The BIM model serves as a repository for pertinent data. By utilizing parametric models, we can enhance precision, uphold the integrity of project information, and expedite the process of making project iterations. Our objective is to create a project parametric model that seamlessly integrates, coordinates, and documents various project disciplines such as architecture, structural engineering, and MEP. This approach allows us to incorporate crucial design and fabrication constraints into the BIM model, enabling us to identify and manage potential conflicts while generating real-time statistics on quantities of building materials, changes, and building floor area.

Utilizing BIM models for extracting drawings is the most effective approach, incorporating component properties and ensuring utmost precision. Tailoring the 3D model data format allows for seamless digital manufacturing based on 3D and attribute data.

Assist the design team in showcasing and illustrating design objectives. A team of skilled visualizers will create visual graphics for design and marketing purposes. Display-worthy graphical animations can also be produced.

We offer simulation services that incorporate a time dimension into 3D models, known as 4D simulation. This tool effectively showcases the construction sequence and space requirements of a project site. It serves as a valuable visualization and communication tool for the project team, enabling a clearer understanding of project milestones and construction plans.

The BIM model is an information container, and as long as it is set up correctly, we can also use it to perform engineering quantity calculations. Quantity calculations in BIM projects not only involve modeling information, but use other available resources to control the entire calculation, including non-modelling elements. Proper quantity calculation strategy involves defining in a simplified way the model elements to be measured and then associating these elements with the line items whose measurements we capture.

We offer comprehensive project management platform to facilitate the site progress and quality control and monitoring. The right solution enables teams to gain real-time visibility into centralized project schedules in the cloud, allowing project stakeholders and site team to collaborate and manage changes with the most up-to-date information.

Take advantage of professional tools for creating 3D models of steel structures, which can then be used for simulation and analysis purposes. Additionally, it can produce manufacturing drawings, which are then sent to factories to produce the necessary components.

There is no need to install/use a gondola when using SUA. At the same time, it can use thermal lenses to detect water leaks and can also cooperate with AI to automatically detect defect locations.