Serhii Petelguzov
Offer Serhii work on your next project.
Private message 
Kharkiv,
Ukraine
7 hours 31 minutes back
responds within a couple of hours
a little busy
11 Safes completed
1 arbitration
1 day 16 hours back
6 clients
7 proposals made
on the service 6 months 29 days
Rating
Language proficiency level
Українська: fluent
Русский: fluent
CV
20+ years in construction, reconstruction, and architectural design.
Foreman, technician, practical architect and visualizer — all in one.
Every project I deliver is designed as if I were going to build it myself.
I provide fully integrated technical solutions for residential, commercial, and industrial projects:
Reconstruction & Space Planning
• redevelopment and reconstruction of residential, medical, retail, and industrial spaces
• renovation and modernization of buildings of any complexity
• professional reconstruction of roofs of all types and materials
• space optimization, functional zoning, workflow and usability improvement
3D Design & Visualization
• 3D models in Archicad
• photorealistic renders in Twinmotion / Blender
• detailed working drawings, joints, technical schemes, cutting maps
• precise, production-ready and installation-ready solutions
Structural & Technical Solutions
Metal
• welded steel structures, trusses, framing systems
• modular and dismountable constructions
• load calculations, material selection, structural joints and connections
Wood
• solid wood structural systems
• joinery detailing: locks, milling, joints
• timber constructions for canopies, small architectural forms, floors, decorative and load-bearing elements
Practical Experience
Thousands of hours spent directly on construction sites.
Deep understanding of materials, coatings, profiles, loads, installation methods and workforce management.
Every solution I deliver is not only visually accurate — it works in real-world conditions.
Principles
Clear. Technical. Precise. No unnecessary words.
I turn your idea into a ready-to-build project.
The result is predictable, accurate, and reliable.
Skills and abilities
Portfolio
- All works 35
- Object Design 3
- Landscape Projects & Design 1
- Architectural Design 28
- Drawings & Diagrams 3
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338 USD Calculation of foundation and load-bearing structures in ArchiCAD
Architectural Design
I perform constructive processing of foundations, load-bearing, and engineering-related parts of residential, commercial, and industrial buildings in ArchiCAD.
In my work, I take into account not only the geometry of the foundation and reinforcement but also real construction nuances: load-bearing walls, columns, reinforced belts, embedded elements, sleeves, passages for water supply, sewage, electricity, drainage, and other engineering networks.
… This approach allows for the preliminary identification of conflict areas during the design phase, correctly linking engineering to the structure, anticipating reinforcement zones, and making the documentation understandable for the client, site manager, and construction team.
I work with detailed 2D and 3D presentations so that the project is not just a set of drawings but a visual and practical tool for implementation on site.
I can process: foundation slabs, strip foundations, beams, reinforced belts, columns, load-bearing walls, partitions, embedded details, engineering inputs, drainage solutions, connection nodes, and explanatory 3D diagrams.
The goal of my work is to create a technically sound, visually clear, and practical design solution that helps avoid mistakes before the construction begins.
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902 USD Complex roofs, metal structures, coverings ArchiCAD
Architectural Design
Professional calculation and design of complex roofs, metal structures, ceilings, and reinforced concrete structures.
An example of my approach to structural documentation can be viewed in my portfolio on Behance. This project showcases not just the development of drawings, but a complete 2D/3D explanatory concept of the roof and ceiling structure: reinforced belt, embedded parts, welded beams, framing, ceiling framework, insulation, OSB, mauerlat, purlins, rafters, and nodes. The main focus is on maximum clarity, visibility, and ease of reading the documentation for the client, production, and installation.
… I perform professional design of the structural part of buildings in ArchiCAD, creating clear, logical, and technologically suitable documentation for further construction, manufacturing, and installation.
I work with complex and combined roofs, metal structures, wooden load-bearing systems, ceilings, masonry plans, reinforced belts, reinforced concrete elements, fastening nodes, and structural solutions of varying complexity.
I emphasize not just beautiful drawings, but the actual performance of the structure: correct load transfer, logic of support points, system rigidity, ease of installation, and clarity of each node for builders on site.
