Glodon Digital Structural Design Software
Glodon Digital Structural Design software is tailored for structural engineers, focusing on the construction documentation phase within a 3D design environment.
Pre-loaded with standard structural components and annotation elements, it leverages parametric modeling and component coding to enable data-driven, integrated collaborative design. This streamlines multi-disciplinary data exchange, minimizes design errors and omissions, and empowers designers to deliver a true BIM-based, forward design workflow for structural engineering.
Cross-disciplinary Efficient Collaboration: Precise Synchronization of Architectural and MEP Model Information with One-Click Load Information Verification
A comprehensive component-level collaboration mechanism with architectural and MEP disciplines enables the synchronization of specific categories of architectural components, spatial information, and etc.
It rapidly and accurately reads data from the architectural model, including wall materials, door and window openings, and MEP equipment—to automatically calculate loads.
With one-click verification of load-related errors and omissions, it ensures consistency across multidisciplinary designs, achieving efficient interoperability and collaboration between all professional models and the structural design model.
Automated Design Enhances Efficiency and Elevates Project Quality
Leveraging built-in localized design business rules, the software automates the design and drafting of construction documents, reducing repetitive tasks for designers and boosting productivity.
It can generate a complete set of structural drawings, including reinforcement layouts for beams, slabs, walls, and columns; foundation reinforcement details drawings; steel structure plan views; and various detail drawings, which meets diverse design scenario requirements. Furthermore, it performs automatic and comprehensive checks of the designer's work against standards and mandatory code requirements, thereby improving the quality of structural design.
