If it can be manufactured, I can design it. Steel, wood, plastics, electrics.
I'm a design engineer with 8 Dassault Systèmes certifications and 100+ objects in production. I can deliver this: I'll calculate the loads in SolidWorks, issue a full documentation package for cutting and welding, and see it through to installation: no cracks in the second season, no "weld-in-place fixes". Send a site photo or a sketch, and within 24 hours I'll return a concept and an estimate.
Photorealistic 3D model of the product with detailing, ready for further drawings or a client preview.
Full set of drawings for manufacturing: details, BOM, weld joints.
From concept to production consulting. I take responsibility for the engineering side of the project up to the first prototype.
02MP-02
Metal productsSports equipment, towers, goals, fencing
2960 mm · 15.6 kg
03EL-03
Electrical and cabinetsSchematics, cabinets, wire tables, labels
95 terminals · 65 wires
04EM-04
ElectromechanicalFrames with drives, batteries and controls
2 × 1 kW BLDC
05AE-05
3D printing and electronicsPrintable housings, mechanisms, wiring
2.6 kg · 4 motors
06FN-06
FurnitureCabinet furniture with hardware and lighting
3000 mm · 12 hinges
07WD-07
Wood and decorCarved decor for CNC, monuments
96″ · 406 stones
08AU-08
Automation · miltechRobot tooling, defence hardware
m2 z30 · 100 mm stroke
The largest steel frame in my portfolio: seven 7-metre cross frames, a 20° roof and five rows of modules down the slope. Model, calculation and a complete drawing package for fabrication and erection.
A printable airframe, a servo-driven camera tilt mechanism, and layout and wiring of all electronics from real components. You can print, solder and fly from the model.
The jaws were driven by two independent air cylinders and could drift apart. I coupled them mechanically with a rack and pinion and issued DIN-ISO drawings.
A cabinet for voltage-transformer circuits in relay protection: 3D device layout from manufacturer models, schematic, wiring diagram, wire table and labelling.
A four-bay car canopy with 22 solar modules on the roof: five identical cold-formed C-section frames, bolted joints, DXF flat patterns for fabrication.
Backboard structure with rim height adjustable from 1.8 to 3.05 m. Stability calculation, counterweight optimization, custom mounting joint.
The working model of the CARPORT canopy, from the first line to finished steel. Scroll: every state is real, from the same SolidWorks assembly.
Four bays of 2900 mm and a 4580 mm roof at 10°: the idea it all started from.
Parametric assembly in cold-formed C-sections: 1158 parts, 12724 mm long, 3481 mm high.
МСП03L-0000010: 19 sheets, from the assembly drawing to the flat pattern of every part.
Five frames: foundation posts, posts, roof beams and braces become a canopy in erection order.
22 solar modules on galvanised struts, 8.8 bolted joints: ready for the shop.
Rotate any model, cut a section, measure it, explode it into parts and open its working drawings.
AP17 telescopic boom
KD304 display housing
Canopy RPKD.20
Pitch fence 44×22
ShR.KRUE distribution cabinet
RShch.ZRU distribution board
ShchZS-BRP AT AC switchboard
ShAOT cooling control cabinet
Leg frame 700×450×120
Sandwich roof panel 5530×2200
Nose cone with two cameras
STRILA RL-2 drone
VT terminal cabinet
Electric wheeled platform
Gripper for an ABB robot
CARPORT
Solar 11×2
Basketball stand
Volleyball tower
Gates 2M
Complex LW-30
Workbench with cabinets
Compact workbench
Urban Street doors
Chassis part
Exhaust pipe
Industrial stool
Industrial stand
«Lion» sculpture
Harmony logo
Allen & Heath case
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Retail display 08The exact price is agreed individually after a detailed brief and tailored to your task. Includes 2 revision rounds.
We break down purpose, loads, operating conditions, manufacturing constraints. I formulate a clear spec.
2-3 design variants assessed for material, complexity, and manufacturability.
Detailed model, joint calculations, weak-spot detection. Revisions to acceptance.
Working drawings to ISO/DSTU: parts, assemblies, BOM, welds, installation diagrams.
PDF + DWG + STEP to production. Consulting for welders / installers up to first prototype.
«I design so the product goes into the shop without rework. My job is not a beautiful render but a structure a welder understands at first glance.»
I specialize in engineering design in Fusion 360 and SolidWorks with real-world manufacturing in mind. I don't just draw: I dig into how the part will be cut, welded, painted and installed.
I'm in the top-50 CSWP-certified engineers in Ukraine. I hold 8 official Dassault Systèmes certifications: Professional Mechanical Design, Sheet Metal, Weldments, Drawing Tools + 4 Associate-level credentials.
I work with Ukrainian and international clients. I design anything that can be manufactured: steel structures and metal products, electrical cabinets, electromechanical products, 3D printing and electronics, furniture, decor, automation.
I work remotely with clients from Ukraine, Lithuania, the UAE, the United Kingdom and the USA. Distance and time zones are no obstacle: drawings to DSTU and ISO read the same on any shop floor in these countries.
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We hired Kostiantyn to develop structural solutions for sports products. Throughout the project he showed excellent SolidWorks expertise. We were satisfied with how he produced installation drawings, concrete-base diagrams, project specs, and load calculations. His engineering decisions were clear, practical, and ready for production. Kostiantyn is a reliable design engineer who knows what he's doing!
We worked with Kostiantyn on a short two-week project. During this time he demonstrated a high level of engineering thinking and a responsible attitude to the tasks. He showed a deep understanding of sheet-metal and tubular structures. The work was completed within the agreed timeline. Throughout the engagement he proved to be a responsible and reliable engineer who is comfortable to work with.
During the international SolidWorks CSWP certification exams, Kostiantyn demonstrated confident command of SolidWorks and the ability to handle complex tasks under time pressure. As an examiner who personally evaluated his work, I can note his responsible approach and confidently recommend him for serious projects involving 3D modeling.
Over one month we worked with Kostia on parts and assemblies for tanks, lathe and milling products. He confidently handled complex geometry, tolerances and fits, and loaded elements, clearly understanding the requirements for mechanical strength and durability. Throughout our cooperation he proved himself a reliable design engineer who can quickly grasp complex projects and bring developments to a finished result.
