Our Structural BIM Service creates detailed 3D models of building parts like beams, columns, slabs, bolts, rebar, and precast elements. These models follow global standards and help with design review, construction planning, quantity estimates, clash checks, shop drawings, schedules, and manufacturing.

We create BIM models of all types of structural systems, including steel, reinforced concrete, precast, post-tensioned slabs, timber, and masonry. Our experience spans residential, commercial, healthcare, educational, industrial, and public infrastructure projects such as bridges, airports, stadiums, museums, and more.

Structural BIM helps architects, engineers, and builders work better together by finding clashes early, keeping designs in sync, and giving accurate material estimates. It cuts down on rework, makes building easier, and speeds up projects by supporting smarter decisions from start to finish.

We deliver Structural BIM models from LOD 100 to LOD 500. Our experience includes creating multi-level, highly detailed models that support each phase of the project lifecycle, from schematic design through to fabrication and facility management.

Yes. We conduct structural analysis of building systems and elements to ensure design efficiency and performance. This is seamlessly integrated into our BIM process and supports both steel and concrete engineering applications for construction simplification and compliance.

Yes. We provide 4D BIM modeling services that incorporate scheduling data into the structural model. This allows for the simulation of construction sequences, resource planning, and timeline optimization for more efficient site execution.

Accuracy is ensured through strict quality control, model audits, clash detection processes, and follow to global standards such as AISC, ACI, Eurocodes, and relevant U.S. building codes. Our teams of structural engineers, BIM modelers, and steel detailers ensure every model is constructible and coordination-ready.

Yes. We offer Point Cloud to BIM services where laser-scanned data is converted into accurate structural as-built models. These models are ideal for renovation, restoration, and retrofitting projects. It is helping you plan interventions with confidence and high detail.