Title :
A Model for the Assessment of the Sectoral Technological Situation
Author :
Altay, T?¼lay Akarsoy
Author_Institution :
TUBITAK
fDate :
7/1/2006 12:00:00 AM
Abstract :
A "dynamic technological situation evaluation model" was developed and applied for determination of technological situation of a selected sector by: design (DE) and design verification (DV) capability; mastery of technology; capacity of deploying and triggering technology. The concept "dynamism" in the model includes technological tendencies of near future, complex relations among technological parameters and interactions in process, and flexible strategies for alternatives arisen from change. Four companies from automotive main industry participated in the pilot study: BMC, Ford Otomotiv, Tofas and Toyota. The first output of the study is data tables to collect data about their technological capabilities and their technological tendencies in next ten years. Data tables were handed to the selected academicians and a meeting was realised with them. According to the methodology, the output of the previous phase is the input of the next phase. The opinions resulted from the meeting were explained in "Academicians Report". Afterwards the data tables, academicians report and guiding questions were sent to the technocrats of the four companies. A meeting was realised and the output was "Companies Report". Both of the meetings were carried out with "controlled meeting management technique"
Keywords :
automobile industry; company reports; design engineering; research and development management; technological forecasting; technology management; BMC; Ford Otomotiv; R&D work; Tofas; Toyota; academicians report; automotive main industry; controlled meeting management technique; design capability; design verification capability; dynamic technological situation evaluation model; flexible strategies; mastery of technology; pilot study; sectoral technological situation assessment; Automotive engineering; Company reports; Industrial relations; Production; Research and development; Roads; Spirals; Technology transfer; Toy industry; Vehicle dynamics;
Conference_Titel :
Technology Management for the Global Future, 2006. PICMET 2006
Print_ISBN :
1-890843-14-8
DOI :
10.1109/PICMET.2006.296737