BIM Structural Services

Resolving Challenges, Meeting Demands

Optimized & automated designs, reduced risk, increased precision, constructability & enhanced project delivery.

Our Services
Get a Free Quote

    Our BIM Projects
    Structural BIM Services

    Structural BIM Modeling, Design & Analysis

    Want to address construction issues? Facing obstacles with coordination and communication? Concerned with waste production and project performance? Structural BIM services address these issues through an automated procedure, improving project competence. 

    Our experienced team of structural engineers, coordinators, designers, managers, and modelers offers structural BIM modeling services, structural shop drawings, Revit structure, and rebar detailing for steel columns, steel beams, structural fabrication and construction for various BIM projects like residential, commercial, and industrial structures using structural BIM software applications, such as Autodesk Revit, and Tekla Structures. 

    We adhere to a number of structural engineering standards, including those set forth by the American Concrete Institute, the Research Council on Structural Connections, and the Code of Standard Practice for Structural Steel, and the American Institute of Steel Construction.

    Benefits of Structural BIM Services

    BIM structural engineering services improve coordination between structural models and models from many disciplines, making it easier to spot and address conflicts between and within disciplines.

    Designers automatically test alternative structural solutions at preconstruction through BIM bidirectional interface between platform and structural analysis tool. Information is preserved by iterative data process. 

    Applications of BIM Structural Modeling Services

    Structural BIM Services are the design and detailing of a building’s structural components using BIM to speed up scheduling, budgeting (5D BIM), construction, and building operations. Our clients visualize and examine the structural characteristics of the building due to our BIM and structural engineering services. Before the construction process begins, this enables the owners to identify mistakes and request improvements.

    Process of Structural BIM Modeling

    Structural engineers can efficiently design, visualize, analyze, simulate, and document projects through Building Information Modeling.

    Pre-design stage of Conceptual Design

    This stage is equated with LOD 100

    Stage of Schematic Design

    This is equivalent to LOD 200

    Design Development Stage

    This is equivalent to LOD 300

    Construction Documentation

    This is equivalent to LOD 350

    Choose BIM for Structural Engineers

    Better Design, Data-driven BIM Modeling

    Collaborative BIM enabled effective team work, and get better design using data-driven business model. Addressing coordination concerns during design-build phase increased accuracy, decreasing error.

    Using BIM, coordination time is cut down & structural engineers concentrate on fixing issues

    3D visualization, giving structural insights, making it easier to solve problems at preconstruction

    By sharing model relationships, technical specialists share knowledge, increasing team’s skills

    Wider range of materials, consuming less time and resources

    0 +
    Complete Project
    Structural BIM Modeling

    BIM Structural Analysis, Visualization, Simulation & Documentation

    BIM handles structural demand and complex building requirements! Get a free quote for BIM structural services. Submit your project and contact details, our structural BIM modelers will respond instantly.

    Top BIM Company & Solutions

    The designer can quickly and automatically test alternative structural solutions (during more initial project phases). Thanks to the BIM bidirectional interface between a platform and a structural analysis tool. The information defined in software is respected and preserved by iterative data process.

    The successful integration of structural design and manufacturing by BIM enables more effective information sharing amongst detailers, fabricators, and contractors. This speeds up the process of creating concrete and steel structures and helps coordination. 

    The dynamic nature of the construction program is better coordinated by simulating construction, including temporary works. Building information modeling (BIM) is primarily used to streamline project delivery and the handover into operations.

    Civil and structural engineers must collaborate with structural services that are all included in a single architectural plan in order to finish building construction. Amongst the design, engineering, and construction teams, BIM promotes seamless collaboration and communication.