I can perform:
– calculation and structural development of complex and combined roofs;
– design of metal frames, trusses, beams, columns, and connection nodes;
– development of wooden rafter systems, mauerlat, purlins, braces, and ties;
– masonry plans for walls with reference to structural logic;
– schemes for ceilings, beams, flooring, reinforced belts, and embedded elements;
– reinforced concrete structures, monolithic belts, support areas, anchors, and embedded parts;
– junction nodes, installation schemes, 3D explanations, and sections;
– PDF documentation, understandable for both the client and the executors.
I work attentively to details, considering real construction logic, sequence of installation, and practical execution on site. The documentation is presented in a readable format: with sections, nodes, 3D fragments, explanations, and a clear structure of sheets.
If you need not just a formal set of drawings, but a well-thought-out structural system with verified logic of operation for each element - I am ready to assist with calculations, detailing, and preparation of project documentation.
#ArchiCAD #KR #structural #design #structurecalculation #roof #roofing #complexroofs #metalstructures #trusses #ceilings #masonryplans #reinforcedconcrete #reinforcedbelt #workingdocumentation #constructiondrawings #structuralsolutions #engineeringdesign #architecturalpresentation #drawingdetailing
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226 USD CALCULATION OF COVERS, REINFORCED STRAPS, COMPLEX ROOFS ARCHICAD
Architectural Design
I perform structural calculations and design of floors, reinforced belts, and roofing systems of various geometric complexities, forming a logically connected and technologically understandable structural scheme.
In my work, I focus not only on the calculation itself but also on the actual clarity of the joints and the sequence of installation without "vague" technical solutions and ambiguous interpretations on the construction site.
… Services include:
– calculation of wooden and combined floors;
– processing of reinforced belts with reference to the structural logic of the building;
– design of rafter systems and complex roofs;
– development of junction details and installation solutions;
– spatial 3D fragments for understanding the operation of the structure;
– recommendations for the sequence of assembly and installation;
– if necessary - specifications and detailing of individual elements.
I work in ArchiCAD with a focus on practical application, so that the structure is not only calculated but also understandable for manufacturing, installation, and further operation.
Stage-by-stage work is possible with the approval of each stage and a separate Safe.
#ArchiCAD #KR #Structural #Roof #RafterSystem #ReinforcedBelt #Floor #Design #Structures #Freelancehunt #Construction #Engineering #RoofDesign #StructuralDesign
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451 USD Designing SIP houses, frames, nodes in ArchiCAD
Architectural Design
I perform professional design, structural modeling, and detailing of houses made from SIP panels, frame systems, and related structural elements - from a general 3D model to a complete production set of drawings.
I develop logically connected documentation for manufacturing and assembly: layout of SIP panels, marking of elements, specifications for panels and beams, connection nodes, openings, framing, reinforcement, working sheets, 3D diagrams, and clear assembly logic.
… I work not only with the visual part but also with the technical essence of the structure: mutual binding of walls, openings, frame, terraces, ceilings, roofing, foundation solutions, and related construction stages. If necessary, I can prepare detailed material specifications, estimated volumes, element lists, cutting plans, nodes, and a basic cost estimate structure for the project.
I have practical experience in construction, building, and preparing documentation for actual manufacturing, so the project is presented not as an abstract image but as a clear system for production, assembly, and further work control on site.
Stage-by-stage work is possible: from a conceptual structural model to a complete set of drawings for SIP panels, frame, foundation, terrace, ceilings, roofing, and related nodes.
#SIPpanels #SIPhouse #SIPdesign #framehouse #structure #workingdrawings #RCD #detailing #SIPlayout #materialSpecifications #panelCutting #frame #woodenFrame #houseProject #3Dmodel #ArchiCAD #constructionDocumentation #connectionNodes #costEstimate #foundationToRoof
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226 USD ArchiCAD | Design of power metal structures for canopies, terraces
Architectural Design
I offer professional design of power metal structures for canopies, terraces, facade frameworks, and spatial load-bearing systems of any geometric complexity with detailed processing of structural logic in ArchiCAD.
