolerances, and production optimization. I work primarily in Fusion 360 for both design and manufacturing workflows. I understand the full product development cycle: engineering design, prototyping, testing, BOM creation, technical documentation, manufacturing planning, and cost-effective production. I design and build real, functional products — and apply that mindset to every engineering challenge. Whether you need a single manufacturing drawing, a production-ready CAD model, a mechanical assembly, a manufacturable redesign, or ongoing engineering support, I focus on delivering practical, reliable, and manufacturing-ready solutions. I value long-term collaborations, but I’m also available for focused standalone tasks such as mechanical design, production drawings, reverse engineering, and manufacturing documentation. ⚙️ What I Offer I specialize in manufacturing-ready mechanical design, functional assemblies, production drawings, and engineering support, including: ✅ Mechanical Design of parts, assemblies, and mechanisms. ✅ Production-ready CAD models and technical drawings for CNC machining, fabrication, and manufacturing. ✅ Design for Manufacturing (DFM) to improve manufacturability, reduce production costs, and simplify assembly. ✅ GD&T, fits, tolerances, and engineering documentation for reliable production and assembly. ✅ Reverse Engineering of existing parts, products, and assemblies. ✅ Manufacturing support, CNC-oriented design, tooling, fixturing, and production optimization. ✅ Prototyping and product development support from concept through production. ✅ Long-term engineering collaboration for manufacturers, startups, and product development teams. 📦 Final Deliverables May Include: – Production-ready 3D CAD models (Fusion 360 source files, .f3d, .f3z, .STEP, .IGES, .STL, .OBJ, and other required formats). – Manufacturing drawings, production drawings, assembly drawings, fabrication drawings, and technical documentation prepared for CNC machining, fabrication, assembly, and production. – Engineering drawings with GD&T, fits and tolerances, surface finish requirements, technical notes, section views, exploded views, and detailed manufacturing annotations. – Bills of Materials (BOMs), assembly documentation, manufacturing documentation, production documentation, and sourcing-ready deliverables. – CAM-ready geometry, Fusion 360 CAM files, CNC milling toolpaths, and manufacturing-ready solid models or surface geometry. – Deliverables prepared for prototyping, supplier communication, manufacturing, inspection, assembly, and production workflows. 🔧 Tools & Capabilities Fusion 360 CAD / CAM (licensed) CNC milling center (x1) In-house prototyping capabilities Precision measuring instruments 💼 My Work Ethic I take responsibility for deadlines, communication, and the outcome I value long-term collaboration over one-time gigs I communicate clearly about feasibility and don’t overpromise I provide clear technical reasoning, not just opinions I start working promptly and keep clients informed I aim to build lasting relationships with professionals who value quality Most of my work is protected under NDAs, so my public portfolio is limited. If you'd like to know more or see relevant examples, feel free to contact me — I’m always open to collaboration.

Stress Engineer- design engineer I have several years of experience in Designing of steam turbines for Coal and oil power and nuclear power plants. Engaged in the analysis of stress and thermal stress state for the effects of plasticity and creep elements of steam and gas turbines: working blades, rotors, housing and their elements, condensers, heat exchange equipmentpipes, bolting. I have extensive experience in solving contact problems, as well as in the seismic analysis of turbine. Parallel participated in the conduct of production workers blades and rotors. I have good experience in finite element package Ansys Workbench. I am looking to broaden my knowledge of engineering, to which I have devoted my life and feel that I would be a particularly suitable candidate for the position. PERSONAL DETAILS Date of Birth: 17 july 1987 Marital Status: Married EDUCATION 2004-2010: National Aerospace University in Kharkov 2010-2014: Istitute for Problems of Strength of the National Academy of Sciences of Ukraine Major field of studies: Postgraduate studies. Topic: Research the strength of the flange connections inner housing of the steam turbine WORK EXPERIENCE November 2010 – presented: Head of Sector thermal calculations: - Сalculation of heat balances turbine plant - Thermal design of flow parts of the cylinder of a steam turbine - Calculation of steam distribution HPC - Calculation of persistent pressure on the turbine bearing pads June 2010 - November 2010: Design engineer in the sector strength calculations: - Strength calculation of inner housing - Strength calculation nozzle box - Strength analysis of bolted connections - Сalculation of seismic stability of steam turbine condenser - Calculation of critical speeds of shafting - Strength calculation pipelines - Development of new products, the creation of 3D models and production drawings ADDITIONAL SKILLS Language: English – Advanced level Computer skills: Experienced with MS Word, Excel, Ansys, Mathcad, Autocad, Solid Works, Autodesk Inventor Qualified and highly-professional; highly-motivated; enthusiastic; good communication skills; eager to experience and learn new skills. REFERENCES References are available on request

I hope you are doing well. I am a mechanical engineer and 3D modeling is my passion. I have 5 years of experience in engineering design and product development for subsequent 3d printing. Here is a brief description of the services I offer: ✔ Concept Design ✔ Mechanical Design ✔ Prototype (3D Printing) ✔ Hardware and Fastener Selection ✔ Thermal Simulation ✔ Stress Simulation ✔ Reverse Engineering ✔ 3D Rendering Whether you have a photo, an idea, a sketch, or just a rough concept, I can turn it into a 3D model and help bring your product to life.

