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Fellows, R and Liu, A M M (2012) Managing organizational interfaces in engineering construction projects: addressing fragmentation and boundary issues across multiple interfaces. Construction Management and Economics, 30(08), 653-71.

Greenwood, D and Gledson, B J (2012) The efficient scheduling of resources in engineering construction projects: reflections on a case study from Iran. Construction Management and Economics, 30(08), 687-95.

Koch, C (2012) Contested overruns and performance of offshore wind power plants. Construction Management and Economics, 30(08), 609-22.

  • Type: Journal Article
  • Keywords: cost overrun; London Array; offshore wind power; socio-technical; strategic misrepresentation
  • ISBN/ISSN: 0144-6193
  • URL: https://doi.org/10.1080/01446193.2012.687830
  • Abstract:
    Offshore wind power plants are expected to expand rapidly in the coming years. These large engineering construction projects are important for climate change mitigation. The paper contributes to socio-technical understanding of engineering construction. Cost, time, delays and performance results of selected British plants are investigated, with a focus on strategic misrepresentation. This megaproject concept is combined with a socio-technical content analysis of offshore wind farms and provides a technologically precise and contemporary conceptualization in comparison with complex engineering and megaproject approaches. Based on publicly available data, budget and time overruns and underperformance are demonstrated. Budget overruns range from 0% to 65%; time overruns from 9% to 100%, Operational performance indicators reveal plants far below and just below estimations. These are all indications of strategic misrepresentation, but according to project players, the delays originate from weather, product technology, site features and processes. The findings thus indicate a latent controversy regarding reasons for overruns. A socio-technical variant of reference class forecasting (RCF) is developed to explore whether RCF could improve the estimates. Socio-technical RCF is developed for 10 plants that share foundation, national and geotechnical conditions. This provides an illustrative example of a proposed uplift for London Array. Such an RCF should be orchestrated with more governance mechanisms in order to improve future investments in engineering construction, including offshore plants.

Locatelli, G and Mancini, M (2012) Looking back to see the future: building nuclear power plants in Europe. Construction Management and Economics, 30(08), 623-37.

Madter, N, Brookes, N J, Bower, D A and Hagan, G (2012) Exploring project management continuing professional development in engineering construction. Construction Management and Economics, 30(08), 639-51.

Pasquire, C (2012) Positioning Lean within an exploration of engineering construction. Construction Management and Economics, 30(08), 673-85.