During my school years, I first heard about BIM and its capability for 3D visualization, but it didn’t attract much of my attention back then. It was only recently, during an internship at a construction company, that I began to explore various aspects of BIM in more depth. Especially after participating in a company-organized BIM training, my previous understanding of BIM was completely transformed. This training gave me a revolutionary new perspective on BIM, which I would like to share with you today.
Let’s start with the concept. I used to think BIM was simply software for 3D visualization and nothing more. However, after the training, I realized how shallow that understanding was. BIM stands for Building Information Modeling. It describes the process of designing a building through a comprehensive computer model, rather than relying on separate, disconnected drawings. Don’t assume BIM is only relevant to civil engineering just because it contains the word “building.”
BIM offers tremendous benefits: it saves costs and time, improves accuracy in estimates, and helps avoid errors, changes, and costly rework. But adopting BIM isn’t just about switching software. To fully realize its advantages, BIM requires an entirely new way of working across the architecture, engineering, and construction industries. In essence, BIM represents a whole new paradigm.
BIM is also a socio-technical system. This means it combines technology with social and institutional elements. Think of it like a telephone network — it’s not just a collection of wires. It also includes behaviors, social norms, relationships, and cultural institutions that support its use.
Calling BIM a “system” highlights that it is a unified entity made up of many interacting parts, some physical and some not. It’s “technical” because technology forms the core, but it is deeply influenced by social factors, which evolve through continuous feedback, much like leaves growing on a tree.
BIM operates on multiple levels. At its core is software for 3D modeling and information management. The more widely this software is adopted, the better the overall understanding and development of BIM technology becomes.
Now, let’s discuss the software side. I used to think BIM was just one software with many functions. After training, I learned that BIM is much more than that — it’s a technology, a system, and a concept that requires multiple software tools working together. There is no single, all-in-one software that covers the entire project lifecycle from planning to delivery.
These are some of my initial insights from the ongoing BIM training. Since the training is still in progress, I have yet to dive deeper into the subject. I look forward to gaining further experience and understanding through future training sessions and practical work.
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