It's Time to Break Down Barriers Between Architecture and Technology

Architecture is a technological endeavor by definition. This is due to the fact that architecture is a science as well as an art. Furthermore, architecture comprises the whole built environment, not only specific structures such as buildings and residences. Its breadth extends from the macro to the micro; whether it's city planning, urban design, landscaping, or even creating bedroom furniture, it's all covered.

Architectural technology, in its most basic form, is the use of technology to structural design. It is often seen as a sub-category or intrinsic component of architecture and building engineering as a subject. In the nineteenth century, as new materials and technology were introduced, innovative building techniques became more important. The link between architecture and technology became more fragile as technological breakthroughs accelerated.

The link between building technology and design can be traced back to the Enlightenment and the industrial revolution, an era when breakthroughs in technology and science were considered as the way ahead, and periods of firm trust in development, according to Professor Stephen Emmitt, Professor of Architectural Practice at the University of Bath. As the quantity and complexity of technologies increased, the construction industry began to fracture.

Structures were built using just a few materials up to the commencement of the Second Industrial Revolution: lumber, stone, brick, and stone. Tile or slate were used as roofing materials. Waterproofing and aesthetic aspects were achieved using lead, copper, and brass. Construction, on the other hand, has become much more complicated in recent years. Beyond the many layers and parts utilized to construct buildings, digital technology is an important feature of contemporary architecture's access floors and elevated levels.

The Revolution in Real Estate Technology
In the past, technology was gradually introduced into structures. The components were dispersed and worked independently of one another. Sensors that are triggered without touching them, as well as security systems, electronic signs, and payment processing systems, were all rejected. However, as buildings, residences, automobiles, and whole cities become more connected, this is quickly becoming a thing of the past.

Since then, building management systems, often known as building automation systems, have been an important component of commercial building design. Commercial buildings and residential residences governed by BAS are referred to as smart houses. However, it's worth noting that the first smart house didn't come into being until. The world's first "smart house," built in Klaukkala, Finland, is really a five-story apartment building. The KONE Residential Flow automation system, developed by Finland-based, is in charge of this multi-family smart house.

The Institute of Electrical and Electronics Engineers, as well as consortia initiatives like as QIVICON and Envoy, have standardized diverse networking of different devices on several physical networks for various purposes in recent years. Failover systems (which are often employed for mission-critical applications or reusable services) and service quality are also covered by such standards. Standards ensure that systems are operating properly to safeguard human health and safety.

BAS systems, which are critical for regulating demand response, are built into the majority, if not all, “green” buildings and residences. While demand response has traditionally been the primary role of BAS systems, more advanced BAS systems also control air and water usage, ventilation and humidity, security systems, and room pressurization, among other things.

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