Abstract

Construction industry insolvency studies have failed to stem the industry’s high insolvency tide because many focus on big civil engineering firms (CEF) when over 90% firms in the industry are small or micro (S&M). This study thus set out to uncover insolvency criteria of S&M CEFs and the underlying factors using mixed methods. Using convenience sampling, storytelling method was used to execute interviews of 16 respondents from insolvent firms. Narrative and thematic analysis were used to extract 17 criteria under 2 groups. Criteria were used to formulate questionnaire of which 81 completed copies were received and analysed using Cronbach’s alpha coefficient and relevance index score for reliability and ranking respectively. The five most relevant criteria are: economic recession, immigration, too many new firms springing up, collecting receivables and burden of sustainable construction. The 4 underlying factors established through factor analysis are: market forces, competence-based management, operations efficiency and other management issues and information management. The factors were in line with Mintzberg’s and Porters’ strategy theories. Results demonstrate that insolvency factors affecting big and small CEF can be quite different and sometimes, even opposite. This research will provide a unique resource on the ‘beware’ factors for potential owners of S&M CEF. The criteria are potential variables for insolvency prediction models for S&M CEFs.

Highlights

  • While research in construction has focused more on green sustainability in terms of reducing resource consumption and construction waste, the construction industry has been more troubled with economic sustainability in terms of solvency of firms

  • The skewed distribution is clear from the industry statistics: the industry boasted over 950,000 small and medium enterprise (SME) in 2015; the industry represents circa 20% of the UK private sector SMEs, making it the sector with the highest percentage of SME firms (Department for Business Innovation and Skills, 2015); over 96% of UK civil engineering firms as of 2001 are small or micro firms (Jaunzens, 2001); and 86% of employees in the sector work in small civil engineering firms (Stanworth and Purdy, 2008)

  • This study focuses on uncovering the main factors that lead to insolvency of small civil engineering firms using mixed method

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Summary

Introduction

While research in construction has focused more on green sustainability in terms of reducing resource consumption and construction waste, the construction industry has been more troubled with economic sustainability in terms of solvency of firms. Over 1500 civil engineering firms became insolvent at the beginning of 2012 alone (Daily Mail Reporter, 2012) To contextualise this better, though the overall insolvency in the UK in the second quarter of 2015 was its lowest since 2007, the construction industry still led the liquidated companies in England and Wales chart at the end of the same period (Wood, 2015), a position it has held over many years (Department for Business Innovation and Skills, 2015). Though the overall insolvency in the UK in the second quarter of 2015 was its lowest since 2007, the construction industry still led the liquidated companies in England and Wales chart at the end of the same period (Wood, 2015), a position it has held over many years (Department for Business Innovation and Skills, 2015) This is so, despite a lot of research into the reason for failure of civil engineering firms. According to the European Union definition of firm sizes, micro firms are firms with one to nine employees and with a turnover equal to or less than two million Euros; small firms are those with 10 to 49 employees and with a turnover equal to or less than 10 million Euros; medium-sized firms are firms with 50 to 249 employees and with a turnover equal to or less than 50 million Euros; large firms are those with over 250 employees and with a turnover of more than 50 million Euros

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