6 New Technology In Architecture Every Architect Must Know In

Modern architecture is characterized by freedom of ideas mainly due to the development and implementation of new technologies for architects. This is the creation of new materials and structures, digital design and construction capabilities, 3D printing of buildings, and, of course, the development of new engineering systems. Whatever you do, countless applications and programs have entirely changed how modern architects approach design. Innovations enable them to implement ideas with greater precision and efficiency, reduce environmental impact, and create more sustainable and functional buildings.

Next, we’ll look at six absolutely brilliant technologies in architecture that are rapidly changing the world around us and help architects do their jobs consistently and reliably and improve how they do it.

TOP 6 Technologies for Advanced Building and Projecting

Drones, virtual reality, robots, AI, 3D printing, VR, and scanning — how can new technologies help design future buildings?

1. 3D Printing

It’s no longer a secret that 3D printing has gained particular popularity among designers and architects. The primary job of any design or architectural company is to make high-quality architectural models. They try hard to attract customers and investors’ interest in developing future projects. Creating a traditional model is time-consuming, labor-intensive, and unreasonably expensive. 3D printing technology makes it possible to reduce work completion time and improve quality.

However, 3D printing is also used to produce materials for constructing buildings, furniture, and interior details. Many companies have changed their specialization to making construction materials using 3D printing. Using this advanced technology for architecture allows designers to invent and apply completely new and effective aesthetic forms.  

2. Virtual Reality

Although classic 3D models are good at visualization, they provide a different effect than virtual and augmented reality. These technologies are not new for architecture and successfully solve the following problems:

• Explore the location of future construction.
• More accurately select volumetric-spatial solutions.
• Check the compatibility of various design and architectural solutions.
• Evaluate the interior, exterior, and its elements.

How VR Helps a Constructor and a Client Interact Quickly

Clients of construction companies are actively involved in design and construction. They often change their preferences during work, which is why the result may be somewhat unexpected, containing poorly compatible ideas. Such misunderstandings often provoke conflicts between the customer and the contractor.

VR in architecture allows one to consider how a particular solution will look with the project’s other components. An architect, for example, can visually show and explain that a given decision is incorrect. And when the client is convinced of this visually, it will significantly save time and nerves for both. Any ideas, amendments, and comments on the project can be visualized and examined in detail, eliminating many complex, unpleasant working moments.

3. Cloud Computing

The cloud is an online service that allows you to use all systems remotely. The user can work with programs and applications on the Internet without being tied to a specific device. In the beginning, clouds gained popularity only among IT suppliers, but later, representatives of other specializations appreciated the convenience and advantages of cloud solutions.

Nowadays, cloud computing is a popular new technology in architecture. Working on the project often becomes a severe headache for each participant. Many important data are stored in paper form, certain aspects are discussed over the telephone, and the necessary information is recorded on improvised sheets, which are then invariably lost. Hosting a project on servers makes it faster, more adaptable, and much more scalable. You can exchange and control information in real time. In addition, the entire team involved in projecting and construction will have access to all necessary data at any time.

4. Drones

Not everyone knows drones can be used for military purposes and as sufficient help in architecture visualization. Satellite images are not always suitable for site planning due to possible inaccuracies and low resolution, and data obtained from a drone becomes the basis for ultra-accurate 3D terrain models. The main help of drones is fixing an object on all sides and at different heights to develop ideal 3D models. But here are more advantages of using them:

• Architectural engineering — Maps of large work sites are provided to obtain detailed and accurate data using drones. 2D maps and 3D models help optimize planning and design.
• Progress monitoring — Unmanned solutions, image fusion, and 3D modeling software help you stay on top of site progress and manage resources, ensuring projects are on time and highly accurate.
• Construction inspection and maintenance — You quickly provide maps and model buildings to digitize processes, checks, and maintenance, reduce costs, and ensure personnel safety.

5. Augmented Reality

Architects face a difficult task — to develop and present a project profitably. Three-dimensional models rescue the situation, helping see objects from different angles in weather and light. Progress does not stand still and is not limited to computer graphics — you can advantageously present your project in projection format.

How Do You Present a Project in AR?

Everything is straightforward. The 3D model you created can be transferred to the AR application and presented as an object in the real world, located near you in the exact location. Unlike virtual reality (VR), this technology does not require connecting headsets, glasses, or other equipment. All you need is a device camera and an app with AR functionality.

The possibilities of this new technology in architecture are endless. Augmented reality helps to examine and evaluate the model from all sides, rotate, enlarge, or reduce, and consider the layout, ergonomics, and color scheme.

The Internet of Things (IoT)

The Internet is a unique thing to which you can connect almost everything. The Internet of Things is an innovative solution that makes our lives much more manageable. Its main task is to competently transfer physical objects into digital ones, constantly monitoring and collecting information about these objects using sensors for data exchange. You can control these devices by issuing commands from a PC or smartphone.

IoT is an advanced technology for architects that links, monitors, and regulates data about the projecting object. At the project development stage, computer programs can be entrusted with calculating the likelihood of risks occurring, the ability to comply with technological standards, and also model the reliability of using specific methods during the construction.

High-quality software will speed up the decision-making process on a project and potentially save time and money on troubleshooting potential problems. Information for analytics is collected through installed IoT sensors on the equipment, producing results for real-time monitoring and planning work at the following stages.

Final Words

Almost any area of ​​development of social needs sooner or later comes to digitization. Digital technologies such as virtual and augmented reality, generative design, drones, robots, and walkthrough architecture can significantly improve construction. It becomes so easy to use and monitor construction progress in the cloud or chat with the architectural team in real time.

If you think these features are unavailable, don’t be disappointed and contact Genense Studio. Even the most erudite and award-winning professional in planning and architecture is prone to making critical mistakes that ruin the entire construction process. This applies to every participant in construction, from the drawing to the installation stage. Our studio specialists are trained and have access to many innovative solutions to work more efficiently on a project.