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 />
Education for Sustainable <strong>Construction</strong><br />
Development of Knowledge and Skills for Industrialized, <strong>Integrated</strong>, <strong>Intelligent</strong><br />
<strong>Construction</strong><br />
Sander van Nederveen – Delft University of Technology (g.a.vannederveen@tudelft.nl)<br />
Reza Beheshti – Delft University of Technology (m.r.beheshti@tudelft.nl)<br />
Abstract<br />
One of the most important prerequisites of <strong>sustainable</strong> construction is<br />
the education of construction professionals who have knowledge of<br />
innovative concepts for <strong>sustainable</strong> construction, and have the<br />
capacity and creative attitude to initiate and lead innovations for<br />
<strong>sustainable</strong> construction.<br />
This chapter presents and discusses the way current civil<br />
engineering students at Delft University of Technology are prepared<br />
for their role as future leaders in construction innovation. First, a<br />
vision and a number of themes are discussed that are used for the<br />
development of the current curriculum. These themes are partially<br />
related to the Living Building Concept and are dealing with such<br />
themes as value-oriented building and Building Information<br />
Modelling. Next, the current curriculum is described with an<br />
emphasis on the courses that should contribute to the goal of<br />
education for <strong>sustainable</strong> construction. Finally the curriculum is<br />
evaluated against the vision and objectives on <strong>sustainable</strong><br />
construction.<br />
Keywords: <strong>sustainable</strong> construction, integrated design, education, value orientation, building<br />
information modelling<br />
Introduction<br />
Sustainable construction has become a key theme in recent years. Global warming, CO2 emissions<br />
and expected shortage of energy and resources have become very important issues for the Building<br />
and <strong>Construction</strong> (BC) industry. <strong>Construction</strong> companies and public bodies need to deal with these<br />
issues, because of their societal responsibility, but also for making money.<br />
Sustainable construction requires both technological and process-related innovations. An important<br />
success factor for innovations, especially for process-related innovations, is that the construction<br />
professionals can deal with innovations. Moreover, construction professionals need to be able to<br />
initiate and lead process innovations. <strong>Construction</strong> skills and training needs have changed with the<br />
introduction of new business processes, different forms of organizing production and technical<br />
innovation. In most countries adapting to changes has failed when ignoring the needs of a<br />
modernizing industry and the necessity for innovation and training. Formal training programmes<br />
proved to be inappropriate in content and method of delivery. The BC industry needs to provide the<br />
types of skill and training required to implement innovative approaches for improving the BC<br />
performance. A new generic, individually based and life-long training programme is required for the<br />
BC practitioners, trainers, researchers and policy makers, supported by the new media (Gann and<br />
Senker, 1998).<br />
This observation has important implications for the education of construction professionals. It means<br />
that faculties and schools for construction professionals, such as faculties for architecture and civil<br />
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