CAD Engineer | 3D Modeling → Prototype → Production | Laser Cutting DXF | CNC | Reverse Engineering I specialize in parametric 3D modeling in Fusion 360 with integrated Model-Based Definition (PMI/GD&T), delivering precise, production-ready designs. With hands-on manufacturing training and certification in Germany, I bring German engineering quality into every project, optimizing parts for CNC machining, injection molding, sheet metal, and additive manufacturing. My work follows DFM/DFA principles and meets international standards (ISO/DIN/ANSI) to ensure smooth production with minimal revisions. I provide a complete idea-to-production pipeline: from sketches, photos, or prototypes to fully validated 3D models, technical drawings, and manufacturable prototypes. Clients receive a full package—2D/3D drawings (PDF/DWG/DXF) with dimensions, tolerances, GD&T, surface-finish, material notes, assembly references, and BOM annotations—along with verified STEP/IGES/STL files ready for suppliers and 3D printing. I also offer reverse engineering, rebuilding models from measurements, photos, or mesh scans (STL → solid), and provide thread, insert, and fastener integration as needed. For visualization and presentation purposes, I create photorealistic renders and simple animations to showcase the final product. All work is checked for ISO/DIN/ANSI compliance, including wall thickness, draft angles, and clearance validation, ensuring reliability from design to production. Skills & Services Fusion 360 Parametric Modeling – precision parts and assemblies with embedded PMI/GD&T. Technical Documentation – 2D/3D manufacturing drawings (PDF/DWG/DXF) including dimensions, tolerances, surface finish, material notes, and BOM. DFM/DFA Optimization – designs adapted for CNC, turning, molding, stamping, and additive manufacturing (FDM, SLA, SLS). File Exports – validated STEP, IGES, STL files prepared for machining and 3D printing, including STL validation. Reverse Engineering – measurement/photo→CAD, STL→solid. Assemblies & Hardware Integration – threads, inserts, fasteners, BOMs, and assembly references. Visualization – realistic renders and simple animations for client presentations. Standards Compliance – ISO/DIN/ANSI checks, GD&T, wall thickness, draft angles, clearances, and surface requirements. This combination of precision engineering, production readiness, and visual presentation ensures clients receive high-quality, manufacturable 3D models with minimal rework and clear communication throughout the design-to-production workflow.

Hi, I'm Oleksii — a Senior Mechanical Engineer with 15+ years of hands-on experience delivering precision Product Design, professional SolidWorks CAD development, and 3D printing solutions for industrial and commercial applications worldwide. As a results-driven Mechanical Engineer and SolidWorks CAD Expert, I specialize in production-ready Product Design — from initial concept and 3D modeling through full manufacturing documentation and DFM optimization. My engineering approach combines deep technical expertise with real-world manufacturing insight, ensuring every Product Design solution is functional, cost-efficient, and built to perform under demanding conditions. Why clients choose me as their Mechanical Engineer and CAD Expert: With 15+ years as a practicing Mechanical Engineer, I build SolidWorks CAD models, complex assemblies, and complete technical documentation that eliminate production risk, reduce development timelines, and deliver measurable value. Every Product Design I deliver is optimized for manufacturing — not just for looks on screen. Core SolidWorks & Mechanical Engineer expertise: Product Design for industrial and consumer applications — concept to production-ready drawings SolidWorks CAD modeling: parametric 3D assemblies, surface modeling, full GD&T documentation Mechanical Engineer consulting: FEA stress analysis, strength calculations, deformation evaluation, DFM/DFA Sheet metal Product Design: cutting, bending, forming, machining, fabrication-ready SolidWorks drawings 3D printing optimization: minimizing print time while maintaining structural integrity and mechanical performance Rapid prototyping via 3D printing for faster design validation and accelerated development cycles CAD Expert support: production documentation, BOM, assembly drawings, manufacturing workflows Material selection and engineering optimization for scalable, cost-effective manufacturing My Mechanical Engineer philosophy: Every Product Design project is driven by precision, durability, and real-world manufacturability. As a SolidWorks and CAD Expert, I maintain technical accuracy from first 3D sketch to final production drawing. My 3D printing experience enables rapid iteration, smarter validation, and faster time-to-market before committing to full production tooling. What sets me apart from other Mechanical Engineers: 15+ years proven Mechanical Engineer background with deep practical manufacturing experience Advanced SolidWorks CAD Expert skills — complex assemblies, weldments, sheet metal, surface modeling Comprehensive Product Design knowledge: sheet metal, machined parts, injection molding, and complex assemblies Extensive 3D printing expertise across FDM, SLA technologies, materials, and print optimization Product Design solutions that measurably reduce production costs while improving reliability and scalability Engineering-first mindset: innovation, functionality, and real-world manufacturability in every deliverable Integrated collaboration with an experienced electrical engineer for combined mechanical-electrical Product Design Industries served: Automotive | Aerospace | Consumer Products | Industrial Equipment | Medical Devices | Retail & Trade Show Displays | Custom Fabrication If you need a skilled Mechanical Engineer, an expert SolidWorks CAD designer, or professional Product Design and 3D printing support — I'm ready to transform your idea into a high-quality, manufacturable product. Efficiently. Precisely. With 15+ years of engineering excellence.