Peter Dahlin, Mikko Moilanen, Stein Eirik Østbye and Ossi Pesämaa
The purpose of this paper is to examine the effect of absorptive capacity (ACAP) and co-creation on innovation performance (INN).
Abstract
Purpose
The purpose of this paper is to examine the effect of absorptive capacity (ACAP) and co-creation on innovation performance (INN).
Design/methodology/approach
The authors use survey data from Swedish and Norwegian companies (n=1,102) and establish a cross-national equivalence between Sweden and Norway.
Findings
The subsequent structural model revealed interesting differences. For Sweden, co-creation fully mediates the effect of ACAP on INN, whereas for Norway, ACAP has a direct effect on INN with no mediation. Subsequent regressions including control variables showed that the structural model is reasonably robust. The authors conclude that, despite the many common national features conducive to innovation between these two countries, sufficient differences remain to create substantial variation in the innovation processes.
Originality/value
The study presents a second-order model of ACAP that permits a unique test of cross-country differences.
Details
Keywords
Lene Foss, Kristin Woll and Mikko Moilanen
This paper uses a combination of organisation theory, gender theory and the work environment to study the generation and implementation of new ideas in organisations. How do…
Abstract
Purpose
This paper uses a combination of organisation theory, gender theory and the work environment to study the generation and implementation of new ideas in organisations. How do employees' perceptions of organisational structure and the work environment affect idea generation and implementation, and how does gender moderate this relationship?
Design/methodology/approach
The study develops and tests a structural equation model using data from a survey of a large Norwegian energy corporation. Survey items are measured using five-point scales and show good internal consistency levels. Exploratory factor analyses are used to ensure internal consistency, and confirmatory factor analyses are used to assess the fit of the model. Convergent and discriminant validity tests are also performed. Common method bias and invariance are evaluated across the female and male samples.
Findings
The theoretical model had a better fit for the male sample than the female sample, indicating that men's innovations were better captured than women's. The relationship between creativity and implementation is moderated by gender: women's ideas are not implemented to the same degree as men's. Work pressure has a positive effect on creativity; support from colleagues affects both idea generation and implementation, though support from managers does not.
Research limitations/implications
The study has the usual limitations of cross-sectional surveys. The findings confirm that the two phases of the innovation process (idea generation and implementation) depend on similar intrinsic motivational factors in the work environment. However, implementing ideas also depends on decision-making authority.
Practical implications
Managers should be aware of how to increase innovative potential among employees. Employees should be given decision-making authority and work in an environment with supportive colleagues. The gendered findings in the study indicate that more attention should be paid to women's innovations in male-dominated corporations.
Originality/value
The study integrates research from disciplines that traditionally do not communicate into one theoretical framework to explore the conditions for employee-driven innovation. The findings highlight the need for developing gender-neutral innovation measures and understanding context-embedding innovation processes.
Details
Keywords
Two members of ISHM‐Hungary, Professor Zsolt Illyefalvi‐Vitéz, ELC representative, and Professor Gábor Harsányi, president and TPC representative, attended the NATO Advanced…
Abstract
Two members of ISHM‐Hungary, Professor Zsolt Illyefalvi‐Vitéz, ELC representative, and Professor Gábor Harsányi, president and TPC representative, attended the NATO Advanced Research Workshop on MCM‐C/Mixed Technologies in Florida, USA, in May co‐sponsored by ISHM‐US and organised by: