BIM, or Building Information Modeling, is a process that has been used for years in the architectural and engineering fields. But what about its use in the construction industry?

This comprehensive guide will discuss how to apply BIM in construction projects to streamline communication and collaboration between team members. We’ll also look at some of the key benefits of using BIM in construction and tips on getting started with BIM in your projects! 😃

1. How Does BIM Work and How Can It Be Used in Construction Projects?

BIM, or Building Information Modeling, is a process of creating and managing digital representations of physical and functional characteristics of spaces.

Wow, that’s a mouthful! 😆 Basically, it just means using 3D models + information (instead of just 2D drawings) in a more integrated and strategic way.

BIM can be used for various purposes, including facility management, construction coordination, and energy analysis.

BIM models are created using software programs such as Autodesk Revit and Graphisoft Archicad.

These BIM programs allow users to input data about a space’s geometry, materials, lighting, acoustics, and other features. The data is then used to generate three-dimensional models of the buildings and surrounding area.

Once the model is complete, it can be used to generate drawings and other documentation.

Additionally, BIM models can be used to create visualizations and simulations.

3D BIM modeling can be very useful for understanding how a space will look and feel once it is completed and then be used to examine potential problems that may arise during construction.

2. The Four Main Steps Involved in a Typical BIM Workflow

The building information modeling (BIM) process follows four main steps: planning, design, construction, and operations.

Planning

During the planning phase, project stakeholders work together to establish the goals and objectives of the project. They also identify the specific requirements that the project must meet.

This is where Plannerly (the BIM management platform) comes in! 👍

Design

When the design phase begins, architects and engineers use BIM software to create a digital model of the proposed building. The model includes all necessary information about the building, such as its dimensions, materials, and systems.

Construction

Once the design is complete, construction can begin. During construction, contractors use the BIM model to guide them as they build the actual structure. The model helps them avoid problems and ensure that the finished product meets all specified requirements.

Operations

Finally, once construction is complete, the building enters the operations phase. During this phase, facility managers use BIM (and the information from the model) to help them manage and maintain the structure. For example, they can use BIM to track energy usage or plan future renovations. Make sure you learn more about Digital Twins too!

GOOD READ: MY TOP 5 USES OF DIGITAL TWINS WITH BIM FOR AECO

3. Tips for Implementing BIM in Your Construction Projects

BIM is becoming increasingly popular in the construction industry, as it can help to improve project efficiency and coordination. If you’re considering implementing BIM in your next construction project, here are a few tips to keep in mind:

1. Define the scope of BIM for your project. What kind of information do you need to model? What level of detail is required? You can use a tool like Plannerly to capture these details and agreements. Answering these questions will help you determine which BIM software tools best suit your needs.
2. Choose the right software tools. There are many different BIM software tools on the market, so selecting the tools that meet your specific needs is essential. Consider cost, ease of use, and compatibility with other software programs. Check this list of BIM software for some ideas: TOP 10 BEST BIM SOFTWARE PROGRAMS
3. Create a detailed plan. Once you’ve selected software, it’s time to plan your project in detail. This plan should include everything from the overall project timeline to individual tasks that need to be completed. The main document you will need is a BIM Execution Plan (BEP) – here are some ideas about why this is important and how you can get started: THE TOP 5 REASONS YOU NEED A BIM EXECUTION PLAN (BEP)

4. How BIM Can Help Streamline Communication and Collaboration Between Team Members

BIM can help streamline communication and collaboration between team members by providing a common platform for exchanging information.

It can also help reduce the need for physical meetings, as team members can view and discuss the BIM model from their computers 🧑‍💻

In addition, BIM can help improve the accuracy of construction estimates and schedules and the quality of the finished product.

As a result, BIM has the potential to save time and money while improving the overall quality of the construction process.

5. How BIM Can Improve the Accuracy of Project Planning and Execution

There are numerous ways BIM can improve accuracy during project planning and execution.

BIM-based clash detection, for instance, can help identify conflicts between different systems before construction begins. This can save time and money by avoiding potential delays and rework.

In addition, BIM-based 4D scheduling can help create a more realistic schedule for construction projects, considering the sequencing of different tasks and the availability of resources. As a result, 4D scheduling can help improve the accuracy of project planning and execution.

BIM can also help improve accuracy during construction by providing a complete picture of the work that needs to be done.

For instance, as-built BIM models can be used to verify that all work has been completed according to the original design intent.

In addition, BIM-based progress tracking can help identify issues and potential risks early on before they have a chance to impact the project schedule or budget.

Overall, BIM can help improve accuracy in all stages of the construction process, from project planning and execution to as-built verification.

6. Getting To The Benefits of Using BIM in Construction Projects

There are many potential benefits of using BIM in construction projects.

