DocumentCode
1820358
Title
Method towards a scenario-Based planning of technology exploitation
Author
Schuh, Gunther ; Bremer, D. ; Wellensiek, Markus ; Drescher, T.
Author_Institution
Fraunhofer Inst. for Production Technol. IPT, Aachen, Germany
fYear
2013
fDate
July 28 2013-Aug. 1 2013
Firstpage
826
Lastpage
836
Abstract
In today´s business environment, market turbulences, changing resources or maturing technologies can dramatically influence technology exploitation. Nevertheless, current methods supporting exploitation decisions focus on static considerations neglecting the influence of environmental discontinuity. Because of complexity and risk embedded in exploitation decisions, technology-oriented companies furthermore rarely think of externally commercializing their technologies. So do companies frequently ignore the benefits of systematically exploiting technologies over their whole lifecycle. In the paper we introduce a scenario-based method for the exploitation of technologies considering the whole technology lifecycle. The method offers the opportunity to evaluate different combinations of technology exploitation options (such as licensing, joint venture etc.). Thereby, the description of environmental factors influencing commercialization strategies over time is a key element. Emphasize is put on the integration of dynamics and the multitude of expected interactions between the variables. Thus, the various expected interactions between influential variables of the exploiting entity, the market and the external environment on the benefit of different commercialization strategies are taken into account using Scenario Technique and a System Dynamics approach. The presented method of this on-going research can assist companies in determining the pathway to commercialize technologies in order to maximize the benefit over the complete lifetime.
Keywords
business data processing; decision making; strategic planning; systems engineering; technology management; business environment; commercialization strategies; environmental discontinuity; exploitation decision; market turbulences; scenario-base planning method; system dynamics approach; technology exploitation; technology lifecycle; technology-oriented companies; Biological system modeling; Companies; Complexity theory; Decision making; Licenses; Modeling; Planning;
fLanguage
English
Publisher
ieee
Conference_Titel
Technology Management in the IT-Driven Services (PICMET), 2013 Proceedings of PICMET '13:
Conference_Location
San Jose, CA
Type
conf
Filename
6641701
Link To Document