6 INDUSTRY TRENDS THAT IMPACT BIM
Nothing appears to be constant in today's environment, as the world is moving toward the adoption of recent technological developments. People in the AEC industry, for example, are looking for an improvement in their profession, as well as in modern technologies.
The AEC sector is always developing, and as a result, it has been embracing and integrating new trends to achieve more efficiency and consistency.
How do these advancements affect BIM?
The decision-making process is growing faster thanks to AR and VR technology, which is ultimately aimed at satisfying clients visually. The service is used to replace outdated systems of completing project outcomes and, as a result, it increases the quality of the job with greater precision and accuracy.
Various phases and divisions of a building project make use of augmented reality. Crews can utilize AR to detect and designate utilities or subsurface services, to name a few examples of using AR in construction. Virtual Reality (VR) technologies are already being implemented in construction departments across the board. Some examples of how to use VR: Owners may actively involve themselves in the planned design of a building that does not yet exist and observe the vision take shape, for example.
A team member who is not at the job site but wants to understand the circumstances there may virtually see a scanned 3D model of the site in the office and then interact more effectively with field staff. ?There are also excellent apps on the market that enable this, such as GAMA AR, which prevents rework, controls difficulties, records construction progress, and simplifies building handovers.
Artificial intelligence, or a machine's ability to imitate a human’s mind and behavior, has improved the development of BIM on many levels. Because of its role in facilitating BIM infrastructure, AI-assisted BIM has gained popularity. Artificial intelligence can assimilate information, analyze incoming facts, and invent new ways and methods of doing things based on its gained understanding.
Artificial Neural Networks, for example, are used in the construction industry to anticipate cost overruns based on parameters such as project size, contract type, and project manager competency. AI enables employees to have remote access to real-world training materials, allowing them to swiftly improve their skills and expertise. This cuts down on the time it takes to bring on new people to projects. As an outcome, project completion is accelerated.
Another example of the application of AI in the construction sector is the collecting of a vast volume of data over time. AI can recognize areas of a building that are now unused and turn off the heating, ventilation, and air conditioning in those areas, resulting in significant energy savings. Cleaning and unneeded upkeep for areas of the facility that aren't in use can also be eliminated.
3D printing, also known as the layered production of 3D objects, is a topic that interests many people in the construction sector. It has the potential to streamline important operations in the facility lifecycle, such as the following design to production principles and decreasing waste while improving final product quality. BIM method is critical to the success of 3D printing in construction.
A great example of this is a fully functional stainless-steel bridge printed across one of the oldest and most famous canals in the center of Amsterdam, the Oudezijds Achterburgwal. It is printed using regular industrial robots outfitted with purpose-built tools and the technology to operate them.
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The Internet of Things (IoT) allows the building to engage with the user experience through its digital twin. When user X enters the workplace, her room temperature will be set to 21 degrees, the sunshade will be lowered, and the ventilation will be set to three, just as she likes. The digital twin was designed in such a manner that all his data is accessible and may connect with the installation. A new AHU filter will also be purchased, with only two months until it needs to be replaced.
Other examples are the various programs and real-time 3D creation platforms for lifelike visuals and captivating experiences, such as Unreal Engine, which enables creators from various industries to offer cutting-edge content, interactive media, and simulated 3d worlds.
Drone Technology, when used in BIM projects, produces a vast result that is best suited for the project and follows industry standards. Drones in construction may provide various benefits, including shooting real-time photographs from the field, which can enhance communication, safety, and advertising.
Site inspections in a crowded construction area can be unsafe and difficult at times. For example, a drone's capacity to conduct a visual assessment of high-risk regions can save time and lower H&S concerns.
Robotics engineering is the study of autonomous devices, robots, and electrical systems with the goal of improving them.
A robotics engineer builds industrial robot systems to increase manufacturing precision in automated RNA (ribonucleic acid) analysis and material resource assembly. This is performed to increase the efficiency of the company's production facilities.
Robots have very popular applications in everyday life. For example, robotic toys are particularly appealing to young people in the entertainment sector.
Robots are created with the intent of reducing human labor. With the advancement of technology, we now have access to a wide range of completely automated and user-friendly equipment. In the household, robots such as kitchen bots, lawnmowers, and vacuum cleaner bots have proven to be quite useful assistants.
A lot of activities that needed physical participation have been replaced by machines as technology has advanced. This is one of the most well-known robotics applications. Industrial robots provide several benefits, including increased production speed, reduced human error, and the avoidance of accidents, among others. For example, Robots are widely employed in the assembly of automobile parts in the development of high-tech cars.