Efficiency without quality is not true efficiency. Today, the architectural design industry has largely adapted to working with AutoCAD systems. While experience has improved average productivity to meet societal demands, the question remains: why change everything again? The answer lies not only in boosting efficiency but also in enhancing work quality.
A popular schematic in the industry highlights a common challenge: design processes characterized by short timelines, reduced fees, and high quality are rare. BIM (Building Information Modeling) offers a way to shift this paradigm. Designers seek to uphold the value of their labor and achieve better returns. When design firms adopt BIM, they provide owners with a range of value-added services that are sure to capture their attention.
BIM’s core concept involves creating, updating, and maintaining a virtual building model on a computer before actual construction begins. In essence, the building is constructed twice—first virtually to identify and resolve potential issues, then physically based on the virtual model. This approach significantly improves project control, reduces errors, shortens construction time, manages costs, and enhances quality. With a BIM model, all necessary data and services for planning, design, construction, and operation phases can be integrated through various software tools.
According to BIM definitions, its primary goal is to enhance the efficiency of construction activities across all stages: planning, design, construction, and operation. Building a BIM model is simply the foundation for achieving these objectives. The real key lies in establishing effective methods to utilize BIM model information for various project tasks, summarized as “anytime, anywhere, anyone.”
‘Anytime’ means at any stage throughout the building’s lifecycle — from planning and design to construction, sales, operation, renovation, expansion, and demolition.
‘Anywhere’ refers to any component or aspect of the building’s information, such as production, installation, maintenance, spare parts, or troubleshooting for specific elements like elevators.
‘Anyone’ encompasses all project stakeholders, including investors, developers, government agencies, designers, builders, manufacturers, equipment suppliers, material providers, and operators.
It’s clear that the longer BIM serves across the lifecycle, the more comprehensive the data, and the broader the participant base, the greater the benefits and efficiency gains. The concept of ‘anywhere’ is central to BIM’s success. BIM is not merely a software upgrade, nor is it sufficient for only a few individuals to use it during isolated periods. Instead, BIM delivers complete project information to all participants throughout the entire lifecycle. This information is organized according to construction industry standards and by building components or parts.
In practice, a virtual BIM model allows diverse stakeholders to intuitively access and retrieve the information they need, supporting their specialized roles in the project. BIM services, spanning design, construction, sales, and operation, provide professional value that owners increasingly demand. Consequently, BIM consulting services are gaining widespread adoption among building owners and projects worldwide.
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