However, without creating a strategic BIM plan for your project you might waste a lot of money 💰 on unnecessary BIM 😖

Plannerly is the BIM management platform that helps you to plan BIM on your construction projects. It’s an online tool that makes it simple to create and manage your BIM planning, schedules, collaboration, and BIM agreements.

With Plannerly, you can easily keep track of detailed scope, information requirements, assignments, and deadlines. The platform also provides real-time updates, so you can always be sure that you’re on track.

In addition, Plannerly offers a variety of templates and tools to help you create a customized BIM plan that fits your specific needs. With its easy-to-use interface and powerful features, Plannerly is the ideal solution for anyone looking to streamline their BIM planning process.

Other Interesting Reads

WHAT IS BUILDING INFORMATION MODELING TECHNOLOGY? MY THOUGHTS ALONG WITH 3 BONUS RESOURCES!

10 EXAMPLE BIM GOALS + MY GUIDELINES FOR SUCCESSFUL BIM PROJECTS

MY TOP 10 USES FOR BIM IN CONSTRUCTION MANAGEMENT – PLUS THREE BONUS BIM RESOURCES!

9 AWESOME BENEFITS I SEE USING VIRTUAL DESIGN AND CONSTRUCTION (VDC) AND HOW BUILDING INFORMATION MODELING (BIM) SUPPORTS THEM

Three Bonus Resources 😍

Here are three additional items that I think you’ll find valuable – 1) a video 🎥 that covers the complete BIM management workflow, 2) some fun BIM conversation starters, and 3) some typical questions I get asked about BIM, as well as my best-attempted answers.

I hope they’re useful! 😍

1) The Complete BIM Management Workflow

First, here’s a video showing The Complete BIM Management Workflow:

2) Conversations Starters

I believe that getting started with BIM management is all about having excellent conversations and assisting everyone in the company in becoming more comfortable with it – it won’t take their jobs away!

Here are three conversation starters about BIM management that you might want to use to start up good discussions at your organization:

1. How do you think BIM management will change our company over the next 5-10 years?
2. What do you think are the potential benefits of improving our BIM management at the company?
3. What are the main challenges you think BIM managers face when implementing BIM processes?

3) Questions I Often Get Asked

I have also tried to summarize some answers to the most common questions that I get asked about this subject – I hope you can use them too:

I blog for the Five BIM Bloggers series.

Every week we share different perspectives on important BIM topics!

To hear our views first, Join Free or follow Plannerly!

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I practice VDC (Virtual Design and Construction) and I love it! 😍

In this article, I look at what “Virtual Design and Construction” means to me, the 9 main benefits I see from using VDC, and the types of VDC software tools I use in my work! 💪

1) Definitions – VDC and BIM Basics

Let’s start with the boring part! 😅

VDC is a term often heard in the construction industry but may not be fully understood by everyone.

The VDC acronym simply stands for “Virtual Design and Construction.”

But, you’re probably wondering exactly what is Virtual Design and Construction, VDC? 🤔

Let’s see if I can break it down:

• “Virtual” indicates the use of computer-generated digital deliverables, the most frequent of which is 3D Building Information Models, or “BIM” for short
• “Design” refers to the process of developing a project plan or blueprint
• “Construction” refers to the actual process of building something according to that plan

So putting these three together, virtual design and construction is the use of advanced technology to help with both the design and construction project phases.

Where does BIM fit in with VDC?

VDC is often used in conjunction with Building Information Modeling (BIM).

BIM provides a digital 3D representation as a backdrop for projects that may be used to visualize, control, track progress, and even manage a building throughout operation.

The National Institute of Building Sciences (NIBS) defines VDC as a process that uses advanced BIM technologies to collaboratively design, plan and manage projects before they are built.

VDC vs BIM – they are not the same thing!

It is important to note that virtual design and construction does not always involve building information modeling, and BIM can happen without it being part of virtual design and construction.

Possibly, you could say that VDC is a little more general than BIM? But some may argue the other way around 🤷‍♂️

However, both are ways of working together to plan and manage design and construction projects.

Ok, now we know the basics of VDC. Let’s look at where VDC started.

2) History of VDC

VDC is actually not a new concept – it’s been around for decades in various forms.

Since the late 1990s early 2000s, Archicad and Revit have been two of the most popular 3D CAD software programs.

Since then, three-dimensional BIM software has revolutionized how architects, engineers, and construction professionals design and collaborate on projects.

The term VDC originated at CIFE (the Center for Integrated Facility Engineering at Stanford University) in 2001, when BIM, or Building Information Modeling, first started to become popular. Martin Fischer is potentially the godfather of VDC!

