OpenBIM—an interoperability-first approach built on standards such as IFC, BCF and common data schemas

OpenBIM—the use of open, non-proprietary standards for Building Information Modelling—is rapidly emerging as the solution to these challenges.

BIM provides a structured, data-rich environment that consolidates every aspect of your facility into a single source of truth.

Traditionally, infrastructure delivery has been project-centric, focused on timelines and budgets. BIM shifts the emphasis toward whole-life asset management

Building Information Modeling (BIM) is no longer limited to design and construction. When extended into Facility Management (FM), BIM becomes a strategic operations tool

The integration of Solibri and CDE signals a shift from file-based coordination to data-driven collaboration.

What is an IFC and Why It Matters in BIM Collaboration In today’s digital construction environment, collaboration between different disciplines and software platforms is essential. But with each vendor using proprietary formats, how do we ensure that data can move seamlessly across the project lifecycle? This is where Industry Foundation Classes (IFC) come into play. 📂 What is an IFC? An IFC (Industry Foundation Classes) file is an open, neutral, and non-proprietary data for

Solibri Office offers a robust platform for performing quality assurance and control (QA/QC) on infrastructure models, helping engineers and BIM managers maintain high standards throughout the project lifecycle.

This article explores the fundamentals of creating alignments and profiles, their role in the design process, and how they support data-rich, model-based workflows for infrastructure projects.

Creating surfaces in Civil 3D is an essential skill for civil engineers and designers. Surfaces are used to represent the existing terrain or proposed design in a 3D model. They are crucial for analyzing and visualizing the impact of a design on the surrounding environment

In today’s data-rich construction and infrastructure environments, BIM for Civil Engineering is evolving beyond design and coordination....

Building Information Modelling (BIM) is transforming the architecture, engineering, and construction (AEC) industry.

As Building Information Modeling (BIM) becomes the standard for collaborative project delivery, the BEP emerges as the cornerstone for ensuring that coordination workflows are clearly defined, consistently followed, and strategically aligned with project outcomes.

Clash detection has become common, clash interpretation and resolution management remain inefficient on many projects. The real challenge lies not in detecting clashes—but in understanding and communicating them.

Improve outcomes is by leveraging Site Logistics Modelling and 4D BIM Animation

Site logistics modeling is the process of digitally planning how a construction site will function throughout the life of a project

4D BIM (Building Information Modeling), the cutting-edge scheduling solution that’s changing the game for contractors worldwide.

4D simulation combines your construction schedule with your 3D BIM model

In today’s competitive construction landscape, efficiency, precision, and collaboration are more critical than ever. Yet, many...

The delivery of modern healthcare facilities demands precision, speed, and data-driven decision-making.