Motivation toward financial incentive goals on construction projects
Introduction
Construction projects shape the built environment in which people live and work. The built environment is typically a country's most important asset, both economically and socially. For advanced countries around 95% of people work in the built environment, where they generate around 80% of GDP (Newton et al., 2009). The performance of construction projects and the whole-of life management of constructed assets influences a country's productivity, competitiveness, living quality and ecological sustainability (Newton et al., 2009). Yet many countries face significant challenges with the performance of construction projects and constructed assets (Manseau and Seaden, 2001).
The use of financial incentives in construction projects is seen as a key means of improving built environment outcomes. Financial incentives are typically used on construction projects to invigorate motivation towards above business-as-usual (BAU) goals and provide the contractor with the opportunity for higher profit margins if exceptional performance is achieved. BAU includes the mandatory minimum requirements that are to be delivered under the construction contract. Voluntary goals are higher-order goals set by the client above minimum BAU requirements. Financial incentives aim to increase the efficiency and effectiveness of projects by stimulating the motivation to work harder and smarter in pursuit of such goals (Sliwka, 2003). There are three main types of financial incentives used on construction contracts (Bower et al., 2002):
- 1.
Share of savings incentives, where cost savings are shared between the client and the contractor based on an agreed formula;
- 2.
Schedule incentives, where a premium is offered to the contractor for the early completion of the project; and
- 3.
Technical performance bonuses for meeting performance targets, other than cost and schedule. A performance bonus arrangement can be applied to a wide range of performance areas such as quality and functionality.
The complexity of the construction product supply chain is one of the major challenges in applying financial incentives to motivate project teams. Construction projects emerge in fragments (Mitropoulos and Tatum, 2000). Disjointed relationships between contracting parties, misalignment of objectives, and risk-averse behaviors characterize construction projects (Rahman and Kumaraswamy, 2004). Similarly, adversarial business environments in the construction industry are a major barrier to continued growth and the diffusion of new innovation (Andersen et al., 2004). Thus, not only are financial incentives necessary to enhance motivation at personal and organizational levels, but also to promote unified motivation across highly interdependent and contractually fragmented project teams. The teams comprise diverse actors such as contractors, designers and suppliers brought together on a one-off basis, with little scope to build cohesive team relationships over time.
The difficulty in assessing performance in highly interdependent teams compounds the challenge as individual output may be almost indistinguishable from group output (Howard et al., 2002). Thus, team-based financial incentives suit construction projects with high levels of sequential and mutual task interdependence. The unique multi-firm production model that construction projects use shapes this interdependence.
The research proposition is that the above factors create a unique environment for the application of financial incentives. The construction project environment varies to that dealt with by the extensive literature on financial incentives in the context of individual psychological processes (e.g., Adams, 1963, Bandura, 1986, Deci, 1971) or the work motivation of employees at organization level (e.g., Hackman and Oldham, 1980, Katzell and Thompson, 1990, Locke and Latham, 2004). The research described here adds an important new dimension to such literature.
Both academics and business commentators consistently argue that performance incentives can improve project outcomes for the principal (client) and their agents (contractors and consultants) (Bower et al., 2002, Howard et al., 1997). For example, Australian construction industry reports claim that procurement approaches containing equitable incentive mechanisms applied across the entire project team can improve both project and industry performance (Kenley et al., 2000, AEGIS (Australian Expert Group in Industry Studies), 1998, APCC (Australian Procurement & Construction Council), 1997). A more recent study indicates that Australian construction clients have the necessary competence to develop such strategies (Manley, 2006), if they have appropriate information.
Despite the heralded benefits of financial incentives, until now little construction-specific information has been available to project managers on how to effectively implement them. Although previous work indicates the importance of client competence and team-based incentives, no detailed investigation has been conducted on how such changes might be implemented to yield maximum advantage. Industry clients across Australia remain skeptical about the usefulness of financial incentives and lack of understanding of what determines their effectiveness (Rose, 2008). Indeed, little empirical research has investigated the impact of incentives on motivation and performance in the context of construction projects; Bresnen and Marshall (2000) being a key exception. Bresnen and Marshall note that the connection between incentive systems and performance is often portrayed too simplistically in the literature. They suggest the need for further investigation into the organizational and inter-organization dynamics around incentives in the construction context.
