Minecraft meets BIM

Minecraft and BIM (Building Information Modeling) are two seemingly unrelated things, but they actually have a lot in common. Minecraft, a popular sandbox video game, allows players to build and explore virtual worlds using blocks and various materials. On the other hand, BIM is a technology used in the architecture, engineering, and construction industries to create digital models of buildings and infrastructure.

While Minecraft and BIM may seem worlds apart, they share some fundamental principles, such as the importance of planning, designing, and building. Both require creativity, problem-solving skills, and attention to detail to create successful outcomes.

In this blog, we'll explore the intersections between Minecraft and BIM, and how the skills and techniques used in each can benefit the other. We'll also discuss how Minecraft can be used to teach BIM principles and how BIM can be applied to Minecraft projects. Whether you're a Minecraft enthusiast, a BIM professional, or someone curious about the potential connections between the two, this blog is for you. So, let's dive in!

1. Minecraft and BIM both involve designing and constructing digital models, although in very different contexts.
2. In Minecraft, players use blocks and materials to create virtual environments, while in BIM, professionals use specialized software to create detailed models of real-world buildings and infrastructure.
3. Both Minecraft and BIM require planning and attention to detail, as well as creativity and problem-solving skills.
4. Minecraft can be a valuable tool for teaching BIM principles, such as spatial awareness and scale modeling.
5. BIM can be applied to Minecraft projects to help create more detailed and accurate models, particularly in architecture and urban planning.
6. Minecraft's block-based interface can be used to simplify the process of creating 3D models for BIM, particularly for novice users.
7. Both Minecraft and BIM offer opportunities for collaboration and teamwork, allowing multiple users to work on a project together in real time.
8. Minecraft's popularity and accessibility make it a valuable platform for engaging younger generations in architecture and construction, potentially leading to future careers in these fields.
9. BIM can help Minecraft builders create more complex and realistic structures, particularly in the areas of engineering and structural analysis.
10. The intersection of Minecraft and BIM represents a fascinating area of exploration for architects, engineers, game designers, and educators, with potential applications in a wide range of industries and fields.

In conclusion, while Minecraft and BIM may seem like unlikely bedfellows, they share a surprising number of similarities and potential intersections. Both involve creating digital models of attention to detail, creativity, and problem-solving skills, and both offer opportunities for collaboration and teamwork.

Furthermore, Minecraft's accessibility and popularity make it an excellent platform for engaging younger generations in architecture and construction, while BIM offers advanced tools and techniques for creating more detailed and accurate models.

As the worlds of gaming and construction continue to evolve, it will be fascinating to see how Minecraft and BIM intersect and inform one another. From education to professional practice, there is much to be gained from exploring the connections between these two seemingly disparate fields.

BIM History Map

Interesting BIM development map ready to print! All developments from 1980 to the present! Good idea for a new poster on your wall or a gift for a BIM fan? Here's the Link how you can print this on a wall.

What makes a successful BIM?

BIM Goals

The trick to a successful BIM process is knowing what the goals of your organization should be to get the best results. 

If there is one thing that has been consistent in the various BIM discussions is that the desired results remain the same: shorter project schedules with fewer changes during construction, and digital files at closeout that are useful to the owner for facility management. 

Also, in highly renovation prone facilities, the standard results include a Record Model that can be reconciled with the existing facility model.

MacCleamy Curves

One of the initial concepts of BIM was the idea of frontloading. Patrick MacCleamy from HOK developed the MacCleamy Curves. Building Smart used his concepts to develop the graph in the attached image.

These curves show that decisions made earlier in the project cost less and are easier to enact.

Therefore, it's more efficient to make major decisions earlier in the process.

The idea is that using three-dimensional models allow this to happen due to the nature of models being a visual and clear avenue of communication between interested parties.

BIM is not Revit

Please note that at this point in the lecture Revit has hardly been mentioned at all. This is because Revit is not BIM. Revit is actually a proprietary tool produced by Autodesk that is used by many designers in the industry to make models.

Many times an organization will say they do BIM simply because they use Revit to create construction documents. In actuality, Revit is simply a tool while BIM is a process. Revit, and modeling programs like it, are considered disruptive technologies that have changed the construction process and made BIM possible.  

This is mentioned only because many times individuals confuse the program with the process. BIM can be performed with a multitude of platforms—not just Revit. Furthermore, just because you are using Revit, doesn’t mean you are doing BIM.

Multiple Platforms

As you wade into the BIM waters, what you will find is that BIM is not completed by one platform alone. For design teams, Revit is a typical tool in use, but it is not the only tool. During design individuals might also use +SketchUp, Rhino, Dynamo or other software's to support their work.

During construction, the contractor might rely heavily on Navisworks, or Autodesk Glue. The subcontractors also have tools that are dedicated to their trade. 

BIM is certainly not a one program process and it would be short sighted to treat it that way. BIM is about how digital tools are used to enhance communication. This concept is independent of the tool of choice. The most savvy of BIM teams use multiple tools to support the needs of the process. They do not allow the process to be stymied by ill fitting technology rather they seek out the right technology for the specific situation.

The Modeling effect

In the building industry, we have been drawing the same way for over 1000 years. Modeling has made it possible to continue to make drawings, but to also do so much more.

Today we can link different models together to visually review if every element has the space it needs to exist.

Today, we can add information into the model at the time of installation that allows facility managers to access more accurate information about the facility they are about to manage. 

