BIM Building Information Modeling: What It Is and Why It’s Revolutionising Construction

With all the development in the world, the construction and building industry is also seeing more and more reliance on BIM Building Information Modeling as a method to benefit from multi-advanced digital technologies in construction management.

The BIM Building Information Modeling is considered a great advantage to the design process and construction process as well as all the included BIM software and data to boost the related work processes and operations.

In this article, we will talk about BIM Building Information Modeling for design, construction, and facility management operations with details about the work stages and include BIM benefits as a development opportunity.

What Is BIM Building Information Modeling?

BIM process is an acronym for Building Information Modelling, which is a digital process that includes digital software and a platform used for managing information for a built asset or under-design and construction building.

Many generating and construction programs provide comprehensive support to the BIM approach, including Revit and ArchiCAD, to help professionals plan, generate, create, communicate, build, and construct projects efficiently in all phases.

Moreover, BIM stands for Building Information Modeling environment with intelligent data, architectural, structural, and engineering information, and construction details to ensure effective management of all models and projects.

On the other hand, BIM Building Information Modeling works as a great tool or software to improve facilities management for the entire working team with accurate data about design, structure materials, performance, and maintenance process.

The Main Stages of BIM Building Information Modeling:

If you want to proceed with a successful facilities management career or in construction and architecture projects, then you need to understand the main stages or steps of Building Information Modeling BIM:

Design Stage:

In this BIM building technology stage, architects and engineers create and develop a detailed 3D model of the building using BIM software with needed data about structural, mechanical, electrical, and plumbing components with real-world data.

Planning and Collaboration Stage:

All BIM Building Information Modeling teams, including architects, engineers, and contractors, work together on the same digital model with real-time access to ensure that all construction components fit perfectly before construction begins.

Construction Stage:

When starting the construction stage, builders and contractors use the BIM Building Information Model as a digital guide for accurate construction and execution on-site.

The digital BIM process helps track progress, manage materials, and reduce errors during construction with constant updates to any changes.

Operations and Maintenance Stage:

Even after finishing the design and construction stages, the BIM Building Information Modeling stay as important for facility management and future renovations with the included data on building systems, maintenance schedules, and energy performance.

Key Benefits of BIM Building Information Modeling:

According to the best facilities management courses in London, there are many great benefits and advantages included in the BIM as an intelligent modeling system, like:

Boost Team Collaboration:

Building Information Modeling allows architects, engineers, and contractors to work on a shared digital software model in a collaborative representation that improves coordination, ensures functional alignment, and leads to better project design and execution solutions.

Enhance Work Transparency:

Due to the fact that all construction data will be shared on one mutual digital software, then they all will be easily accessible and everyone will work with up-to-date information.

Improve Project Time Management:

BIM is a process of direct virtual sharing based on digital documents and tools, thus, it helps detect and resolve issues in the design cycle before construction starts, which prevents costly delays and allows accurate scheduling and developed data integration by engineers and constructors to keep projects on track.

Ensure Effective Communication:

The visual and data-rich BIM model makes complex designs easy to understand and changes easy to be shared between employees, employers, and stakeholders, leading to reduced errors and improved project outcomes.

Finally,

The world of building and construction is relying more and more every day on the concept of BIM Building Information Modeling to benefit from the designing approach's amazing features and advantages.

Moreover, the facility management world in the UK also includes the BIM Building Information Modeling in the work process to keep all constructed projects on track, boost buildings life cycle, and improve efficiency with no wastes or failures.