nep-ppm New Economics Papers
on Project, Program and Portfolio Management
Issue of 2011‒01‒23
four papers chosen by
Arvi Kuura
Parnu College - Tartu University

  1. Policies and Measures to Mitigate Potential Environmental Impacts of Cross Border Infrastructure Projects in Asia By Zhang, ZhongXiang
  2. Considerations regarding the agile development of portals By Muntean, Mihaela
  3. Adverse selection, credit, and efficiency: the case of the missing market By Alberto Martin
  4. Commercialization at Finnish Universities - Researchers’ Perspectives on the Motives and Challenges of Turning Science into Business By Antti-Jussi Tahvanainen; Tuomo Nikulainen

  1. By: Zhang, ZhongXiang (Asian Development Bank Institute)
    Abstract: While bringing positive impacts and benefits, cross-border infrastructure projects face additional challenges relative to national projects. Moreover, such projects involve a variety of technical, regulatory, institutional, and legal factors, and their obstacles constrain the development of cross-border infrastructure projects. This paper argues that proper technical specifications and well-functioning regulatory, institutional and legislative/legal frameworks with clearer lines of oversight are crucial to getting such projects off the ground in the first place and to ensure that they operate properly and reliably while minimizing their environmental impacts. It is pointed out that many issues in theses areas need to be addressed at the national level. The paper concludes that such domestic efforts, coupled with regional frameworks and arrangements wherever necessary, will promote the further development of cross-border infrastructure projects.
    Keywords: asia cross-border infrastructure; environmental impact; asia regional integration
    JEL: O13 Q01 Q43 Q48 Q53 Q54 Q56 Q58 R48
    Date: 2011–01–10
    URL: http://d.repec.org/n?u=RePEc:ris:adbiwp:0261&r=ppm
  2. By: Muntean, Mihaela
    Abstract: Starting with methodologies, methods and techniques used generally in the development of information systems, a personal approach regarding quick development of portals has been introduced. After a strict theoretical foundation the proposal has been applied within a real collaborative knowledge portal development project. We consider the proposed agile development approach (based on the prototype technique enriched with MDA valences) suitable to all kind of information systems. The agile development framework establishes the life-cycle phases of product development taking into account the desired functionalities.
    Keywords: portal; prototype technique; model driven architecture; agile development
    JEL: L86 M21
    Date: 2010–09–15
    URL: http://d.repec.org/n?u=RePEc:pra:mprapa:27760&r=ppm
  3. By: Alberto Martin
    Abstract: We analyze a standard environment of adverse selection in credit markets. In our environment, entrepreneurs who are privately informed about the quality of their projects need to borrow in order to invest. Conventional wisdom says that, in this class of economies, the competitive equilibrium is typically inefficient. We show that this conventional wisdom rests on one implicit assumption: entrepreneurs can only access monitored lending. If a new set of markets is added to provide entrepreneurs with additional funds, efficiency can be attained in equilibrium. An important characteristic of these additional markets is that lending in them must be unmonitored, in the sense that it does not condition total borrowing or investment by entrepreneurs. This makes it possible to attain efficiency by pooling all entrepreneurs in the new markets while separating them in the markets for monitored loans.
    Keywords: Adverse Selection, Credit Markets, Collateral, Monitored Lending, Screening
    JEL: D82 G20 D62
    Date: 2010–12
    URL: http://d.repec.org/n?u=RePEc:upf:upfgen:1257&r=ppm
  4. By: Antti-Jussi Tahvanainen; Tuomo Nikulainen
    Abstract: For developed countries, continuous innovation has been a prerequisite for economic growth for some time. Because radical innovations often require considerable slack and freedom in researching the relevant underlying phenomena, universities are considered the primary loci for generating knowledge leading to radical leaps in the development of platforms on which future technologies build. Thus, to facilitate the improvement of premises for university research and its application in industry, much effort has been spent on understanding university innovation processes and the transfer of technology between universities and companies. Much of the research and the related discussions have been conducted on either the national, regional or organizational levels. The focus on institutional actors has largely orphaned another fundamentally important actor : the individual researcher. This report examines individual university researchers and their role in the commercialization of research in Finland. Based on a survey of roughly 2800 researchers active in different fields of science at 11 Finnish research universities, this report covers a variety of topics ranging from university-industry collaboration to ownership of intellectual property and the commercialization services provided to researchers. The primary theme uniting these topics, however, is the subjective motivation for researchers to engage in the commercialization of their research. Why do researchers cooperate with companies, and how do they expect to benefit from collaboration? What are the reasons why some researchers to commercialize their results, while others distance themselves from such endeavors? Do certain dedicated university services support researchers in their commercial ambitions or actually inhibit them? These are the specific questions this report seeks to descriptively answer. The results establish that commercial motives play only a minor role in the various activities in which researchers engage. For instance, potential commercial aspects have almost no impact on the choice of a researcher’s research orientation. Furthermore, direct industrial collaboration is relatively uncommon among researchers. Even those researchers that have experience with industry collaboration reported that collaboration mostly serves academic ends such as securing research funding and searching for new research ideas. In addition, only 10% of all researchers have received complementary business education. Given that approximately 40% of researchers are believed to have produced inventions with commercial potential, 10% seems a fairly small share. This is also reflected in the researchers’ clear lack of familiarity with the principles that govern the allocation of ownership rights to inventions that arise from academic research, a prerequisite to any commercial endeavors. In parallel with these findings, the propensity of researchers to commercialize their results is much less affected by economic factors such as potential economic returns than it is by altruistic, socio-cultural, or personal motives. This makes designing proper incentive mechanisms difficult. The three most important factors mentioned by inventors who have made the decision to facilitate the commercialization of their inventions include (i) the inventions’ potential to have a beneficial impact on society, (ii) the researchers’ ambition of self-fulfillment and (iii) securing funding for academic research. Societal goals and reasons related to pure intrinsic ambition seem to dominate other motives. It seems that commercialization and related economic aspects bear little value to researchers. Regarding support in commercialization, Finnish researchers are quite satisfied with the services provided to them by their respective research and innovation service units. Only a closer look at the possible needs of researchers and the degree that the service units match these needs through services reveals the true challenges regarding the operation of the units. In fact, the match between needs and provided services seems to be rather weak, and many researchers indicate that they do not need most of the services in the first place. This leads to only one conclusion : the service units are not an integral part of the university culture as yet. Being satisfied with services that do not match needs tells us that researchers have not yet embraced such services as a relevant part of their work or of the technology transfer process. To remedy this situation, much emphasis needs to be put on communicating the range of available services to the research community. This is a first step. The second step would be to design a set of services that address the true needs and ambitions of researchers and provide proper incentives for researchers to participate in the transfer of their research results.
    Keywords: commercialization of research, university-industry collaboration, motives for commercialization, challenges of commercialization, innovation support services
    JEL: O30 O38 O33 O34
    Date: 2011–01–12
    URL: http://d.repec.org/n?u=RePEc:rif:dpaper:1234&r=ppm

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