wave propagation. Research work in filters, antennas, RF and Microwave.

Public policy supports knowledge and technology transfer from university to industry since it is frequently assumed to have a positive impact on innovation processes in firms. University-industry collaboration is especially encouraged although not all individual university scholars are equally

Abstract This paper deals with university – industry collaboration movement in China in recent years. By summarizing related development background in Government-Industry-University framework, the paper specifies Chinese pattern through analysis of technology transfer between universities

-quo and how well it’s enhancing design education, this paper considers several emerging trends and their implications on academic-industry partnerships. Lastly, this paper proposes several new collaborative approaches to educators and practitioners alike as potential solutions for moving beyond the status

challenges and risks

JSTOR, please contact support@jstor.org. . The Econometric Society is collaborating with JSTOR to digitize, preserve and extend access to Econometrica. Recent work in game theory has shown that, in principle, it may be possible for firms in an industry to form a self-policing cartel to maximize

Working Paper nº 539research output from university-industry collaborative projects ∗ Albert Banal-Estañol † , Inés Macho-Stadler ‡,and

Commercializing science involves knowledge transfer from university scientists to corporate researchers and university-industry collaboration allows capture of tacit knowledge by firms, leading to possible market formation. Using data on advanced material, we propose an indicator of a firm s tacit

Capstone design courses in engineering that provide students the opportunity to tackle open-ended realworld projects provide excellent learning experiences for the students. Reported here are experiments with several models that have students work in teams on industry sponsored projects requiring

provide information about binding and relative stabilities of chemisorbed fragments of reactants in the catalytic reactions of relevance to the project objectives and the collaborative industrial project sponsored by EMRE [1]. In the performance period 09/18/01 – 03/31/02, the modeling effort concentrated