Role of R&D Practices for Effective Product Development Process in NPD

Author(s):  
Sudeshna Roy ◽  
Pranab K. Dan ◽  
Nipu Modak

The necessity of new product development (NPD) in the global competition is a well-established fact. Imperativeness of research and development (R&D) practices and product development process (PDP) in NPD are inevitable. In case of R&D practices, fuzzy-front-end (FFE) activities and improvisation are the two sub-factors which are not directly related to R&D but motivate it indirectly with their actions. For PDP, modular product development (MPD) and market analysis are recognized as the factors directly influencing the PDP of the firm for NPD success. This chapter considers product quality and technological developments as performance attributes for development of comprehensive framework by structural equation modeling (SEM) approach. Primary data from 263 experts of Indian manufacturing industries has been collected for analysis purpose. This empirical research portrays the role of R&D practices along with its indirectly related success factors for effectively controlling PDP along with its sub-factors for developing high quality products with technological developments.

2020 ◽  
Vol 17 (1) ◽  
pp. 87-93
Author(s):  
Anna Svirina ◽  
Ekaterina Polosukhina

AbstractResearch purpose. The purpose of this study is to analyse the influence of industrial enterprises’ employees’ motivation to innovate on the results of innovation process and the quality of innovative products market performance. The need for such an assessment was inspired by the lack of understanding the role of motivation to innovate in the quality and success of innovation development process.Design/Methodology/Approach. To achieve this goal, the authors conducted a survey distributed to the industrial enterprise employees. The study was based on the paper-and-pencil survey that was distributed to 250 people involved in innovation development process at Russian industrial enterprises; 150 questionnaires were received back and considered valid for the study. The results were evaluated by means of statistical analysis performed by means of SPSS Statistics software.Findings. The results support the intuitive proposition that motivation to innovate influences the quality of new product development process: idea generation, market study, product development, pre-commercial financial analysis and commercialisation quality are influenced by motivation to innovate – which is in line with the literature (Cooper, 2013). At the same time, probability on new product development in the company, the quality of initial screening, preliminary technical analysis, preliminary production analysis and in-house product testing do not correlate with employee motivation to innovate. Same is true for the new product performance: we observed no correlation between the motivation to innovate and the market success, whereas correlation was revealed between the innovative motivation and the level of market competition for the new product; however, the graphical analysis allowed to estimate that in case employees with high motivation to innovate are absent in the company, it is very unlikely that the new product would be successful.Originality/Value/Practical implications. The study was based on a questionnaire that was used for relevant purposes in different countries in order to make cross-country comparison on the innovation development process and the role of motivation to innovate. It allowed to indicate the specific features of organisational culture that are outlined in the Russian management literature: in majority of cases, bottom-level innovative initiatives were not supported by the management (Prigozhin, 2007), and hence, motivation to innovate cannot be revealed by employees at every stage of the new product development process. Another reason for somewhat controversial findings of this study was the difference between organisational cultures of the analysed manufacturing enterprises, which was not evaluated in this article.


2019 ◽  
Vol 24 (03) ◽  
pp. 2050028
Author(s):  
HEIDI M. J. BERTELS ◽  
MURAD MITHANI ◽  
SIWEI ZHU ◽  
PETER A. KOEN

This study looks at the role of champions in the early stages of the product development process, when employees try to secure initial funding for project proposals. Project proposals that fail to receive funding never become part of the firm’s project pipeline; hence, it is critical to understand the champion’s role early on. Existing research on corporate champions is mostly focused on the later stages of the new product development process and has generally identified corporate champions as key to projects likely to face organisational resistance. However, several recent studies suggest that champions may prefer projects less likely to face organisational resistance. Using data from project proposals of executive MBA students across 78 large organisations, we find that champion support for the team is weaker for project proposals likely to evoke resistance and that such lower champion support further reduces the likelihood of high-resistance early-stage proposals to receive initial funding.


Author(s):  
Nouha Taifi ◽  
Eliana Campi ◽  
Valerio Cisternino ◽  
Antonio Zilli ◽  
Angelo Corallo ◽  
...  

In complex environments, firms adopt continuously new IT-based systems and tools for knowledge management, otherwise knowledge can be dispersed or lost. And as a part of the new product development process, the product design is one of the most crucial phases for the relevance of its data and information and for the importance of the new knowledge creation of its designers and engineers. This chapter argues, through a conceptual model, the strategic role of the integration of knowledge management systems and special communities for the acceleration of the new product development process and presents an ontology-based knowledge management system and its application in the context of a community of automotive designers. More precisely, the issue management, based on this engineered IT-system, will accelerate and optimize the product design phase and knowledge sharing among the designers and engineers.


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