Title page for ETD etd-07212007-130132


Document Type Doctoral Thesis
Author Grobbelaar, Sara Susanna
Email s.grobbelaar@gmail.com
URN etd-07212007-130132
Document Title R&D in the national system of innovation : a system dynamics model
Degree PhD (Engineering Management)
Department Engineering and Technology Management
Supervisor
Advisor Name Title
Prof A J Buys
Keywords
  • National System of Innovation
  • system dynamics
  • South Africa
  • R&D
  • absorption of knowledge
  • research output
Date 2007-04-18
Availability unrestricted
Abstract
There exist some concern regarding the sustainability of the production of R&D output and R&D capacity in South Africa. Recent trends indicated evidence of disinvestments and decay of South Africaís R&D capacity.

Questions arise concerning the detrimental effects these trends could have on South Africaís ability to generate R&D output. As problems are addressed insufficiently and the system is allowed to decay, the costs of rebuilding the system might increase even further.

The main research of objective of this thesis is to develop a computer simulation program of R&D performance and the creation of R&D output in the NSI. This model will in turn produce a tool to be used for policy testing, what-if scenario testing or policy optimisation.

The purpose of the model is to simulate R&D output generated in the South African system of innovation and to model and explain the effect the presence/lack of long-term investment in R&D and R&D resources could have on the systemís ability to produce R&D output.

In developing this model and by using the corresponding simulation programme, decision-makers in government and industry are provided with a tool to analyse policy alternatives. The model will provide a better understanding of the interrelationships between different elements of the NSI, in particular those interacting as funders and performers of R&D. This model will also aid decision makers in enhancing the efficiency of addressing problem areas within the South African R&D system.

The contribution made by this thesis to the body of knowledge is that the development of a system dynamic model will result in the establishment of a dynamic hypothesis of the development of new knowledge through R&D in an R&D performing sector. The dynamic hypothesis will in turn lead to a method for modelling the effect of R&D investment on the development of an R&D capacity, i.e. the systemís ability to absorbed knowledge and produce R&D output. The above is essentially a dynamic description of the process around creating and absorbing knowledge through R&D activities.

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