Myths about Building Information Modeling (BIM)

• Building Information Modeling (BIM) is a process in which building modeling is done on a single platform. Here architecture, engineering, and construction (AEC) industry professionals can collaborate on the platform to plan, design, construct, and manage buildings and infrastructure more efficiently.
• BIM is a concept that originated in the 1970s but gained popularity in the early 20th century. It was possible due to the development of advanced software for risk management and clash detection in projects. These are developed according to standard guidelines and are used in a wide range of projects of all sizes all over the world. The following are some typical myths concerning BIM:

MYTH1: BIM is Simply a Modeling Software

• Though BIM plays a role in 3D modeling, the process encompasses much more. Architects, engineers, and constructors cooperate and share data in a digital environment known as the Common Data Environment (CDE), which contains graphical and non-graphical data and produces data-rich models as a result.
• Real-life Example: Nanjing International Youth Cultural Centre
• This project demonstrates how BIM was an effective tool for reducing construction time. The project was designed in 34 months, with only 18 months necessary for on-site construction, due to the BIM team’s efficient background in 3D BIM and construction management.

MYTH 2: BIM Implementation is Complicated

• BIM is a transformation in a project’s workflow as well as a shift in architects’ attitudes. It’s simple to learn, allows for efficient workflow, boosts production, and benefits all project team members.
• Real-life Example: Jewel Changi Airport, Singapore
• It was crucial in the construction of the airport in every way. The BIM Execution Plan (BEP) aided in the implementation of BIM at various phases of the project. In addition, the glass façade contains 9000 different sizes and shapes of glass that were designed, and each piece’s drawing was delivered to the manufacturer for fabrication.

MYTH 3: BIM lacks long-term impact on Productivity

• Though BIM involves initial operator and software training, high-quality workflow and project improvements can help to boost efficiency at a certain point.
• Real-life Example: Le Architecture
• This project is one of the best illustrations of how BIM has enhanced the building’s productivity and efficiency. The architects used the Green BIM Platform to model and assess the green building systems.

MYTH 4: BIM is only for Big Projects

• BIM is commonly used in large projects because it allows for better project management than traditional construction methods. It’s also useful in small-scale initiatives to improve the quality and productivity of professionals significantly.
• Real-life Example: Rock House or St. Ives (Cornwall)
• The architects’ employed BIM technology and a laser scanner to scan the site and 3D map the rocky terrain, achieving modeling accuracy of 0.01 millimeters. The project is a two-and-a-half-story apartment building.

MYTH 5: BIM is beneficial only for Designers and Constructors

• The BIM platform facilitates all professionals and clients to communicate and collaborate easily. As a result, it is advantageous to everyone.
• Real-life Example: Macquarie University Incubator
• Its creation was through BIM collaboration between the client, designer, contractor, and subcontractors. The project made extensive use of BIM to prefabricate the building components and construct the structure with precision.

MYTH 6: BIM solves Clashes

• There have been instances where different professionals have had disagreements with the same model. Clash Detection Services detect clashes and notify the manager or other professionals who should resolve them. BIM does not resolve conflicts; rather, it recognizes them and provides monetary advantages. Best Clash Detection and Resolution is possible by an efficient and experienced BIM service provider with multidisciplinary expertise in Construction Industry.
• Real-life Example: 22 Bishopgate
• 22 Bishopsgate is a 62-story commercial tower in the center of London with a triple basement, 57 lifts, and many intricacies. The structure was possible due to 4D BIM and the Virtual Construction technique used by the BIM service provider with Multiplex. At this scale, there are 2000 to 3000 disputes at any given time, but BIM’s pre-detection capability aids experts in resolving them.

MYTH 7: BIM Development seeks Detailed Inputs and Information

• To make the model data-rich, BIM models strive to be as data-rich and accurate as feasible. The determination of the amount of data for a BIM model is possible by the project’s Level of Development (LOD). LOD 100 is useful for the only concept, LOD 400 for building, and LOD 500 is for the structure’s operation and maintenance.
• Real-life Example: Whizdom 101, Bangkok
• This project proposes to construct a 17-acre smart city with residential and business skyscrapers for commercial and mixed-use development. The application of BIM is scaling up from a single building to a metropolis in this case. As a result, the LOD deployment was possible in the development and maintenance of the city, according to the requirements.

