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Erdi K.

@ekavakli

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5.0
1

1.5

1.5

100%

Civil Eng. | Struct. Design & Analysis

$50 USD / Hour

・

Flag of

Turkey (9:06 AM)

・

Joined on February 20, 2025

$50 USD / Hour

・

I am a professional Structural Engineer with more than 10 years of experience (since 2013) in structural design, analysis, and project management. My expertise covers reinforced concrete, steel, and timber structures, combining analytical precision with practical construction insight. Proficient in SAP2000, STA4CAD, Tekla Structures, and AutoCAD, I deliver end-to-end engineering solutions — from conceptual modeling and structural calculations to detailing, BOQ preparation, and site coordination. Between 2016 and 2024, I successfully completed a wide range of residential, commercial, and public sector projects, ensuring technical accuracy, cost efficiency, and full compliance with Eurocode and TBDY 2018 standards. What sets me apart is my ability to merge design and execution. I not only create structurally sound models but also ensure they are practical, buildable, and optimized for real-world performance. Core strengths include: Advanced structural design and code-based analysis Seamless coordination between architectural and structural systems Precision in reinforcement detailing and fabrication drawings (Tekla-based) Reliable project delivery, backed by strong field supervision experience I provide structural engineering solutions that are safe, efficient, and elegantly designed — turning complex technical requirements into practical, buildable results.

Verifications

On time

100%

On budget

100%

Accept rate

100%

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Portfolio

Portfolio

13624266
This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

13624256
I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

13584166
Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

13578652
I prepared the structural modeling and detailing of a long-span steel roof system with column–foundation connections. The project included 2D AutoCAD drawings, structural member layouts, and detailed reinforcement for foundation blocks. Connection details were prepared for fabrication and installation, ensuring constructability and accuracy.

Steel Roof Structure

13578587
I modeled and detailed a timber arch bridge using Tekla Structures. The project included 3D modeling of the full bridge system, generation of connection details, and preparation of fabrication-ready drawings. Structural members were arranged with realistic supports and load-bearing elements to ensure constructability. The workflow demonstrates expertise in bridge modeling, timber detailing, and steel-connection integration.

Timber Arch Bridge Modeling

I modeled and detailed a timber arch bridge using Tekla Structures. The project included 3D modeling of the full bridge system, generation of connection details, and preparation of fabrication-ready drawings. Structural members were arranged with realistic supports and load-bearing elements to ensure constructability. The workflow demonstrates expertise in bridge modeling, timber detailing, and steel-connection integration.

Timber Arch Bridge Modeling

I modeled and detailed a timber arch bridge using Tekla Structures. The project included 3D modeling of the full bridge system, generation of connection details, and preparation of fabrication-ready drawings. Structural members were arranged with realistic supports and load-bearing elements to ensure constructability. The workflow demonstrates expertise in bridge modeling, timber detailing, and steel-connection integration.

Timber Arch Bridge Modeling

I modeled and detailed a timber arch bridge using Tekla Structures. The project included 3D modeling of the full bridge system, generation of connection details, and preparation of fabrication-ready drawings. Structural members were arranged with realistic supports and load-bearing elements to ensure constructability. The workflow demonstrates expertise in bridge modeling, timber detailing, and steel-connection integration.

Timber Arch Bridge Modeling

13577268
I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

13624266
This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

This project involved the complete architectural and structural design of a multi-block accommodation complex consisting of individual modular units and a central guest building. The architectural concept emphasizes natural lighting, terrain adaptation, and a modern minimalist style. Structural analysis was conducted using SAP2000 and Sta4CAD in accordance with TBDY-2018. Modal, displacement, and moment diagrams were prepared to verify the overall stability and seismic performance. Reinforcement details and quantities were also optimized for cost-effective prefabrication and construction.

Architectural and Structural Design

13624256
I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

I designed a single-storey modular accommodation unit that combines minimalist architecture with efficient spatial planning. The project included complete architectural layout drawings, 3D visualizations, and detailed structural analysis in compliance with TBDY 2018 (Turkish Earthquake Code). The design focuses on natural light, compact functionality, and prefabrication potential. Structural safety was verified through modal and dynamic earthquake analysis performed in ideCAD.

Single-Storey Modular Accommodation

13584166
Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

Developed a detailed terrain surface model by integrating Civil 3D and SolidWorks workflows. The project involved processing survey data, generating accurate contour lines, and creating a precise triangulated mesh (TIN surface). Using SolidWorks, the model was further optimized and visualized with high-resolution meshing techniques, ensuring compatibility with engineering analysis and design validation. Key aspects of the work included: Importing and refining survey data for accurate terrain representation. Building and validating the triangulated surface (TIN) with Civil 3D. Converting and optimizing geometry in SolidWorks for advanced visualization. Producing clear 3D views and technical outputs for engineering presentation. This project demonstrates advanced capability in handling complex terrain modeling tasks by combining the strengths of both Civil 3D (infrastructure precision) and SolidWorks (engineering-level detailing).