The work considers not only the visual part of the structure but the complete cycle of its real functioning:
– load-bearing work of the framework
… – spatial distribution of loads
– snow and wind impacts
– connection nodes
– assembly logic
– further cladding
– transportation and assembly stages
I develop:
– metal canopies
– terraces
– spatial trusses
– modular metal frameworks
– frameworks for flat roofs
– facade load-bearing systems
– structures for cladding
– connection nodes and reinforcements
– detailing for production
The package may include:
– 3D diagrams of structures
– working drawings
– detailing of nodes
– material specifications
– metal reports
– assembly logic
– layout of elements
– recommendations for assembly and sequence of installation
The approach is focused on creating an engineering-verified, technologically feasible, and production-ready system without chaotic or decorative solutions.
Extensive practical experience in the field of metal structures, modular buildings, terraces, roofs, and spatial frameworks.
#ArchiCAD #metalstructures #canopy #terrace #framework #design #drawings #trusses #structures #metalframework #flatroof #modularbuilding #workingdocumentation #constructor #KM #KR #BIM #3Dmodel #construction #architecture
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338 USD Calculation of complex roofing structures in ARCHICAD
Architectural Design
COMPREHENSIVE CALCULATION AND DESIGN OF RAFTER SYSTEMS
COMPLEX ROOF STRUCTURES IN ARCHICAD WITH COMPLETE ENGINEERING DETAILING
I offer professional calculation and design of rafter systems and roof structures of any geometric complexity, forming an engineering-verified, logically consistent, and technologically feasible system.
…
The basis of the work is not a formal layout of elements, but a deep understanding of the structure's operation in the assembled state, where each rafter, tie, brace, and joint connection is included in a single force circuit and ensures an even distribution of loads around the perimeter of the building.
The development is carried out in the ArchiCAD environment with detailed processing of the structural scheme, spatial logic of roof operation, as well as the formation of visual 3D nodes, sections, and assembly scenarios that allow for an error-free transition from project to actual manufacturing and assembly.
Particular attention is paid to joint connections — they form the actual rigidity of the system. Support areas, ridge nodes, junctions, load transfer nodes, and assembly connections are worked out, taking into account the real conditions of assembly, transportation, and installation.
If necessary, a specification of materials is formed, taking into account cross-sections, element steps, wood consumption, and related materials, allowing the project to be used as a ready basis for production without additional clarifications.
Practical experience in calculations, control, and direct participation in the assembly of structures allows for embedding not only theoretical correctness into the project but also real assemblability, accuracy of element connections, and technological adequacy of solutions on site.
The result is not just drawings, but a holistic engineering system that is confidently implemented in practice and withstands both calculated and operational loads, maintaining the geometry and reliability of the structure.
#roof #roofing #raftersystem #roofcalculation #ArchiCAD #structural #engineeringcalculation #construction #architecture #design #detailing #nodes #frame #woodstructures #roof #roofdesign #engineering #bim #freelancehunt #3dmodeling
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1015 USD Design and calculation of BARN modular houses in ArchiCAD
Architectural Design
I offer comprehensive development of modular houses with complete structural processing, where each element is not only represented in the drawing but also logically justified in terms of manufacturing, transportation, and assembly.
The project is executed at a level suitable directly for production and assembly, taking into account real technological processes, connection nodes, and material behavior under load.
… The work includes a detailed calculation of the structural part with in-depth processing of nodes, joints, and load-bearing elements. A clear manufacturing logic is formed — from cutting the material to the sequence of assembling the module, its securing, transportation, and installation on site.
Each solution is based on an engineering approach, considering spatial rigidity, wind and operational loads, as well as the specifics of real assembly.
Upon request, it is possible to form a detailed specification of materials with precision down to each element, including consumables, fasteners, and auxiliary items. Separate calculations are also performed for specific client points — local nodes, reinforcements, non-standard solutions, or optimization of the structure.
The result is not just a visualization or drawing, but a holistic, technically verified system that allows for production to proceed without additional clarifications and time losses.
