Transferring capable innovative engineers from one environment to another invariably results in technology transfer. Whether or not the technology transfer is effective depends upon a number of factors. Two of these factors are discussed, developing the engineering talent required and providing an environment that encourages technology transfer.…

More than 4,000 valuable water-damaged books were restored by using a space-simulation chamber at the Lockheed Missile and Space Company. It was the fifth time that the chamber has been used for the restoration of valuable books and documents. (Author/MLF)

Panel I features two case histories of state government, university, and private corporation cooperation to bring technology to the workplace (Microelectronics Center of North Carolina and Ben Franklin Partnership Program) and presentations about Burlington Industries and General Electric Company investments in technology to save jobs and boost…

Higher education has responded positively and in a variety of ways to changing business and industrial needs, using imagination to establish cooperative relationships. In Ireland, identifying industry's workforce needs was central to successful cooperation. Bridging the two very different cultures has also required creation of an appropriate…

Increasingly, academic institutions are asked to redress perceived national and regional economic shortcomings directly through technology transfer, formation of new companies, and product development; but the effectiveness of these mechanisms is unproven. Academic administrators must assess the match between capability and goals and preserve the…

The need for research administrators to understand and appreciate the pharmaceutical industry's research and development environment is discussed, using examples from Canada. The research administrator's role in the technology transfer process and implications for faculty are examined. Ways to build closer school-industry ties are discussed. (MSE)

The issues universities must address in developing technology transfer policies and activities are examined, including definition of academic, financial, and economic objectives; identification of available resources; creation of a favorable institutional environment; appropriate arrangements for research administration and industry liaison; and…

The New Mexico Solar Energy Institute (NMSEI) conducted a concentrated information and education program during 1985. This report summarizes NMSEI's Information and Education project activities. It provides detailed descriptions of project costs and concise recommendations for similar programs. Individual sections contain explanations of the scope…

Issues in technology transfer of inventions created through federally-funded, university-based research are reviewed, and the role of the Patent and Trademarks Amendments Act of 1980 in changing the presumption of title is discussed. (MSE)

It is suggested that small- and medium-sized public universities without a commercial tradition reorganize the research administration function to serve as information clearinghouses, conduct "business intelligence," and identify new technologies and entrepreneurs among researchers. Research administration could include other practical functions…

The major concerns in university-industry research relationships, discussed from an industrial viewpoint, include: research and development (R&D) within the firm, for an industry, and for a society; types of R&D organizations; working with universities and government labs; potential problems; and possible directions for the future. (MSE)

Success in university-industry cooperative ventures depends on (1) a mutual understanding of the parties' needs and expectations from the outset, (2) understanding of individual responsibilities in collaborative efforts, (3) policy to accommodate both security and publication of results, (4) mechanisms to avoid divisiveness, and (5) scientific…

All-inclusive patent and licensing policies of research universities ignore the strengths of individual disciplines and varied needs of industrial sponsors. Some academic units are involved primarily in incremental improvement, while others generate breakthrough developments. Industry also pursues differential innovation patterns. Disciplines…

New Jersey is strengthening its high-technology economy by encouraging technology transfer through supporting advanced technology centers, funding academic researchers for technical problems of immediate industry interest and application, and forming other, less-structured alliances. Better interaction between the state's research community and…

A 1992 international seminar on strategies for promoting technology transfer in European universities is summarized. Issues addressed include objectives of technology transfer, evaluation of available resources, institutional climate supporting technology transfer, appropriate administrative arrangements, and the differing perspectives of industry…