BIM Technology Explained: How It Works | Plannerly

Have you ever wondered what all of the hullabaloo is about Building Information Modeling Technology? Wonder no more! In this post, I'll break it down for you, so that you can understand what all of the fuss is about

I’ll introduce what it is, how it works, and why it’s valuable for projects. So, if you are curious about BIM technology, read on! You may be surprised by just how much potential this technology has to improve your project outcomes! 

1) What is BIM Technology?

Building Information Modeling (BIM) technology is a process that uses digital models to create a virtual representation of a building or structure. This model can be used to plan, design, construct and operate the physical asset.

The BIM model contains all of the information about the asset, including its geometry, location, function and performance. This data can be used to assess the impact of proposed changes, optimize the design and improve communication between project stakeholders.

The end result looks something like this:

BIM technology is not new, but it has only recently begun to be adopted on a widespread basis. The main reason for this is that the software and processes required to create and manage BIM models is only now becoming attainable to a wider range of users.

BIM software, training, and implementation were previously only available to big engineering and construction firms. The good news is that the cost of implementation has dropped considerably in recent years, making it more accessible to small and medium-sized enterprises

For example, Plannerly (the BIM management platform) is available as a cloud-based subscription for less than a cup of coffee per day! ☕️

2) How Does a BIM Technology-Enabled Process Work?

BIM technology and processes start by using computer software (like Revit or ArchiCAD) to model the main building or structure using 3D objects/elements.

This means that instead of drawing each part of a building as 2D lines on paper (or in CAD - using computer-aided design tools), the BIM software manages 3D BIM objects of the building parts.

These models can then be used to plan the building as well as make modifications.

After creating a 3D model for the architecture and structure, the next step is to add things like fixtures, fittings, pipe connections, finishes, doors, and windows.

Once this building data has been added, the model can be used to generate construction documents, schedules, and cost estimates.

The virtual model can also be used to provide anything from training for construction workers before the start of the construction project to a virtual tour of the finished asset that can be used for marketing purposes or to provide potential tenants with a realistic view of what the space will look like.

3) The Benefits of using BIM Technology

You can use BIM technology on your design or construction project for many reasons. Some of the benefits that I see include:

1. BIM helps you visualize your project before it's built, ensuring that everything is accurate and in line with your vision
2. BIM helps improve communication between project stakeholders resulting in less miscommunication through the design process
3. BIM can save you time and money by identifying issues early and reducing rework
4. BIM helps you notice design opportunities earlier and make changes to your design without having to start from scratch
5. BIM makes coordination between different team members much easier, reducing the risk of errors or missed deadlines
6. BIM is becoming an industry standard that more and more architects and engineers are using - so if you want to stay ahead of the curve, you need to start using BIM too!

4) My Quick Summary

So, why should you care about BIM Technology?

Well, let me summarize my key reasons here.

First, with the ability to digitally prototype a building, BIM is like being able to see into the future

Second, BIM improves safety by allowing workers to view the entire project before starting work.

Third, it makes it cheaper to build because building a digital BIM prototype helps spot clashes, errors, and mistakes before you build.

Fourth, BIM analysis of models can help reduce environmental impact by making buildings more energy-efficient.

Finally, it helps improve the quality of life by creating a better built environment for people to live in.

If you’re looking to start your next BIM project, we recommend trying out Plannerly – it makes creating and collaborating on projects simple!

5.2) BIM Conversations Starters

Below are six conversations starters on the topic of BIM technology:

1. Have you ever had to explain BIM technology to a non-technical person?
2. What is your favorite thing about using BIM?
3. Do you think construction will ever be fully digitized?
4. How do you make sure everyone in your office uses BIM correctly? 
5. How do you feel about the future of BIM technology?
6. Do you think BIM will take over the world?