I work with ArchiCAD, with a deep understanding of metal, wooden, and combined structures, ensuring accuracy, logic, and realism in every project.
#modularhouse #design #ArchiCAD #structure #detailing #drawing #calculation #construction #framehouses #metalstructures #woodenstructures #engineering #architecture #specification #nodes #assembly #manufacturing #BIM #Freelancehunt #projectconnection
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564 USD Professional calculation of complex roofs, rafters, structure
Architectural Design
I offer professional calculations for complex roofs and frame systems of any level of geometric and structural complexity.
I carry out a complete cycle of design — from the formation of the project documentation part to deep detailing of nodes, taking into account the real conditions of manufacturing and installation. Each solution is based on engineer-verified logic of the structure's operation, with a clear understanding of load transfer, spatial rigidity, and long-term operational reliability.
… I pay special attention to the formation of specifications — with precise selection of materials, breakdown by items, and a verified list of necessary consumable elements, which allows avoiding overspending, chaotic purchases, and technical errors at the implementation stage.
I have significant practical experience in the field of design and implementation of metal, wooden, and combined structures. I work in ArchiCAD with a focus on results that do not require additional interpretations — everything is clear, logical, and suitable for direct implementation.
I guarantee a systematic approach, constructive clarity, and engineering feasibility of each solution.
#design
#rafter system
#roof
#complex roofs
#frame systems
#structural
#architecture
#ArchiCAD
#working documentation
#detailing
#specification
#engineering solutions
#construction
#metal structures
#wooden structures
#structural calculation
#house project
#drawings
#3D modeling
#construction technologies
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198 USD Lifting, transportation, and installation of modular houses. Fastening.
Drawings & Diagrams
Design of universal transport and assembly units for modular houses
I am developing structural solutions for modular houses, taking into account the complete real-life cycle of the module: manufacturing, crane lifting, securing on a transport pallet, transportation, unloading, and installation on piles or other supports.
… This document shows a universal transport and assembly fastening unit that allows for the safe lifting, moving, securing, and mounting of the module without damaging the facade, sheathing, counter-sheathing, lower rodent mesh, and other adjacent elements.
The fastening can be used for crane lifting from different sides of the module, as well as in joint areas where one side must remain free. It acts as a controlled load transfer point, maintaining the geometry of the module and reducing the risk of deformation during loading, transportation, and installation.
The calculation and development of the unit include detailing all elements for the manufacture of this fastening, considering the correct transfer and unloading of forces during lifting, securing, transportation, and installation of the module. A 3D model is also provided, with an example of practical use of the unit within the modular structure.
A separate advantage of the solution is that after the module is installed on piles or any other supports, the fastening can be easily dismantled and reused multiple times. Moreover, the mounting hole left after the fastening is removed does not remain an accidental element: it can subsequently be used for connecting modules together or for tying-banding through a pin, which is an additionally provided functional advantage of the unit.
The result is a well-thought-out structural solution that protects the module during logistics and installation, preserves the integrity of the finishing layers, and ensures neat installation without unnecessary damage and rework.
#modularHouses #modularConstruction #transportUnits #assemblyUnits #liftingUnits #craneLifting #moduleFastening #moduleTransportation #moduleInstallation #moduleLifting #securingOnPallet #loadBearingFrame #structuralSolutions #unitDetailing #dimensionalDrawings #workingDocumentation #ArchiCAD #3DModel #design #frameHouses #modularArchitecture
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180 USD Design and detailing of components of blinds systems in ArchiCAD
Drawings & Diagrams
Development of constructive and dimensional solutions for the installation of external shading systems, window units, false boxes, load-bearing frames, and facade connections.
In my work, I consider the node not as a separate decorative element, but as an integral constructive system, where the window, blinds, load-bearing frame, reveals, installation gaps, reinforced belt, insulation, and facade layers must be correctly coordinated with each other.
… I process sections, facades, plans, 3D diagrams, installation gaps, mounting points, dimensions of frame elements, assembly zones for blinds, clearances for the drive mechanism, connections to the wall, overlaps, and facade cladding.
