5 Key Technologies Used in Architecture Today
Although the development of architecture has always been a process, the 20th century saw several changes. The result of different techniques and materials, the introduction of reinforced concrete, the rise of skyscrapers, and other factors have significantly enhanced architecture worldwide.
However, the dawn of the twenty-first century saw the birth of even better and more sophisticated options. Architecture needs change. Designers would be unable to meet the industry's more complex expectations unless new technologies were developed. Architectural and technological achievements have paved the path for architects since ancient civilisations first began stacking stones.
It is more true now than ever, thanks to the sophisticated technology that can sift through data at breakneck speed. Technology has enabled us to improve all aspects of architecture, and current solutions have made architecture more accessible, functional, and aesthetically pleasing than ever before.
The link between architecture and technology will be the key to further progress, but first, consider the technological advances that have characterised modern architecture.
3D Printing
When the first 3D printer was produced, such a technical marvel aimed to manufacture small items out of various types of plastic. As 3D printing technology advanced, researchers introduced new materials, making creating maquettes and 3D models easier. Fortunately, 3D printing technology has advanced, allowing us to manufacture bigger structures. Furthermore, your traditional home might be completed sooner than you think. You can't just press a button and print your dream home; previously printed elements may be used in traditional building processes.
These dwellings are less expensive to build than traditional ways. You won't have to worry about structural or cosmetic concerns because 3D-printed houses may be as strong as traditional ones, and architects will handle the design. Engineers have demonstrated that 3D-printed constructions may be strong and stable. In Zhaoxian, China, the Zoina Land Joint Research Centre for Digital Architecture developed and printed a 26.3-meter-long concrete bridge.
Advanced Materials
Technological improvements have also enhanced the technologies involved in creating construction materials. Previously, non-sustainable materials were significantly stronger. Because materials prone to wear have long been a major issue, scientists and engineers have opted to increase the quality of such materials, particularly structural aspects. Aesthetics are another issue with certain ancient parts, but contemporary technology has also handled that.
Self-Healing Concrete
In collaboration with Hendrik Jonkers, a microbiologist from Delft University, Ghent University's Faculty of Engineering and Architecture created a revolution and discovered self-healing concrete. Self-healing concrete saves money in the long term and isn't significantly more expensive than regular concrete. We've got the answers if you are wondering how this miracle works. Biologists harnessed the power of science and collaborated with engineers to find the most logical answer.
When concrete fractures due to weather or other factors, and water comes into touch with bacteria previously mixed with the concrete, the bacteria begin to manufacture plaster. When the water evaporates, the bacterium shuts the barrier and waits for the next opportunity to absorb some liquid.
Metallic Wood
There is a substance that is as strong as titanium but five times lighter. The University of Pennsylvania discovered a technique to make metallic wood out of nickel. 70% of the metallic wood is empty, indicating that it is light enough to float. Metallic wood, on the other hand, is extraordinarily sturdy because of the load-bearing struts included within the nickel. This substance is a technical marvel that can speed up all construction procedures on the job site.
Virtual Reality (VR)
Individuals can virtually interact with a 3D space using virtual reality. While virtual reality is popular for gaming and social media applications, architects may utilise it to display 3D simulations of their ideas. While virtual tours will always be popular, allowing clients to physically walk through space — even through a VR headset — may significantly impact the planning and design stage, saving money and time on minor alterations.
Everyone, from project members to clients, may tour the building in question, getting a closer look at floors, ceilings, and full building designs to grasp the vision with only the touch of a button and the darkness of a headset. Not only does this generate more interest in the project than a traditional 2D picture, but it also allows for plenty of flexibility to request adjustments or suggest changes before the project begins.
VR can provide you with a competitive advantage, allowing real-time modifications, and enjoying the benefits of an impressed customer in return for relatively modest start-up expenses.
Virtual Reality (VR)
Individuals can virtually interact with a 3D space using virtual reality. While virtual reality is popular for gaming and social media applications, architects may utilise it to display 3D simulations of their ideas. While virtual tours will always be popular, allowing clients to physically walk through space — even through a VR headset — may significantly impact the planning and design stage, saving money and time on minor alterations.
Everyone, from project members to clients, may tour the building in question, getting a closer look at floors, ceilings, and full building designs to grasp the vision with only the touch of a button and the darkness of a headset. Not only does this generate more interest in the project than a traditional 2D picture, but it also allows for plenty of flexibility to request adjustments or suggest changes before the project begins.
VR can provide you with a competitive advantage, allowing real-time modifications, and enjoying the benefits of an impressed customer in return for relatively modest start-up expenses.