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 />
<strong>Integrated</strong> Practice for Sustainable Design and Facilities<br />
Management: Aspiration in a Fragmented Industry<br />
Abbas Elmualim – Innovative <strong>Construction</strong> Research Centre, The School of <strong>Construction</strong> Management and Engineering<br />
University of Reading, UK (a.a.elmualim@reading.ac.uk)<br />
Marios Pastou – Rider Levett Bucknall and The School of <strong>Construction</strong> Management and Engineering University of<br />
Reading, UK (Marios.Pastou@uk.rlb.com)<br />
Roberto Valle – The British Institute of Facilities Management and The School of <strong>Construction</strong> Management and<br />
Engineering University of Reading, UK (rvallekinloch@gmail.com)<br />
Michelle Aghahossein – Halcrow and The School of <strong>Construction</strong> Management and Engineering University of Reading,<br />
UK (michelle.aghahossein@yahoo.co.uk)<br />
Abstract<br />
The goal within construction is to deliver a well designed, quality<br />
product that meets clients’ requirements, on time and within budget<br />
and with little impact on the environment. But often this is not the<br />
case. The fragmentation of the construction process has led to lack<br />
of co-ordination and communication between parties and the<br />
separation of design from operation. Facilities Management (FM) is<br />
a relatively new profession. It is argued that effectiveness and<br />
efficiency of an organisation is linked to the physical environment in<br />
which it operates. As designers often struggle due to their lack of<br />
knowledge of the end-user, FM can inform the designers of a new<br />
building about end-users needs. Questionnaires were used as a<br />
method for data collection. The aim was to gain knowledge in topics<br />
of sustainability and FM within the construction industry. This<br />
research highlighted that FM knowledge can be communicated at the<br />
design phase to provide efficient solutions. They can take on user<br />
functionality as well as form and ensure deliverability as well as<br />
flexibility. The responses to both questionnaires were such that the<br />
knowledge of FM is rarely implemented at the briefing and design<br />
phases of a project. However, they are recognised for bringing enduser<br />
knowledge to a fragmented process to drive towards<br />
<strong>sustainable</strong> development. This renders the integrated approach to<br />
<strong>sustainable</strong> design and FM as industry’s aspiration. This has a<br />
materialised education and training consequences. Skills and<br />
training provision, traditionally offered separately to designers,<br />
managers and FM, needs to be re-evaluated. Education and training<br />
programmes should be developed to provide effective structures and<br />
processes to apply sustainability throughout the construction and FM<br />
industries coherently, and as a common practice.<br />
Keywords: construction industry, <strong>sustainable</strong> design, facilities management, sustainability, and<br />
policy<br />
Introduction<br />
This chapter attempts to highlight the point that it is very unlikely for a new <strong>sustainable</strong> building to<br />
successfully meet all the needs of the end-user, particularly the Facilities Management (FM), without<br />
their knowledge input at the early phases of a construction project. Many organisations employ FM to<br />
control their facilities during the operational phases of construction although their knowledge of the<br />
building in use is rarely utilised at an early stage in the process. Attitudes from a range of construction<br />
professionals were researched to investigate whether the inclusion of FM at the briefing and design<br />
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