I pay special attention to ensuring that the solutions are not only visually understandable but also suitable for actual installation. This means that each element has its place, its logic of fastening, and its role in the overall system.
I can provide both a universal node for agreeing on the fundamental solution and a complete set of dimensional drawings for each opening separately, taking into account the actual sizes of windows, shading profiles, false boxes, load-bearing frames, installation seams, reveals, sills, and facade finishes.
I work in ArchiCAD, creating a clear technical presentation where drawings, 3D views, and explanatory notes help to see not just the shape but the complete constructive logic of the node.
The result is neat, technically verified documentation that helps avoid chaos during installation, unnecessary rework, and inaccuracies in alignments.
#blinds #externalBlinds #facadeBlinds #windowNodes #facadeNodes #nodeDetailing #dimensionalDrawings #installationDrawings #installationNodes #falseBox #loadBearingFrame #facadeFinishing #ArchiCAD #design #architecturalDrawings #constructiveSolution #workingDocumentation #facadeConnections #windowOpenings #shadingSystems
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271 USD ArchiCAD frame of modular MAF - spatial load-bearing system
Architectural Design
This project represents an engineering-precise spatial system of a load-bearing frame for small architectural forms, designed for transportation in an assembled or enlarged modular form while maintaining geometric stability and structural reliability.
The solution is based on a spatially closed force circuit, in which the metal frame acts as the main load-bearing core, absorbing operational, wind, assembly, and transportation loads. The lower frame, posts, upper belt, roofing part, diagonal ties, and node reinforcements are combined into a single rigid system.
… The calculation logic is based on classical principles of material resistance, taking into account deflections, bending moments, axial forces, stability of sections, manufacturability, and a rational ratio of strength to metal consumption.
The wooden infill is developed as a secondary structural subsystem, forming the basis of the floor, walls, and roof for further insulation and finishing, while simultaneously providing ease of assembly, distribution of local loads, and integrity of the combined scheme.
As a result, a balanced system is formed, where the steel frame provides spatial rigidity, and the wooden infill complements the structure as a rational assembly and finishing base. This solution combines strength, manufacturability, transport adaptability, and architectural integrity, which is particularly relevant for modern modular small architectural forms.
Hashtags:
#structuralframe #loadbearingframe #spaceframe #modulararchitecture #smallarchitecturalform #steelframe #timberframe #hybridstructure #engineeringdesign #structuraldesign #architecture #modularconstruction #transportablestructure
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338 USD Engineering calculation and design of premium class fences
Architectural Design
Calculation and design of fences, grillages, piles, posts, and nodes in Archicad. I perform not a formal drawing, but a thoroughly developed structural solution taking into account loads, the sail area of the lamella filling, the geometry of the site, installation logic, and real construction conditions. As a result, the client receives a technically verified set with sections, nodes, 3D fragments, and a material specification, which allows for a holistic view of the structure even before the work begins and helps avoid mistakes on site.
#design #calculation #fence #palisade #grillage #piles #reinforcement #structural #nodes #3Dvisualization #specification #construction #ArchiCAD
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1128 USD Design and detailed calculation of modular houses in ArchiCAD
Drawings & Diagrams
I carry out comprehensive design of modular houses with in-depth development of structural schemes, connection nodes, and complete material specifications. Each project is formed not as a conditional visualization, but as an engineering-verified system, prepared for real implementation on site.
During the development process, the spatial rigidity of the frame and its performance under normative loads are taken into account, the bearing capacity of elements is calculated considering wind, snow, and operational impacts, and joint connections are elaborated with an emphasis on the technology of assembly and installation logistics. Additionally, optimization of material cutting is included with minimization of waste, as well as the formation of modular multiplicity, ensuring the possibility of serial and repeatable production.
… Special attention is paid to detailing. Each element, from the bottom frame to the roofing pie, undergoes a stage of structural understanding and is reflected in the working documentation with accuracy sufficient for manufacturing without additional interpretations and modifications.