MYTH 8: BIM Has Nothing for the Client

• Operation and maintenance are the most crucial aspects of the project. After receiving the project and BIM file, the client can use the BIM model for future renovations, reuse, and maintenance of the building in a more time and cost-effective manner.
• Real-life Example: WeWork, Bengaluru (India)
• WeWork’s business strategy is so unusual that it necessitates repurposing, reusing, and constructing new spaces for new members. They may quickly make the necessary adjustments with the help of Building Information Modeling of the office.  

MYTH 9: BIM is Expensive

• There is a small percentage of productivity loss while implementing BIM workflow and training. But, the money spent on that minor loss is quickly recoverable from subsequent projects and with good implementation on the project.
• Real-life Example: Shanghai Disneyland
• 80% of this project has BIM Implementation. The motive of using BIM was to reduce rework, develop models more easily and work at a higher level of development. Moreover, BIM engages other project members through video, cloud, and social media; coordinates workers in multiple locations at the same time, and develops a proper project schedule.

MYTH 10: BIM will be Obsolete one day

• The purpose of BIM in the worldwide construction industry for a long time is to reduce waste, reduce project risk, and maintain track of the project appropriately. BIM has made a big change in the workflow and proper use of technology as mankind has improved its standards to the digital world.
• Real-life Example: Crossrail, Europe
• The project began in 2009 and is currently under construction. When the project began, it was not a BIM project; but, as time went on, BIM demonstrated its value and became an intrinsic element of the project. During the course of this project, BIM software developed, approved, and managed over 1 million CAD files.
• Building Information Modeling is a valuable tool in disciplines such as architecture, urban design, transportation, and many others. With the advancement of technology, BIM has also advanced. Don’t believe the myths; instead, understand the relevance of Building Information Modeling and stay ahead of the competition. For successful BIM Implementation in your construction projects, email us at info@bimpactdesigns.com. 
• Building Information Modeling (BIM) is a process in which building modeling is done on a single platform. Here architecture, engineering, and construction (AEC) industry professionals can collaborate on the platform to plan, design, construct, and manage buildings and infrastructure more efficiently.
• BIM is a concept that originated in the 1970s but gained popularity in the early 20th century. It was possible due to the development of advanced software for risk management and clash detection in projects. These are developed according to standard guidelines and are used in a wide range of projects of all sizes all over the world. The following are some typical myths concerning BIM:

MYTH1: BIM is Simply a Modeling Software

• Though BIM plays a role in 3D modeling, the process encompasses much more. Architects, engineers, and constructors cooperate and share data in a digital environment known as the Common Data Environment (CDE), which contains graphical and non-graphical data and produces data-rich models as a result.
• Real-life Example: Nanjing International Youth Cultural Centre
• This project demonstrates how BIM was an effective tool for reducing construction time. The project was designed in 34 months, with only 18 months necessary for on-site construction, due to the BIM team’s efficient background in 3D BIM and construction management.

MYTH 2: BIM Implementation is Complicated

• BIM is a transformation in a project’s workflow as well as a shift in architects’ attitudes. It’s simple to learn, allows for efficient workflow, boosts production, and benefits all project team members.
• Real-life Example: Jewel Changi Airport, Singapore
• It was crucial in the construction of the airport in every way. The BIM Execution Plan (BEP) aided in the implementation of BIM at various phases of the project. In addition, the glass façade contains 9000 different sizes and shapes of glass that were designed, and each piece’s drawing was delivered to the manufacturer for fabrication.

MYTH 3: BIM lacks long-term impact on Productivity

• Though BIM involves initial operator and software training, high-quality workflow and project improvements can help to boost efficiency at a certain point.
• Real-life Example: Le Architecture
• This project is one of the best illustrations of how BIM has enhanced the building’s productivity and efficiency. The architects used the Green BIM Platform to model and assess the green building systems.