The application of digital models to all aspects of the project lifecycle, from pre-design through post-occupancy, is what’s more recent.

Nowadays, VDC can include anything from creating virtual models of a project for coordination/clash detection to using BIM software to manage resources, track progress, and also the handover of a Digital Twin for operating a building.

Digital twins are the future 🔮

3) 9 Benefits of Virtual Design and Construction

I’ve seen many benefits to using virtual design and construction workflows – both for me as an individual and for the projects I work on.

Some of the main benefits that I’ve experienced include:

1. Enhanced Collaboration

VDC helps improve communication among everyone on the project – from the owner to the architect to the general contractor. I’ve noticed that my project’s designers and engineers have formed closer relationships throughout the process! The project team just seems to spend more time talking about more significant issues. Improved coordination between project stakeholders leads to a more efficient and effective construction process overall.

2. Greater Project Clarity

We can more quickly achieve greater clarity around the project scope and timeline. This happens when we have all project stakeholders work from the same virtual model can avoid miscommunication and errors that can often occur when working from paper drawings. Projects that use VDC tend to have fewer instances of miscommunication and be more successful overall.

3. Better Resource Management

VDC also allows for better management of construction resources – both in terms of material resources and human resources. For example, I can use BIM software to track the delivery of materials to the construction site and virtual reality simulations to train construction workers on how to install those materials effectively.

4. Increased Efficiency

VDC technologies help to optimize processes and reduce waste throughout the project life cycle. For example, by using virtual simulations, we can test different construction methods before actually building anything on the project site. This helps avoid costly mistakes and delays that can often occur during construction.

5. Improved Sustainability

VDC can help reduce construction projects’ environmental impact. For example, by using BIM software, we can create virtual models of a project that enable us to optimize the use of materials. We can also use VDC technologies to simulate different construction scenarios to find the most sustainable option for the project.

6. Reduced Risk

Errors and omissions can plague construction projects. Our VDC processes allow me to more easily identify potential risks and hazards on a project and plan accordingly to mitigate those risks. This can range from something as simple as double-checking the dimensions of a column before it’s installed to conducting a virtual walkthrough of the site to identify potential safety hazards.

7. Improved Quality

By catching errors and discrepancies early on, VDC can help improve a project’s overall quality. This improved quality can be achieved through clash detection and coordination workflows, enhanced collaboration among project stakeholders, as well as improved transparency around the project scope and timeline.

8. Enhanced Safety

Enhanced safety planning and execution is another benefit of VDC. By using virtual simulations, we can identify potential hazards on a project and develop safe work procedures to avoid them. We can also use virtual reality technology to teach workers to safely perform tasks before they even step foot on the job site.

9. Reduced Costs

VDC can reduce project costs by increasing efficiency and improving communication. These cost savings can be achieved through reduced material waste, improved coordination of construction activities, and less need for rework. Fewer errors and rework are big targets when we use VDC.

These are just a few of the many benefits that virtual design and construction can offer – I’m sure there are many more that I haven’t even thought of!

4) How I Use VDC Technologies

In my opinion, the advantages of virtual design and construction are quite simple: prototype your project virtually before spending money 💰 – this promotes improvements in the planning, efficiency, and sustainability of building projects.

However, we should remember that software is also a critical part of any virtual design and construction workflow!

In my work, I use a combination of VDC technologies to support project planning, execution, and delivery.

I obviously use Plannerly to plan my BIM Execution Plan (BEP) and BIM scope.

I use Autodesk Revit to create virtual models of projects, as well as ACC/Navisworks to run clash detection.

I used Assemble Systems for quantities but am also looking at MTWO and the newer Autodesk Quantity Takeoff solutions.

I use Synchro to help manage 4D sequences, construction resources and simulate different construction scenarios for safety planning.

I also use both PlanGrid and Bluebeam Revu to manage the drawings and collaborate among project stakeholders.

These are just a few of the virtual design and construction tools I use – many more are out there!

5) Common VDC Questions I Hear

I get a lot of questions about BIM and VDC in my job. I’ve attempted to summarize some of the most common questions with some brief answers below that might be useful to you too:

So there you have it – my brief overview of virtual design and construction (VDC)! 😃

I hope this has helped you to understand what VDC is, why it’s important, and how it can be used in construction projects.

Incorporating VDC can be a challenge so I highly recommend using a tool like Plannerly to help kickstart your planning, simplify your BIM processes and keep you organized! 👍

If you’re not already using VDC on your projects, I encourage you to try it!

What do you think about VDC – can it help your company?

I blog for the Five BIM Bloggers series.

Every week we share different perspectives on important BIM topics!

To hear our views first, Join Free or follow Plannerly!

Follow 👇