The Role of Product Innovation and Flexibility as Competitive Priorities in Gaining Market Share

Empirical Evidences from Jordanian Manufacturing SMEs

Authors

  • Ghazi Salem Al-Jobor Chairman of the Board of Telecommunication Regulatory Commission in Amman-Jordan
  • Ghazi A. Al-Weshah Al-Balqa Applied University
  • Marwan Al-Nsour Al-Balqa Applied University
  • Mohammd Abuhashesh Princess Sumaya University for Technology
  • Ra’ed Masa’deh The Univeristy of Jordan

DOI:

https://doi.org/10.6977/IJoSI.202009_6(2).0003

Abstract

Today's fast-developing world requires a special method for the evaluation of future events. Conventional expert approaches often do not allow to obtain an acceptable result, since they use linear techniques that do not take into account the emergence of new technologies.
For this purpose, in contemporary TRIZ there is a section that includes the trends of functional systems evolution. But the existing ways to work with trends, unfortunately, are not sufficiently algorithmized. So, it is necessary to rely either on intuition, or on passing through all conceivable options of changes. This makes it very difficult to evaluate ideas and can lead to the fact that some of the ideas will be missed.
In the paper, a systematic algorithm for conceptual foredesign of functional systems is offered. The algorithm is based on:
(1) conceptual modeling of real objects as functional systems;
(2) triple analysis of the models with decomposition of form, structure and functions;
(3) life cycle analysis of considered systems and evolutionary cycle analysis of systems as classes;
(4) analysis of functional super-systems and the immediate environment as well as stakeholders.
A visual representation of the structure of key trends of systems evolution and the principle of their application to the modification of functional systems are also considered.
Keywords: conceptual foredesign, evolution trends, forecasting, functional system, S-curve, TRIZ

Published

2020-09-01