MYTH 4: BIM is only for Big Projects

• BIM is commonly used in large projects because it allows for better project management than traditional construction methods. It’s also useful in small-scale initiatives to improve the quality and productivity of professionals significantly.
• Real-life Example: Rock House or St. Ives (Cornwall)
• The architects’ employed BIM technology and a laser scanner to scan the site and 3D map the rocky terrain, achieving modeling accuracy of 0.01 millimeters. The project is a two-and-a-half-story apartment building.

MYTH 5: BIM is beneficial only for Designers and Constructors

• The BIM platform facilitates all professionals and clients to communicate and collaborate easily. As a result, it is advantageous to everyone.
• Real-life Example: Macquarie University Incubator
• Its creation was through BIM collaboration between the client, designer, contractor, and subcontractors. The project made extensive use of BIM to prefabricate the building components and construct the structure with precision.

MYTH 6: BIM solves Clashes

• There have been instances where different professionals have had disagreements with the same model. Clash Detection Services detect clashes and notify the manager or other professionals who should resolve them. BIM does not resolve conflicts; rather, it recognizes them and provides monetary advantages. Best Clash Detection and Resolution is possible by an efficient and experienced BIM service provider with multidisciplinary expertise in Construction Industry.
• Real-life Example: 22 Bishopgate
• 22 Bishopsgate is a 62-story commercial tower in the center of London with a triple basement, 57 lifts, and many intricacies. The structure was possible due to 4D BIM and the Virtual Construction technique used by the BIM service provider with Multiplex. At this scale, there are 2000 to 3000 disputes at any given time, but BIM’s pre-detection capability aids experts in resolving them.

MYTH 7: BIM Development seeks Detailed Inputs and Information

• To make the model data-rich, BIM models strive to be as data-rich and accurate as feasible. The determination of the amount of data for a BIM model is possible by the project’s Level of Development (LOD). LOD 100 is useful for the only concept, LOD 400 for building, and LOD 500 is for the structure’s operation and maintenance.
• Real-life Example: Whizdom 101, Bangkok
• This project proposes to construct a 17-acre smart city with residential and business skyscrapers for commercial and mixed-use development. The application of BIM is scaling up from a single building to a metropolis in this case. As a result, the LOD deployment was possible in the development and maintenance of the city, according to the requirements.

MYTH 8: BIM Has Nothing for the Client

• Operation and maintenance are the most crucial aspects of the project. After receiving the project and BIM file, the client can use the BIM model for future renovations, reuse, and maintenance of the building in a more time and cost-effective manner.
• Real-life Example: WeWork, Bengaluru (India)
• WeWork’s business strategy is so unusual that it necessitates repurposing, reusing, and constructing new spaces for new members. They may quickly make the necessary adjustments with the help of Building Information Modeling of the office.  

MYTH 9: BIM is Expensive

• There is a small percentage of productivity loss while implementing BIM workflow and training. But, the money spent on that minor loss is quickly recoverable from subsequent projects and with good implementation on the project.
• Real-life Example: Shanghai Disneyland
• 80% of this project has BIM Implementation. The motive of using BIM was to reduce rework, develop models more easily and work at a higher level of development. Moreover, BIM engages other project members through video, cloud, and social media; coordinates workers in multiple locations at the same time, and develops a proper project schedule.

MYTH 10: BIM will be Obsolete one day

• The purpose of BIM in the worldwide construction industry for a long time is to reduce waste, reduce project risk, and maintain track of the project appropriately. BIM has made a big change in the workflow and proper use of technology as mankind has improved its standards to the digital world.
• Real-life Example: Crossrail, Europe
• The project began in 2009 and is currently under construction. When the project began, it was not a BIM project; but, as time went on, BIM demonstrated its value and became an intrinsic element of the project. During the course of this project, BIM software developed, approved, and managed over 1 million CAD files.
• Building Information Modeling is a valuable tool in disciplines such as architecture, urban design, transportation, and many others. With the advancement of technology, BIM has also advanced. Don’t believe the myths; instead, understand the relevance of Building Information Modeling and stay ahead of the competition. For successful BIM Implementation in your construction projects, email us at info@bimpactdesigns.com.