Terrain Surface Modeling – Civil 3D

13578652
I prepared the structural modeling and detailing of a long-span steel roof system with column–foundation connections. The project included 2D AutoCAD drawings, structural member layouts, and detailed reinforcement for foundation blocks. Connection details were prepared for fabrication and installation, ensuring constructability and accuracy.

Steel Roof Structure

13578587
I modeled and detailed a timber arch bridge using Tekla Structures. The project included 3D modeling of the full bridge system, generation of connection details, and preparation of fabrication-ready drawings. Structural members were arranged with realistic supports and load-bearing elements to ensure constructability. The workflow demonstrates expertise in bridge modeling, timber detailing, and steel-connection integration.

Timber Arch Bridge Modeling

I modeled and detailed a timber arch bridge using Tekla Structures. The project included 3D modeling of the full bridge system, generation of connection details, and preparation of fabrication-ready drawings. Structural members were arranged with realistic supports and load-bearing elements to ensure constructability. The workflow demonstrates expertise in bridge modeling, timber detailing, and steel-connection integration.

Timber Arch Bridge Modeling

I modeled and detailed a timber arch bridge using Tekla Structures. The project included 3D modeling of the full bridge system, generation of connection details, and preparation of fabrication-ready drawings. Structural members were arranged with realistic supports and load-bearing elements to ensure constructability. The workflow demonstrates expertise in bridge modeling, timber detailing, and steel-connection integration.

Timber Arch Bridge Modeling

I modeled and detailed a timber arch bridge using Tekla Structures. The project included 3D modeling of the full bridge system, generation of connection details, and preparation of fabrication-ready drawings. Structural members were arranged with realistic supports and load-bearing elements to ensure constructability. The workflow demonstrates expertise in bridge modeling, timber detailing, and steel-connection integration.

Timber Arch Bridge Modeling

13577268
I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

I carried out a complete structural analysis of a multi-storey timber building. The project included full 3D FEM modeling in SAP2000, verification of beams and columns under bending, shear, compression, and deflection, as well as seismic performance evaluation with response spectrum analysis (TBDY 2018). The design was checked against both Eurocode 5 and the new Turkish Timber Regulation (ABTHYE-2025), ensuring international code compliance and safety validation.

Timber Building Structural Analysis

5.0 · 1 Review
Reviews
N

3-Storey Villa: Model & Calculations • $100 NZD

Erdi was excellent to work with. Communication was very clear throughout the project, and I never experienced any language issues. He delivered the work on time and without any missing parts. A smooth and reliable collaboration overall.

Nihat B.

@NihatB01

•

Flag of

SELÇUKLU, Turkey

•

3 days ago

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Experience

Civil Engineer

Jan, 2024 - Present

•

1 year, 9 months

General Directorate of Forestry – Construction and Technical Works Department, Ankara, Turkey

Jan, 2024 - Present

•

1 year, 9 months

Working as engineer responsible for project planning, control, and supervision of public construction works. Skilled in cost estimation, BOQ preparation, contract management, and progress payments. Experienced in timber structures, wooden roof systems, facades, and renovation projects. Preparing technical specifications, structural calculations, and supervising works to ensure quality, safety, and compliance with building codes.

Flag of

Ankara, Turkey

Jan, 2024 - Present

•

1 year, 9 months

Engineer

Jan, 2019 - Dec, 2023

•

4 years, 11 months

Konya Technical University – Construction and Technical Works Department, Konya, Turkey

Jan, 2019 - Dec, 2023

•

4 years, 11 months

Managed university renovation and construction projects. Prepared BOQs, tender documents, cost estimations, and supervised contractors.

Jan, 2019 - Dec, 2023

•

4 years, 11 months

Engineer

Apr, 2019 - Jul, 2019

•

3 months, 1 day

Governorship of Eskişehir – Investment Monitoring and Coordination, Eskişehir, Turkey

Apr, 2019 - Jul, 2019

•

3 months, 1 day

Oversaw public construction projects, conducted site inspections, progress reporting, and contractor control.

Flag of

EskiÅŸehir, Turkey

Apr, 2019 - Jul, 2019

•

3 months, 1 day

Education

Master of Science in Civil Engineering (Earthquake Mechanics)

2022 - 2024

•

2 years

Flag of

Turkey

2022 - 2024

•

2 years

Eskisehir Osmangazi Ãœniversitesi

2012 - 2016

•

4 years

Bachelor of Science in Civil Engineering

Flag of

Turkey

2012 - 2016

•

4 years

Qualifications

ANSYS & Fluent Training

2022

Engineering Training Institute

Hands-on training in FEA and CFD simulations using ANSYS Workbench and Fluent.

2022

AutoCAD Professional Training

2019

Autodesk Authorized Training Center

Completed certified training in AutoCAD for 2D/3D drafting and technical drawings.

2019

Microsoft Office Training

2020

Microsoft / Authorized Training Center

Completed advanced training in Word, Excel, and Project for professional use in engineering projects.

2020

Publications

Structural Analysis of Timber Systems in Public Buildings

2024

Konya Technical University

Master’s thesis focused on mechanical and structural performance of timber construction systems, renovation methods, and compliance with Turkish building regulations.

2024

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