3D Modelling & BiM

In essence, BIM merges 3D modeling with a data-rich collaborative platform, enhancing coordination, improving efficiency, and enabling better decision-making throughout the architectural and structural design process.

At 4D, we offer a seamless fusion of architectural design and structural engineering through Building Information Modeling (BIM) technology. Our expert team of architects, engineers, and designers harnesses the power of CAD software to create intricate 3D models that integrate architectural and structural elements with precision and accuracy.
At 4D we create Collaborative Design Environment:
  • Architects who create detailed 3D models of buildings and spaces using BIM software like Revit, ArchiCAD, or AutoCAD. These models encompass not only the physical geometry but also contain information about materials, components, and other building elements.
  • Structural engineers develop 3D models of structural elements using BIM software tailored for structural design, such as Tekla Structures or AutoCAD. These models contain detailed information about beams, columns, foundations, and connections, allowing for accurate structural analysis and documentation.
Interdisciplinary Coordination shapes our projects:
  • Integration of architectural and structural models, ensuring coordination and compatibility between design disciplines.
  • Architects and structural engineers collaborate within the BIM environment, allowing for seamless communication and the identification and resolution of clashes or conflicts between architectural and structural elements.
  • BIM allows for realistic visualization through 3D rendering and simulations, providing stakeholders with virtual walkthroughs and visual representations of the final building before construction.
Building Information Modeling (BIM):

Our proficiency in BIM allows us to create holistic, data-rich models that encapsulate the essence of your project from inception. With BIM software, we develop 3D models that integrate architectural, structural, and MEP (Mechanical, Electrical, Plumbing) components. This approach offers a comprehensive understanding of the project's spatial relationships, materiality, and functionality at the conceptual stage.