• Title/Summary/Keyword: Industry-University Cooperations

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A Study on Relationship between Performance of University-Industry Cooperations and Competency Factors of University-Industry Cooperations by Characteristic of Universities (대학의 특성에 따른 산학협력역량과 산학협력성과의 관계에 대한 연구)

  • Cho, Hyun-Jung;Jeon, Byung-Hun
    • The Journal of Korean Institute for Practical Engineering Education
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    • v.3 no.1
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    • pp.119-126
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    • 2011
  • This study analyzed the effect of the competency factors (resources and education competency)on the performance of university-industry cooperation by characteristic of universities through multiple regression model using 202 datasets empirically. The input factors variables used in a research model were characteristics of universities (research oriented/education-oriented universities and public/private universities) and competency factors (resource competency and education competency) of university-industry cooperation. The performance factors of university-industry cooperation were composed of the outcomes of intellectual knowledge asset, technology transfer, spin-off and financial profits. The empirical results show that research-oriented universities and public universities produce a uniter performance of university-industry cooperation than education-oriented universities and private universities, respectively and the competency factors of university-industry cooperation such as resource and education competency also have a positive effect on the performance of university-industry cooperation.

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Analysis of Competitiveness in Steel Distribution Industry between China and Japan

  • Lee, Jae-Sung
    • Journal of Distribution Science
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    • v.14 no.3
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    • pp.31-38
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    • 2016
  • Purpose - This paper reviews the change of steel export-import structure between Japan and China by the courtesy of international business reference index and stress to analyze comparative advantage under the circumstance of time-series evaluating database by 3 indexes. Research design, data, methodology - Per economic phase, both China-Japan have mutually a complementary base. Under this kind of view point, the reason why to conduct this study is to realize how this 2 country's trade competitiveness should be improved and strengthened. Results - Under this research data and analysis outcomes, bilateral intra-economy's potential supplementation is enormous. Additionally, expected benefits from here are so sufficiently assured as we compare them with any other regional economic integrated society. Conclusions - When we review our economic point of view, Northeast economic cooperations between China and Japan can provide a chance for industrial technological cooperations not only in steel business but also in other business areas. Come to think of the circumstance to accelerate competitions between 2 country's industries past time and acknowledge concrete resource supplier including expanding export market and diversification.

Determinants of Technological Level in Korean Energy Industry (한국 에너지기업의 기술수준 결정요인 분석)

  • Lee, Chang-Soo;Yoon, Seong-Pil;Park, Jung-Gu
    • Journal of Energy Engineering
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    • v.18 no.2
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    • pp.75-86
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    • 2009
  • This paper studies examines the R&D efficiency in Korean energy industry by making multiple logistic regression of the product technological level with firms' endogenous technological efforts and cooperations for R&D between upstream and downstream firms. The technological level of Korean energy industry is analyzed to have been positively influenced by economy of scale effect and cooperations for R&D between upstream and downstream firms, but negatively impacted by firm size, and not impacted by competitive market structure, R&D investment, and R&D manpowers. The implications of this study are as follows: i) to heighten the technological level, domestic market would be transformed to be more competitive; ii) Korean Energy industry should make efforts intensifying R&D-related manpowers and investments; iii) although the firm size is analyzed to have negative impact on technological level, firms, lager or smaller, must be supported to accumulate technological capabilities; iv) R&D-cooperating efforts between upstream and downstream firms on the value-chain should be supported.

Development of Technology Portfolio Analysis method for Technology-outsourcing of Pharmaceutical cooperations (제약기업의 기술 아웃소싱을 위한 기술포트폴리오 분석 방법 개발)

  • Hong, Sukchul
    • Journal of the Korea Academia-Industrial cooperation Society
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    • v.14 no.11
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    • pp.5809-5818
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    • 2013
  • This study proposes a technology portfolio analysis method for technology outsourcing of pharmaceutical cooperations by applying the concepts of 'Pipeline Soundness' and 'Patent Validity'. This study also applied the developed portfolio analysis method to a 'real world case' of Amgen's acquisition of Onyx Pharmaceuticals to prove the applicability of the method to the real world cases and investigated the validity of the acquisition affair between the two companies. The results of portfolio analysis showed that Amgen's technology portfolio will be improved by acquiring Onyx Pharmaceuticals especially in cancer field which is their main field. So we concluded that Amgen's choice of Onyx pharmaceuticals as a source of technology outsourcing was reasonable. We think that the technology portfolio analysis method developed by this study will be a valuable tool for pharmaceutical cooperations for investigating their current technology status and selecting target companies for technology outsourcing.

