Creating initial design concepts based on functional requirements, constraints, and feasibility to establish a solid foundation for product development.
Building accurate 3D models using professional CAD tools to visualize, optimize, and manufacture mechanical components and assemblies.
Preparing precise manufacturing drawings, technical sketches, and dimensional layouts compliant with engineering and industry standards.
Evaluating structural performance through simulation of loads, stress, deformation, and safety factors to ensure reliability and efficiency.
Producing clear and structured documentation including specifications, manuals, and assembly instructions for engineering and production teams.
Reconstructing mechanical parts or assemblies through measurement and analysis to generate accurate CAD models or improve existing designs.
Mechanical design of industrial assemblies, machine components, mechanisms, sheet-metal and machined parts, enclosures, products used in manufacturing and processing environments.
Design of welding, assembly, machining, and inspection fixtures; custom tooling; locating and clamping systems; custom gauges; auxiliary equipment for production and workshop operations.
A few recent projects showing clear scope, timing, and budget — to help you assess scale and quality, estimate your own case. Feel free to request a custom quote for your specific needs.
Parametric models of parts and assemblies built in professional CAD software — ready for design review and manufacturing.
Format: STEP, Autodesk Inventor.
Detailed fabrication and assembly drawings with dimensions, tolerances, notes, and material specs.
Standard: ISO, ASME, GOST.
Format: PDF, DWG.
Exported formats ready for CNC machining, laser cutting, 3D printing, or fabrication.
Format: STEP, DXF, STL.
Structured list of all parts and materials required for production and procurement.
Format: Excel, PDF.
User manual, exploded view, assembly instruction, etc.
Format: PDF, Word, Excel.
Finite Element Analysis simulation verifying strength, deformation, and safety under loads.
Format: PDF.
High-quality renderings for presentations, marketing, or proposal documentation.
Format: PNG, JPG.
A straightforward process built for clients worldwide. I use trusted platforms with escrow protection and international payment tools, including crypto — ensuring safety, clarity, and smooth collaboration.
We clarify your goals, inputs, requirements, and constraints. Finally, I will provide a custom Offer for the project.
I will prepare an Agreement for the order. As acceptance, you can proceed with either a partial Advance via direct invoice or full payment through an escrow service. For regular clients, post-payment terms are also available.
I carry out the work with regular progress updates and scheduled design reviews. My typical design workflow is described in the next section.
For direct payments, I provide a delivery preview; the full package is released after the final payment. For escrow orders, the full package is delivered immediately.
An efficient and clinet-focused design workflow shaped by years of cooperation with engineering and manufacturing teams.
Initial analysis of requirements, exploration of design options, and creation of preliminary models to define the technical direction.
Includes several concept review cycles to refine the approach and align with your functional and business requirements.
Result: approved concept 3D model or drawing.
Development of complete 3D models, refinement of all components, and engineering checks for fit, manufacturability, and performance.
Includes several design review rounds, ensuring the final design incorporates all feedback and meets project specifications.
Rusult: approved final 3D model, frozen for the next steps.
Creation of complete engineering drawings, BOMs, supporting technical documents, and manufacturing files, providing all information needed for smooth production, inspection, and end-use operation.
Includes several revisions to ensure the documentation meets your standards.
Result: complete drawings & documentation package.
Final package handover with all models, drawings, and documentation, including support during fabrication or implementation.
I work on mechanical design and engineering projects for industrial equipment, products, tooling, and fixtures. I also take on projects in related areas when my expertise fits the technical requirements.
A brief description of the task, functional requirements, constraints, and reference materials are usually sufficient to prepare an initial proposal.
Pricing is based on scope, complexity, and timeline. Each project is quoted individually after requirements are clarified. Indicative prices are shown in my Portfolio.
Communication can be handled via email, a messenger, and video calls with regular progress updates throughout the project.
I work with clients worldwide using trusted platforms with escrow protection and international payment tools, including crypto.
Timelines depend on scope and complexity. Small tasks may take a few days, while more complex projects can take several weeks. Indicative durations are shown in my Portfolio.
You will receive a complete, production-ready design package, including 3D models, drawings, technical documentation, and manufacturing files according to the agreed scope.
Yes. Optional support during manufacturing, inspection, or implementation can be provided if required.
Clear process. Predictable results. Professional responsibility at every step.
Solid background in CAD design and manufacturing engineering.
Every model optimized for real-world fabrication and assembly.
Experience with clients worldwide, across industries and standards.
Structured workflow ensures milestones are met without delays.
Regular updates and design reviews built into the process.
Defined scope, timing, and deliverables for every project.
Genuine feedback from businesses worldwide, collected through Fiverr — a trusted freelance platform.