Architectural technology

Centre Georges-Pompidou in Paris
City of Manchester Stadium
Millennium Bridge, London

Architectural technology, or building technology, is the application of technology to the design of buildings. It is a component of architecture and building engineering and is sometimes viewed as a distinct discipline or sub-category. New materials and technologies generated new design challenges and construction methods throughout the evolution of building, especially since the advent of industrialisation in the 19th century. Architectural technology is related to the different elements of a building and their interactions, and is closely aligned with advances in building science.

Architectural technology can be summarised as the "technical design and expertise used in the application and integration of construction technologies in the building design process."[1] or as "The ability to analyse, synthesise and evaluate building design factors in order to produce efficient and effective technical design solutions which satisfy performance, production and procurement criteria."[2]

History

Many specialists and professionals, consider Vitruvius's theories as the foundations of architectural technology. Vitruvius's attempt to classify building types, styles, materials and construction methods[3] influenced the creation of many disciplines such as civil engineering, structural engineering, architectural technology and other practices which, now and since the 19th century, form a conceptual framework for architectural design.

In his published research, Stephen Emmitt explains that in our modern society, "The relationship between building technology and design can be traced back to the Enlightenment and the industrial revolution, a period when advances in technology and science were seen as the way forward, and times of solid faith in progress... As technologies multiply in number and complexity the building profession started to fragment".[4]

Practice of architectural technology

Architectural technology is a discipline that spans architecture, building science and engineering. It is practiced by architects, architectural technologists, structural engineers, architectural / building engineers and others who develop the design / concept into a buildable reality, and also by specialist manufacturers who develop the products used to construct buildings.

Paul Nuttall director at ARUP compares the role of the building engineer to the role of the technical architect and architect. The practice of architectural technology cannot be limited to technology itself; it also relates to the space, the building, the light, the environment served and created by the design. The professional in charge of the technical design leads specialist engineers to provide the best technical and engineered solutions for the project.[5]

In practice, architectural technology is developed, understood and integrated into a building by producing architectural drawings and schedules. Computer technology is now used on all but the simplest building types: in the twentieth century the use of computer aided design (CAD) became mainstream, allowing for highly accurate drawings that can be shared electronically, so that for example the architectural plans can be used as the basis for designing electrical and air handling services. As the design develops, that information can be shared with the whole design team. That process is currently taken to a logical conclusion with the widespread use of Building Information Modeling (BIM),[6] which uses a three dimensional model of the building, created with input from all the disciplines to build up an integrated design.

Architectural technology is informed by both practical constraints, and building regulations, as well as standards relating to safety, environmental performance, fire resistance, etc.

Building materials

Until the twentieth century, the materials used for building were limited to brick, stone, timber and steel to form structures, slate and tiles for roof coverings, lead and sometimes copper for waterproofing details and decorative roofing effects. The Romans used concrete, but it was virtually unknown as a building material until the invention of reinforced concrete in 1849.[7] Modern construction is much more complex, with walls, floors and roofs all built up from many elements to include structure, insulation and waterproofing often as separate layers or elements.

See also

References

  1. ↑ BSc (Architectural Technology) Level 8, Dublin Institute of Technology
  2. ↑ Architectural Technology BSc (Hons), Course Information (2012 Entry), School of the Built and Natural Environment, Ellison Building, Newcastle City Campus
  3. ↑ "The Ten Books on Architecture", Translated by Morris Hicky Morgan, Ph.D., LL.D., Cambridge, Harvard University Press, London: Humphrey Milford, Oxford University Press, 1914
  4. ↑ Extract from: "Architectural Technology: Research and Practice", by Stephen Emmitt, published in May 2013 in the UK by Wiley-Blackwell, ISBN 978-1-118-29206-8
  5. ↑ Breakfast with Arup: Tuesday 11 December 2012, Paul Nuttall, Director, Building Engineering London, Arup In this talk, Paul Nuttall shares his insights on designing buildings in the 21st Century. The video is widely available on youtube and other websites.
  6. ↑ What is a Chartered Architectural Technologist ?
  7. ↑ The History of Concrete and Cement. Inventors.about.com (2012-04-09). Retrieved on 2013-02-19.
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