The project includes architectural and planning solutions, structural schemes with calculation justification, working nodes and sections tied to the real geometry of the object, material statements down to fastening elements, as well as 3D visualization of the structural model for a clear understanding of the assembly logic.
The result is not just a set of drawings, but a cohesive engineering system, in which each line is subordinate to calculation, and each detail occupies its strictly justified place.
⸻
#modularhouses #modulardesign #ArchiCAD #framehouses #structural #workingdrawings #engineeringcalculation #architecture #modularconstruction #BIM #connectionnodes #materialspecification #3Dvisualization #framedhouse #houseproject
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192 USD ArchiCAD Project of a carport for two cars 9×6 m
Object Design
Development of a carport for two cars with a utility storage section. The project is completed in ArchiCAD as a full structural system, suitable for manufacturing and installation without additional clarifications.
The structure is developed not as a conditional visual model, but as a real frame system with a clear logic of element operation, correct load transfer, and technologically justified nodes.
… At the core of the project is an accurate spatial model that allows for the pre-determination of the geometry of the structure, ensures the rigidity of the frame, and eliminates problems during manufacturing and assembly.
Dimensions of the carport
9 × 6 m
Purpose
– accommodation for two cars
– protection from precipitation and solar exposure
– integrated storage section for storage
Structural solution
– wooden load-bearing frame
– decorative load-bearing trusses of the gables
– longitudinal beam system of the ceiling
– rafter system with uniform load distribution
– architectural braces for spatial rigidity
– drainage system with organized water diversion
– separate utility section
Project features
– accurate 3D model of the structure
– correct operation of all load-bearing elements
– possibility of manufacturing without additional calculations
– clear assembly logic on site
– neat architecture in a classic style
The project is suitable for
– private houses
– country plots
– car parking
– storage of garden tools
The development is carried out with consideration of real construction experience and understanding of the technology for manufacturing frame structures.
#ArchiCAD
#Carport
#CarportDesign
#WoodStructure
#FrameStructures
#TimberStructure
#ArchiCADModel
#CarportProject
#ArchitecturalDesign
#3DModel
#RoofStructure
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361 USD Stair design in ArchiCAD - complete set of working documentation
Object Design
Engineering design of a metal staircase with solid beech finishing | Complete set of working documentation
I develop metal staircases as finished engineering structures, fully suitable for manufacturing and installation without additional modifications.
… The presented staircase is made on channel stringers with finishing from glued solid beech without knots and glass railing.
The design combines the calculated rigidity of the metal frame and high visual culture of the product.
Structural scheme
The load-bearing system consists of:
— stringers made of channel No. 14
— base of the landing made of channel No. 14
— welded frame of the steps made of angle 35×3 mm
— welded spatial scheme with rigid connection of all elements
Metal elements are cut at calculated angles for rational use of material and minimization of waste.
Wooden part
The finishing is made of glued beech without knots:
— tread thickness of 40 mm, depth of 300 mm
— riser thickness of 20 mm
— step height calculated according to the ergonomics of ascent
— load-bearing posts of the railing made of beam 95×95 mm
— lower guides 95×95 mm
— handrail 95×95 mm with milling for the hand
All elements are glued at the joints of step-riser.
Installation is performed on sound insulation tape using polyurethane sealants, which eliminates the appearance of squeaks during shrinkage and seasonal changes in humidity.
Railing
— filling with satin glass 9 mm thick
— fastening through specialized clamping holders
— silicone spacers for compensation of micro-deformations
— absence of direct contact between glass and wood
— upper railing around the opening is made similarly to the side sections
Engineering part
The staircase is designed with consideration for comfortable ergonomics of ascent.
The geometry is formed in an accurate spatial model and fully complies with the agreed requirements.
The design provides:
— rigidity of the flight and landing
— correct load transfer
— stability of geometry in operation
— ease of assembly
— absence of conflicts during installation
Within the project, the following is performed:
— formation of a complete 3D model
— development of the metal frame
— detailing of nodes
— working out dimensions and references
— specification of metal and wood
— preparation of a set of working sheets
The project is developed in a format suitable directly for production manufacturing — without the need for additional modifications.
