Industrialised, Integrated, Intelligent sustainable Construction - I3con
Industrialised, Integrated, Intelligent sustainable Construction - I3con
Industrialised, Integrated, Intelligent sustainable Construction - I3con
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HANDBOOK 2 SUSTAINABLE CONSTRUCTION<br />
markets, created new cities and enabled people en masse to leave their hometowns, therefore<br />
massively increasing the gene pool.<br />
Ubiquitous information and computing technologies (ICT) such as the Internet, the personal computer<br />
and mobile computing devices are general purpose technologies that are equally as transformative.<br />
Furthermore, these technologies are converging with each other and with other pervasive technologies<br />
such as satellite navigation and automatic identification. This allows objects and people to be<br />
connected at all times, and identified in terms of time, place and thing and offers enormous potential<br />
for improvement of construction project performance.<br />
This real-time visibility and availability of information everywhere will allow project teams to capture<br />
demand signals from the workface and make more informed decisions. It will also enable teams to<br />
capture and analyse the digital trails of assets, which will allow them to fine tune procurement<br />
scheduling, transportation, site distribution, storage and installation processes.<br />
For example, the Galileo satellite system, a joint venture between the European Commission and the<br />
European Space Agency, will employ a network of 30 satellites and associated ground infrastructure<br />
to pinpoint location within one metre. This will enable construction project teams to locate objects or<br />
people to a particular zone of a specific floor of a building under construction.<br />
Within this tracking environment, intelligent physical assets, embedded with Radio Frequency<br />
Identification (RFID) tags will be able to wirelessly communicate what they are, where they are,<br />
where they have been and their operational status, free from the constraints of distance and time. A<br />
construction site that employs RFID sensing technologies will be able to read tags on materials, plant<br />
and equipment as they arrive or leave site and automatically direct goods handlers to the point of use<br />
or the storage location. This information can then automatically update the project’s building<br />
information model and be linked to inventory management and automatic payment systems for the<br />
different companies involved in a project, for example.<br />
Conclusions<br />
Organisations involved in the creation of the built environment face increasingly demanding<br />
requirements for time, cost, quality, safety, social and environmental performance on their projects.<br />
In order to more consistently meet this diverse range of demands, construction project teams need to<br />
develop a clearer understanding of how crucial logistics is in successful project delivery, and make<br />
sure their approach to construction project logistics is correctly designed, planned and implemented.<br />
Project teams create value for a client by joining together the elements of a building or structure in a<br />
particular sequence, and each one of these construction assembly tasks requires seven key prerequisites<br />
to be in place – design information, components and materials, workforce, plant, tools and<br />
equipment, working space, connecting works and external conditions. If one of these seven inputs is<br />
absent or incomplete, then a constraint is introduced to the team’s ability to undertake an assembly<br />
task efficiently, effectively, safely and with minimal environmental and social impact.<br />
Logistics does not add value itself. However, intelligent, integrated and industrialised logistics enables<br />
value-creating work to flow by creating a production process and work environment in which<br />
construction assembly tasks can be undertaken efficiently, effectively, safely and with minimal<br />
environmental and social impact.<br />
The challenge for construction project teams is to develop a better strategic and operational approach<br />
to logistics by exploiting the enormous potential of general purpose technologies, adopting a more<br />
industrialised approach to construction by transferring activities from site to the upstream stages of<br />
the supply process, and using integrated ways of working that mean all parties have a common, shared<br />
understanding of what needs to take place, how it needs to take place, when it needs to take place and<br />
who needs to do it.<br />
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