Industrialised, Integrated, Intelligent sustainable Construction - I3con
Industrialised, Integrated, Intelligent sustainable Construction - I3con
Industrialised, Integrated, Intelligent sustainable Construction - I3con
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SUSTAINABLE CONSTRUCTION HANDBOOK 2<br />
provides societies with facilities and infrastructure projects that meet their needs and fulfil their<br />
requirements (Friends of the Earth, 1995; Roodman and Lenssen, 1995; Khan, 2008). On the other<br />
hand, around 3 billion tonnes of raw materials and 40% of the total global economy are used in<br />
manufacturing construction materials worldwide. Furthermore, the construction industry is<br />
accountable for about 50% of the material resources taken from nature, 40% of energy consumption<br />
and 50% of total waste generated. Large amounts of energy are consumed during the procurement of<br />
materials, construction activities and operating artificial heating and cooling systems (Anink et al.,<br />
1996; Othman, 2007). This called for the construction industry to be more <strong>sustainable</strong>. The rapid<br />
political, economic, legal, technological and competitive changes in the business environment<br />
necessitated that every industry has to innovate in order to remain in market and compete for the<br />
future (Othman, 2008). Today's competitive environment entails that companies have to understand<br />
the needs of current generations and offer them efficient and effective solutions that achieve their<br />
objectives without compromising new generations from achieving their own needs. Innovation and<br />
new technology are essential components of competitive advantage for many organizations. Different<br />
organizations face imperative competitive challenges due to the quick speed and unpredictability of<br />
technological change. Industries which depend on highly sophisticated technologies and firms that are<br />
engaged in multinational competition are particularly vulnerable to the need for continuous and rapid<br />
modification of their products’ features, and the ways in which they conduct business. Because of the<br />
limited natural resources on the planet and due to the huge consumption of materials and energy,<br />
construction professionals have to consider sustainability issues when performing their activities in<br />
order to be competitive. Innovations and new technology provide a way of increasing the<br />
competitiveness of the construction industry through developing smarter materials, equipment and<br />
techniques that save the environment, enhance society and prosper the economy.<br />
16<br />
Aim and Objectives<br />
This chapter aims to investigate the integration of innovation and sustainability principles as an<br />
approach for achieving competitive advantage in construction. In order to achieve this aim, three<br />
objectives have to be accomplished:<br />
• Building a thorough background of the study topic through reviewing the concepts of<br />
innovation, sustainability and competitive advantage in the construction industry.<br />
• Presenting case studies and examples of innovative ideas that increased competitive<br />
advantages of companies operating in construction and other industries.<br />
• Developing an innovative theoretical framework integrates innovation and sustainability<br />
towards achieving competitive advantage in construction. The development of the framework<br />
is based on the results of the literature review, cases studies and the practical solution that the<br />
integration of both principles can do towards increasing competitive advantage in the<br />
construction industry.<br />
Overview and Definitions<br />
Background<br />
Innovation<br />
The term “innovation” refers to a new idea, method or device (Oxford Dictionary, 2009). It is the<br />
creation, development and implementation of a new product, process or service, with the aim of<br />
improving efficiency, effectiveness or competitive advantage (Digital Strategy, 2009). Innovation is a<br />
mindset, a pervasive attitude, or a way of thinking focused beyond the present into the future vision.<br />
Innovation is not a modern concept. Joseph Schumpeter is believed to be the first economist who<br />
recognised the importance of innovation in the 1930’s (Rogers, 1983). It is increasingly seen as a<br />
result of an interactive process of knowledge generation and knowledge application (Toedtling and<br />
Lehner, 2006). It is an important topic in the study of economics, business, design, technology,<br />
sociology, and engineering. Innovation is often synonymous with the output of the process. However,<br />
economists tend to focus on the process from the origination of an idea to its transformation into a<br />
useful product, to its implementation; and on the system within which the process of innovation