If needed, I can adapt the design to your dimensions, loads, interior, and type of wood.
#ArchiCAD
#ArchiCAD3D
#ArchiCADProject
#BIM
#BIMModel
#3DModeling
#3DModel
#Stair
#StairProject
#MetalStaircase
#StairOnStringers
#StairDesign
#WorkingDocumentation
#Drawings
#Structural
#MetalFrame
#Channel14
#GlassRailing
#SolidBeech
#ManufacturingProject
#EngineeringCalculation
#StairDesign
#MetalStaircase
#SteelStructure
#StructuralDesign
#WorkingDrawings
#ProductionReady
#CustomStaircase
#EngineeringProject
Reviews and compliments on completed projects 11
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Real expert -
Craft master -
Quick answers -
First-class quality -
Nice communication -
High responsibility -
Great price -
Lightning fast
Quality
Professionalism
Cost
Contactability
Deadlines
As always. Everything is great! More to come...
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26 May
158 USD
Consultative design development of the reconstruction and integration of the canopy into the roofing system.
Quality
Professionalism
Cost
Contactability
Deadlines
The application within the main project is done excellently!
Ihor Nikonchuk
| Personal | Response review
26 May
406 USD
Calculation and redesign of the structure of a private house
Quality
Professionalism
Cost
Contactability
Deadlines
This stage of the project is closed! We move on. Everything was done on time and at a very high level. Thank you, Serhiy, you have restored faith in freelancing 🙂 There are still very few words to describe all the qualities of the collaboration. The main feedback will be at the end of the entire project.
4 May
135 USD
Design of a gable roof
Quality
Professionalism
Cost
Contactability
Deadlines
The work was done professionally and with maximum dedication. I recommend the performer for collaboration.
20 April
180 USD
Development of a structural solution for the load-bearing frame, taking into account insulation and subsequent finishing.
Quality
Professionalism
Cost
Contactability
Deadlines
done qualitatively and quickly. I recommend.
Pavel Kiyev
| Personal | Response review
15 April
271 USD
Fence construction
Quality
Professionalism
Cost
Contactability
Deadlines
Sergiy approaches task processing very responsibly, made comments to us at the consultation stage regarding earthworks for the fence, which helped avoid additional costs and extra work, persistently advised to use a more appropriate technology, which also helps save resources. I like his attention to detail and the format of the project documentation (visual).
Olesya Pavlova
| Personal | Response review
7 April
68 USD
Consultation
Quality
Professionalism
Cost
Contactability
Deadlines
Answers to the previous questions have been provided.
Olesya Pavlova
| Personal | Response review
6 April
293 USD
Development of detailed working documentation for the manufacture of a modular house, stage 2
Quality
Professionalism
Cost
Contactability
Deadlines
Everything is clear, fast, and professional, satisfied with the work, we continue the collaboration)!
Dmytro Dmytro
| Personal | Response review
23 March
293 USD
Development of detailed working documentation for the manufacture of a modular house, stage 1
Quality
Professionalism
Cost
Contactability
Deadlines
The first stage was completed on time and accurately, the freelancer is a pro, we are starting the second stage.
Dmytro Dmytro
| Personal | Response review
16 February
135 USD
Project for a hip roof
Quality
Professionalism
Cost
Contactability
Deadlines
A big thank you to Sergey, everything was discussed in detail, several execution options were proposed, everything was done quickly and efficiently. I recommend it to everyone!)
4 February
113 USD
Project of the fireplace-stove
Quality
Professionalism
Cost
Contactability
Deadlines
Sergiy designed a fireplace for our private house. I am satisfied with the work done, the detailed elaboration of all elements, visual images, explanations, and overall communication at a high professional level. Sergiy exceeded my expectations.
Olesya Pavlova
| Personal | Response review
Activity
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Technical task for adjusting the foundation structure and floor slab 2
180 USD
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Technical task for adjusting the foundation structure and floor slab 2
180 USD
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271 USD
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338 USD
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Consultative design development of the reconstruction and integration of the canopy into the roofing system.
158 USD
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Freelance project
451 USD
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