Today, buildings are being built in the computer before they are being built on site. Robotic construction is gaining a strong footing, and modeling—paired with the rapid rise of the PDF (Portable Document Format) and the internet—has made the need for paper drawings almost negligible.

What makes a successful BIM?

A successful BIM is created when an organization uses the digital tools available to transcend the existing patterns of rework and lost work inherent in traditional systems to develop a more streamlined approach to communication with the stakeholders of a project.

Modeling allows for a level of visual communication not available in two dimensional drawing. If models are produced with intention a more, clear, more concise and more coordinated level of communication occurs between stakeholders.

The answer is that successful BIM rest in the hands of the people doing the work. Individuals must be willing to put in the time and energy to establish an organization's standards and learn how contemporary modeling and communication tools can work to make their projects more efficient.

Source: Global eTraining

Different Defintions of BIM

BIM (Building Information Modeling) is an intelligent 3D model-based process that gives architecture, engineering, and construction (AEC) professionals the insight and tools to more efficiently plan, design, construct, and manage buildings and infrastructure.
(Source: Autodesk)

Building information modeling (BIM) is a process involving the generation and management of digital representations of physical and functional characteristics of places. Building information models (BIMs) are files (often but not always in proprietary formats and containing proprietary data) which can be extracted, exchanged or networked to support decision-making regarding a building or other built asset. Current BIM software is used by individuals, businesses and government agencies who plan, design, construct, operate and maintain diverse physical infrastructures, such as water, refuse, electricity, gas, communication utilities, roads, bridges, ports, tunnels, etc.
(Source: Wikipedia)

Some say BIM is a type of software. Some say BIM is the 3D virtual model of buildings. Others say BIM is a process or BIM is nothing more than the collection of all building data organized into a structure database easy to query both in a "visual" and a "numerical" way. It is safe to say that BIM is all the above and some more… Now let’s see BIM explained in laymen’s terms. When it comes to BIM everything starts with a 3D digital model of the building. This model, however, is way more than pure geometry and some nice textures cast over it for visualization. A true BIM model consists of the virtual equivalents of the actual building parts and pieces used to build a building.
(Source: Graphisoft)

This may come as a surprise, but BIM isn’t new. It first appeared as early as 1962, when Douglas Engelbart wrote his paper “Augmenting Human Intellect: A Conceptual Framework” and described architect entering specifications and data into a building design and watching a structure take shape—a concept very similar to modern parametric modeling.
(Source: Engineering.com)

Further Reading:  BIM Structural Engineering Curriculum (Autodesk)

                             Understanding Building Information Modeling

                             Origins of BIM

Understanding Building Information Modeling

In the Architecture, Engineering and Construction world today, there are many ideas of what BIM actually is. First of all, BIM is an acronym for Building Information Modeling. Another way to think about it is the modelling

of building information.

In the design process of the past, architects and engineers would create a set of drawings and schedules that together would describe how a building should be constructed. These drawings and schedules were first produced by hand and then later by computers. Once computers were introduced to the design process, CAD was created. CAD is an acronym for computer-aided design. This process focuses on the end documentation.

The BIM process focuses on creating a complete building model. The building model can then be used for several purposes, including generating the documentation. For example, the model can be used for analyses, fabrication, construction and operations and maintenance with little or no reproduction of the design.

In the traditional CAD process, the building design would have to be reproduced in another program to run analyses. Then it would typically be redrawn for fabrication and again for construction. With this process, much time is wasted. When using a building model to perform all these steps, time is saved by cutting out the reproduction of the design. Additionally, errors and omissions are significantly reduced.

As far as defining BIM, a broad definition is an integrated workflow built on coordinated, reliable information about a project from design through construction and into operation. An integrated workflow is one in which the entire design team is working on creating a single building model. This model represents the actual building that is to be constructed. Once the design is complete, the model can be handed over to the construction team. Then the construction team can use the model for quantity takeoffs and correctly ordering the necessary building components. Also, the model can be used to fabricate building components that are not simply ordered.

If the described process can be accomplished, then all the information in the model would be coordinated and reliable. Moving back to the design stage, coordination is very important. If the architect hands their design to the structural team and then to the MEP team, but the structural and MEP teams are not working together, then the design will not be coordinated. That will in turn cause problems once the building is being constructed.

Additionally, the information must be reliable. If the structural team and MEP team are working with a design from the architect that is a month old, then the information they have is not very reliable.

To finish out the definition of BIM, look at the last portion-from design through construction and into operation. If there is an integrated workflow with all team members, then a single building model can easily be handed from the design team to the construction team. Once the building is constructed, the construction team can hand the model off to the owner. The owner can then use the model for operation and maintenance of the building. Because of the desire for more efficient design and construction, along with the drive for energy-efficient buildings, BIM is becoming more and more important.

If you have not realized by now, not one particular computer program has been mentioned to accomplish the BIM process. The procedures and methods described in this lesson are still somewhat theoretical. At this time, there is no one program that can accomplish everything described here. However, Autodesk is developing tools that are making BIM more and more achievable.

The Revit platform is designed for the purpose of building information modeling. Typically when people think of BIM, they think of Revit. That is not a bad thing by any means, but there are some steps to the BIM process that Revit is still not capable of attaining. However, Revit is great for the design process of BIM and allows for coordination among all team members.

Source: Cadlearning.com