Path Dependent Constraints on Innovation Programmes in Production and Operations Management

Helen Wagner (1) , Susan C Morton (1) , a R J Dainty (2) , N D Burns (3)

1 Wolson School of Mechanical and Manufacturing Engineering
2 Department of Civil and Building Engineering [Loughborough]
3 Wolfson School of Mech and Man Engineering

Innovation has been categorised into levels, ranging from incremental to radical, each of which has the potential to impact on the workforce and the organisation of a company, influenced by contextual factors. This paper investigates the barriers to innovation diffusion in companies working at these two ends of the innovation scale, in order to identify similarities and differences in how levels of innovation affect an organisation and how culture affects success. It also considers these factors in light of the Path Dependency concept. Investigations were conducted on a case study basis, using semi-structured interviews. This led to the creation of Force Field Analysis diagrams to portray the findings, which show the radical innovation implementation has experienced greater resistance than the incremental program. Conclusions show that there were many similarities between the radical and incremental innovation projects. Differences were primarily based on project specific forces and those that occur as a result of path dependant forces that have shaped the current working environment. Organisational culture was found to be a significant influence, as all innovation programmes require the involvement of people. Findings of this study will contribute to theory on the differential and similar forces which shape incremental and radical innovations.

Mots clés: Physical Sciences

Helen Wagner, Susan C Morton, a R J Dainty, N D Burns. Path Dependent Constraints on Innovation Programmes in Production and Operations Management. International Journal of Production Research, 2010, pp.1. ⟨10.1080/00207543.2010.482569⟩. ⟨hal-00596294⟩