
Dogukan Karatas contributed to specklesystems/speckle-sharp-connectors by building core infrastructure for property set baking on AutoCAD Civil 3D host objects and delivering Tekla 2025 compatibility. He implemented and integrated a PropertySetBaker and related architectural refactors using C# and the Civil 3D API, enabling automated property data application from Speckle to CAD entities. His work included decoupling runtime constraints in project configuration, streamlining CI/CD with YAML and GitHub Actions, and establishing a controlled release workflow for Tekla connectors. By addressing both feature development and stability, Dogukan ensured maintainable, cross-platform deployment and laid the groundwork for robust data integration in engineering workflows.

October 2025 focused on enabling property-set baking for AutoCAD Civil 3D host objects and stabilizing the receive pipeline in speckle-sharp-connectors. Delivered: (1) initial PropertySetConverter and PropertySetBaker with integration into AutocadHostObjectBuilder and Civil3dConnectorModule, including root-object property set processing and applying property data from Speckle to entities; (2) architectural refactors and lifecycle optimizations for host object builders and property set definitions handling; (3) moved the baker into the connector and introduced related data-definition management; (4) due to stability concerns, reverted the PropertySetConverter introduction and usage to disable property-set application until a robust implementation returns; (5) build system maintenance with a Microsoft.Build version bump. Business impact: groundwork for consistent, automated property data on host objects; improved maintainability and readiness for a stable feature release.
October 2025 focused on enabling property-set baking for AutoCAD Civil 3D host objects and stabilizing the receive pipeline in speckle-sharp-connectors. Delivered: (1) initial PropertySetConverter and PropertySetBaker with integration into AutocadHostObjectBuilder and Civil3dConnectorModule, including root-object property set processing and applying property data from Speckle to entities; (2) architectural refactors and lifecycle optimizations for host object builders and property set definitions handling; (3) moved the baker into the connector and introduced related data-definition management; (4) due to stability concerns, reverted the PropertySetConverter introduction and usage to disable property-set application until a robust implementation returns; (5) build system maintenance with a Microsoft.Build version bump. Business impact: groundwork for consistent, automated property data on host objects; improved maintainability and readiness for a stable feature release.
May 2025 focused on delivering Tekla 2025 readiness for speckle-sharp-connectors, including new Tekla 2025 compatible projects and a robust release workflow to manage Tekla lifecycle. Key work established compatibility wiring through new connector/converter projects, updated build configurations and constants, and introduced a controlled release approach with a dedicated testing/staging branch and rollback path to mitigate rollout risk. These efforts position the connectors for straightforward Tekla 2025 adoption, improve release reliability, and reduce upgrade friction for customers.
May 2025 focused on delivering Tekla 2025 readiness for speckle-sharp-connectors, including new Tekla 2025 compatible projects and a robust release workflow to manage Tekla lifecycle. Key work established compatibility wiring through new connector/converter projects, updated build configurations and constants, and introduced a controlled release approach with a dedicated testing/staging branch and rollback path to mitigate rollout risk. These efforts position the connectors for straightforward Tekla 2025 adoption, improve release reliability, and reduce upgrade friction for customers.
February 2025: Delivered a core configuration improvement in specklesystems/speckle-sharp-connectors by removing explicit RuntimeIdentifier from the csproj, decoupling runtime constraints and enabling consistent deployment across multiple environments and runtimes. This streamlines CI/CD, reduces environment-specific issues, and accelerates cross-platform integration. No major bugs reported; overall impact is faster delivery and greater deployment flexibility. Technologies demonstrated: .NET project file configuration, cross-runtime deployment, and git-based change management.
February 2025: Delivered a core configuration improvement in specklesystems/speckle-sharp-connectors by removing explicit RuntimeIdentifier from the csproj, decoupling runtime constraints and enabling consistent deployment across multiple environments and runtimes. This streamlines CI/CD, reduces environment-specific issues, and accelerates cross-platform integration. No major bugs reported; overall impact is faster delivery and greater deployment flexibility. Technologies demonstrated: .NET project file configuration, cross-runtime deployment, and git-based change management.
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