Sergey Golinskiy

Building Craftyr, a cloud platform that gives small manufacturers the software of a large factory without an IT department. Two products on one core.

• Forge: 3D printer farms run from a single screen - Bambu Lab, Klipper and OctoPrint, print queue, cameras, automated defect detection, licensing and a secure channel to the customer site.
• Yarus: production management for small factories and workshops - orders, planning, work centres and shifts, inventory, costing and reporting in one loop.
• Designed and lead the shared platform: a multi-tenant hub, automated provisioning of isolated instances, billing, signed releases with over-the-air updates and Go agents at customer sites.
• Stack: Python/FastAPI, React/TypeScript, Go, Kubernetes.

The service is in alpha testing with its first manufacturers; Forge already runs real farms of dozens of printers.

Developed mechanical solutions for automated assembly lines, translating manufacturing requirements into equipment concepts, machine layouts and detailed designs.

• Defined the mechanical concept and architecture of automated production lines.
• Designed assembly stations, auxiliary equipment, fixtures and tooling for electronics manufacturing.
• Addressed component positioning, handling and fastening requirements within automated processes.
• Collaborated with engineering teams to align equipment design with product geometry and assembly sequences.
• Mentored mechanical engineers, helping them strengthen design reasoning and develop practical automation solutions.

Designed dedicated equipment for testing electronic components and supported the development of consistent engineering practices across distributed teams.

• Developed mechanical designs for specialized test equipment and supporting fixtures.
• Standardized design methods to improve consistency and reuse across engineering projects.
• Deployed and configured a SOLIDWORKS PDM server for distributed engineering teams.
• Established a shared environment for managing CAD files and engineering documentation, supporting structured collaboration and version control.

Led the production automation department, combining engineering team management with the development of custom equipment and automated processes for electricity meter manufacturing.

• Directed the development of automated production lines and dedicated equipment for meter components.
• Oversaw the design of machinery for machining copper and brass parts.
• Developed multi-axis robotic equipment for servicing injection molding machines.
• Supervised automation and control system designers, coordinating work across mechanical and control disciplines.
• Organized machining and assembly sections to support equipment manufacturing and integration.

Development and design of a new version of a robot for 3D printing houses with concrete.

• Selection and design of robot components.
• Selection of actuators and design of transmissions.
• Design of carbon fiber parts obtained by pultrusion.

Developed custom machinery for automated component manufacturing, with a focus on integrating machining operations and parallel processing.

• Designed a multi-axis milling and drilling machine for brass components.
• Developed a three-line processing configuration with an output of 3 parts every 6 seconds.
• Translated production requirements into a mechanical solution combining multiple machining operations within one machine.

Designed custom industrial machinery and mechanical systems across waste processing, metalworking, construction equipment and industrial infrastructure.

• Developed mechanical designs for a household waste shredder, rebar bending and cutting machines, and a concrete pump.
• Designed CNC machine components and hydraulic pressing equipment.
• Developed steel structures for production and storage facilities, including industrial stairways.
• Applied mechanical design expertise across projects involving different materials, operating conditions and manufacturing requirements.

Led engineering coordination across three remote design bureaus and manufacturing technologists, connecting design planning with fabrication, installation and commissioning.

• Allocated engineering tasks, planned design activities and monitored delivery.
• Coordinated technical work across distributed teams and manufacturing specialists.
• Conducted design and construction reviews to resolve technical issues and align project execution.
• Managed industrial premises construction activities and participated in commissioning.

Designed mechanical assemblies, machinery and production lines, supporting development through detailed engineering documentation.

• Developed mechanisms, machine assemblies and production equipment.
• Designed hydraulic and pneumatic systems as part of integrated machine solutions.
• Prepared manufacturing drawings and technical documentation for fabrication and assembly.
• Used SOLIDWORKS, KOMPAS-3D and AutoCAD for mechanical design and drafting.

Developed mechanical engineering experience in an industrial manufacturing environment, building on earlier hands-on work as a CNC machine operator.

Brought a practical understanding of machining and shop-floor processes to mechanical engineering work.

Operated CNC equipment in an industrial manufacturing environment, gaining hands-on experience in machining and component production.

Built the practical manufacturing foundation that later informed my work in mechanical design and production automation.