TEchNOLOGy TRaNSFER MODEL - Javna agencija
TEchNOLOGy TRaNSFER MODEL - Javna agencija
TEchNOLOGy TRaNSFER MODEL - Javna agencija
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5<br />
Technology Management<br />
nology portfolio allows for an assessment of a certain technology by means of two dimensions (or main criteria), where one is aimed<br />
at assessing a technologies’ potential in the market and the other at evaluating company-internal preconditions.<br />
Referring to the technology portfolio according to Pfeiffer, the dimensions considered are TECHNOLOGY ATTRACTIVENESS and RELA-<br />
TIVE TECHNOLOGICAL STRENGTH, both of which are again composed of several sub-criteria (see fig. 8). These sub-criteria have to be<br />
assessed first in order to be able to evaluate both the technological attractiveness and the relative technological strength of the<br />
respective technologies. Dependent on its assessment, each technology is positioned afterwards within the portfolio, indicating a<br />
proposed generic strategy for the future (see fig. 8). For instance, a technology with low technological attractiveness as well as low<br />
relative technological strength is usually positioned in the dark blue zone of the portfolio which proposes a disinvestment in this<br />
certain technology. In contrast, investment seems to be the most appropriate strategy if a technology is positioned somewhere in<br />
the top right zones of the portfolio, which means that both technological attractiveness and relative technological strengths must be<br />
quite high.<br />
It should be kept in mind that a transformation from the present situation to a prospective moment seems to be necessary in order<br />
to foresee future technological paths and thus allow for long-term technology strategies.<br />
Figure 8: Technology Portfolio according to Pfeiffer (According to: Pfeiffer, 1987)<br />
Although the technology portfolio is a quite transparent, systematic and theoretically based method used to assess different technologies,<br />
two-dimensional portfolios often hold the disadvantage of leading to simplified information only. Nevertheless, it grants a<br />
well-structured overview of the potential of companies’ technologies, thus supporting strategic decision-making.<br />
5.6 Technology Foresight Activities<br />
One of the main elements of technological competitive advantage is the knowledge of the relevant technological developments<br />
and trends. For this, it is an essential task in technology management to closely monitor developments in the core technologies and<br />
to scan for new technologies that have disruptive potential. Methods for collecting, analyzing and disseminating such technological<br />
information have become known as ‘technology foresight’. Thus, carrying out technology foresight activities basically means to look<br />
ahead in order to enable an active design of future corporate fields of action and to prepare a company to meet the technological<br />
needs and opportunities of the future.<br />
Technology foresight basically covers two main tasks which is technology scouting and technology forecasting. Their activities will<br />
be presented briefly as follows.<br />
TECHNOLOGY SCOUTING: Technology scouting deals with the early identification of (already observable) future developments of<br />
existing technologies that can be of importance for the respective company. In doing so, identification strongly relies on weak signals<br />
and aims at the detection of technological discontinuities. The basic activities of technology scouting comprise technology monitoring,<br />
which means the directed search for technological trends in a specific technological field (e.g. for core technologies), and<br />
technology scanning, which deals with undirected search for new technological opportunities in white spaces not yet covered by the<br />
technological scope of the respective company (e.g. disruptive technologies).<br />
TECHNOLOGY FORECASTING: Technology forecasting deals with predictions about presumable emergences of new technologies in<br />
the distant future (minimum 5-10 years). It shall be deemed to be a kind of technological futurology as different options for alternative<br />
future developments are considered.<br />
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