This paper responds to that call and examines the factors that drive motivation to achieve voluntary incentive goals on construction projects, hereafter referred to as motivation drivers, based on four large-scale Australian construction projects that include financial incentives in their contractual arrangements. The results suggest that without a detailed understanding of the context in which financial incentives are applied, they can have a detrimental effect on motivation towards voluntary project goals. In particular, the results indicate that if construction clients focus on building effective project team relationships, then financial incentives will have a more positive impact on motivation.
Section snippets
Conceptual framework
Review of construction and general management contributions (Rose, 2008) suggests that to assess the impact of financial incentive on motivation in a project environment, consideration must be given to both potential extrinsic (external) and intrinsic (internal) drivers of motivation. Therefore, a big picture approach must be taken to identify and explore the various drivers within the project that promote or discourage motivation to determine the value of financial incentives in driving
Method
The research project was undertaken between 2003 and 2007. The research problem addressed is that many construction managers, tasked with the development of procurement strategies for their projects do not have information available to them on how best to incorporate financial incentives into their contractual arrangements, nor do they understand the impact of financial incentives on project motivation (Rose, 2008). Four large-scale construction project case studies (referred to as case
Findings and discussion
All of the case projects are from the Australian non-residential building sector and are large in scale—ranging from AUS$91.2 million to AUS$135.5 million and are all classified as complex and significant projects. The case projects were commissioned by Australian government client agencies, and procured under a relationship-based managing contractor contract with financial incentives. The case projects cover key financial incentive design types, comprising (1) share of savings, (2) schedule
Conclusions
Aligning participants' effort with project goals is a key objective of an effective procurement strategy for construction projects. In the four large projects this research explores, varying degrees of alignment occurred between the motivations of participants and the clients' desired outcomes. Although financial incentives enhance project participant motivation, to maximize benefits, construction clients need a procurement strategy that instills trust, unity and fairness in project team
Acknowledgement
The authors acknowledge the financial support of Cooperative Research Centre for Construction Innovation, Australia. The assistance of Stephen Kajewski, Keith Hampson, and Judy Matthews has also been invaluable in reviewing earlier drafts of the manuscripts.
References (45)
- et al.
Dynamic innovation strategies and stable networks in the construction industry: implanting solar energy projects in the Sydney Olympic Village
J Bus Res
(2004) - et al.
Psychological foundations of incentives
Eur Econ Rev
(2002) - et al.
Theory of the firm: managerial behavior, agency costs and ownership structure
J Financ Econ
(1976) Toward an understanding of inequity
J Abnorm Soc Psychol
(1963)Building for Growth: procurement & project delivery in the building & construction industry
(1998)Construct Australia: building a better construction industry in Australia
(1997)- et al.
Relational quality and inter-personal trust in strategic alliances
Eur Manage Rev
(2005) - et al.
Relational quality: managing trust in corporate alliances
Calif Manage Rev
(2001) Social foundations of thought and action: a social-cognitive theory
(1986)- et al.
Interactional justice: communication criteria of fairness
Incentive mechanisms for project success
J Manage Eng
Motivation, commitment and the use of incentives in partnerships and alliances
Constr Manage Econ
Factors affecting the success of a construction project
J Constr Eng Manage
Critical success factors for different project objectives
J Constr Eng Manage
On the dimensionality of organizational justice: a construct validation of a measure
J Appl Psychol
Does the justice of the one interact with the justice of the many? Reactions to procedural justice in teams
J Appl Psychol
Effects of externally mediated rewards on intrinsic motivation
J Pers Soc Psychol
Agency theory: an assessment and review
Acad Manage Rev
Building theories from case study research
Acad Manage Rev
Incentives in organizations
J Econ Perspect
Does familiarity breed trust? Revisiting the antecedents of trust
Manager Decis Econ
Work redesign
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