Post by account_disabled on Feb 20, 2024 4:04:13 GMT -5
Architecture is one of the sectors that has evolved the most thanks to technology. We live in a society that is constantly evolving and we could not stay on the sidelines, the impact of technology on architecture is a reality. By nature, architects, engineers and all the agents involved in the execution process of a project are in continuous training. It is inevitable, we must learn to use new software, there are new construction solutions and materials on the market, and we cannot look away, we must move forward. Passivhaus - Requirements for choosing windows Currently there is a commitment to sustainable and technological architecture . The construction of smart buildings can change our perception of cities. Controlling the conditions of well-being and interior comfort by monitoring temperature or humidity is now a reality. We know that sustainable construction is the future, and we have the tools to achieve it. The Internet of Things has come to revolutionize the mobility parameters of technologically intelligent buildings. Customer relationship Architecture is based on materializing ideas, “building places” as Alejandro de la Sota said.
Technology is helping us to better show these ideas, to create them at a speed that was unimaginable years ago and we have to be able to take advantage of it. The relationship with the client is also changing and they want quality designs ; just sketches on sketch paper no longer work. The projects are explained in a simple way, and clients have no room for imagination to interpret a plan in their own way. 3D modeling is essential. Digital models are created that can be displayed easily, even on a smartphone. Sharing information through the Internet has modified the way we interact in projects. Architecture and Industry Email List construction are not immune to these changes. The BIM methodology is capable of modeling architectural projects in any project phase, from a preliminary project to an As Built project of the building. It is necessary, in addition to knowing how to use these tools, to be able to present the results in an innovative and effective way. architecture and technology Collaborative work tools The mobile phone or a tablet are common tools in projects, both when showing a design to a client and as support during a site visit.
You can consult the information immediately, or make changes to the project in situ, they have become collaborative work tools in real time. Below, we detail the most common: Autodesk Buzzsaw: It is a cloud-based data management tool that allows you to view documents and make annotations from anywhere. It allows you to exchange and share files between companies securely. In short, it is a collaboration tool that complements the BIM methodology. Wearables: It is a technology that refers to the set of devices or devices that can be incorporated into some part of our body, such as glasses, helmets or vests and that interact continuously with the user. A very useful tool especially from the point of view of safety in the execution of buildings. Near Field Communication (NFC): It is a short-range wireless communication system (it works by proximity). Information can be transferred from a bracelet or smartphone by simply touching the device. It is a way to record information immediately, especially product technical sheets, certificates, and machinery operation. Cloud Computing: We must be aware that projects are no longer printed on paper, we no longer have shelves full of folders. We live in a digital age and everything is stored in the cloud.
Technology is helping us to better show these ideas, to create them at a speed that was unimaginable years ago and we have to be able to take advantage of it. The relationship with the client is also changing and they want quality designs ; just sketches on sketch paper no longer work. The projects are explained in a simple way, and clients have no room for imagination to interpret a plan in their own way. 3D modeling is essential. Digital models are created that can be displayed easily, even on a smartphone. Sharing information through the Internet has modified the way we interact in projects. Architecture and Industry Email List construction are not immune to these changes. The BIM methodology is capable of modeling architectural projects in any project phase, from a preliminary project to an As Built project of the building. It is necessary, in addition to knowing how to use these tools, to be able to present the results in an innovative and effective way. architecture and technology Collaborative work tools The mobile phone or a tablet are common tools in projects, both when showing a design to a client and as support during a site visit.
You can consult the information immediately, or make changes to the project in situ, they have become collaborative work tools in real time. Below, we detail the most common: Autodesk Buzzsaw: It is a cloud-based data management tool that allows you to view documents and make annotations from anywhere. It allows you to exchange and share files between companies securely. In short, it is a collaboration tool that complements the BIM methodology. Wearables: It is a technology that refers to the set of devices or devices that can be incorporated into some part of our body, such as glasses, helmets or vests and that interact continuously with the user. A very useful tool especially from the point of view of safety in the execution of buildings. Near Field Communication (NFC): It is a short-range wireless communication system (it works by proximity). Information can be transferred from a bracelet or smartphone by simply touching the device. It is a way to record information immediately, especially product technical sheets, certificates, and machinery operation. Cloud Computing: We must be aware that projects are no longer printed on paper, we no longer have shelves full of folders. We live in a digital age and everything is stored in the cloud.