A Study on Relationships between Performance of University-Industry Cooperations and Competency Factors of University (산학협력성과와 대학의 역량요인의 관계에 관한 연구)

  • Kim, Cheol-Hoi;Lee, Sang-Don
    • Journal of Korea Technology Innovation Society
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    • v.10 no.4
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    • pp.629-653
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    • 2007
  • Korean government drives various programs to improve the performance of university-industry cooperation since 1998 such as BK 21(Brain Korea), NURI(New University for Regional Innovation), Connect Korea Program, and so on. We analyse the relationships between performance of university-industry cooperations and university competency factors(research competency and management competency) through multi-regression model, and propose policy implication. We used the basic data related to the performance of university-industry cooperation and university competency factors from Korean 61 universities. We set up some hypotheses and try to verify them with the method of multi-variable regression analysis including dependent variable(licensing fee, the number of technology transfers, the number of spin-offs) and independent variables(research competency, management competency). We, through this analysis, find both the research competency variables and management competency variables are significant to the performance of university-industry cooperation. Firstly, for licensing fee and the number of technology transfers, research competency variables such as the number of SCIE papers, the number of patent registration were significant, but management competency variables such as the scale of technology leasing organization, the number of specialist were not significant. Secondly, for the number of spin-offs management variables are significant, but research competency varialbles are not. These results imply that both the research competency and management competency of universities are the critical factors for the effective commercialization of university technology not only in United States but also in Korea. In the conclusion, we propose government drive university-industry cooperation policy to enhance the quality of research papers and patent as well as management capabilities of technology leasing organization.

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A Study of The ROK's Defense Exporting Strategies (한국의 방산수출 전략 연구)

  • Lee, Pil-Jung
    • Journal of National Security and Military Science
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    • s.9
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    • pp.141-190
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    • 2011
  • Defense industry as 'a new dynamics of economic growth' policy implies driving policy of defense products' export. The purpose of this study is to suggest suitable strategies to meet with such policy in terms of region and individual nation. The strategies towards advanced region are joint sale strategy for the third countries, extension strategy of trade-off and development strategy of products to exploit niche markets. The strategies towards non-advanced regions are package strategy including exchange of economic development know-how, strengthening strategy of relationships to leading groups in national decision-making processes, exploit strategy of sales market through transfer discard and surplus equipments to other nations, government to government sale strategy towards countries holding low leveled equipment maintaining and management abilities. Finally, successive strategies require leaders' will, active sales diplomacy and active international cooperations of defense industry.

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An Improvement of the Method of Transition Tile in the Texture Splatting for Game Terrain (텍스쳐 스플레팅 방식에서의 게임 지형 표현을 위한 전이타일의 표현 방법 개선)

  • Jung, Jong-Pil;Kim, Chee-Hoon
    • Journal of Korea Game Society
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    • v.10 no.1
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    • pp.57-64
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    • 2010
  • Method of making For the improved game industry, this society was permitted as an incorporated association for spearhead of game society from Ministry of Culture & Tourism on February 14, 2001 with a sense of duty and a strong will toward a powerful game country. This society has objectives of academic research and distributions on creations of game contents, technologies of game producing and developments of game cultures. We will develop the game culture and industry through an industry-academic cooperations by each expert field, and spread out academic activities for cultivation of policy, technology, education, etc of the game industry in the future.

A Network Analysis on Industry-University Cooperation based on Big Data Analytics (빅데이터 기반 산학협력 네트워크 분석)

  • Dae-Hee Kang;Hyunchul Ahn
    • The Journal of Bigdata
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    • v.6 no.2
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    • pp.109-124
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    • 2021
  • In this paper, the structural characteristics of Industry-University cooperation networks are analyzed using network analysis. Recent studies have shown that technological cooperation and joint research has a positive effect on R&D performance. In order to boost innovation performance, various types of cooperative activities and governmental policy supports for major R&D stakeholders(i.e. universities, laboratories, etc.) are provided. However, despite these efforts, the outcome is still insufficient, so it is time to prepare for a plan to build an innovative network to strengthen university-centered Industry-University cooperation activities. Specifically, this study builds the networks according to the form of Industry-University cooperations(i.e. patent, paper, joint research, and technology transfer), and different types of Industry-University cooperation networks are analyzed from a statistical viewpoint by using QAP correlation and regression analyses. The analysis results show that joint research network is closely related to paper network, and is related to other Industry-University cooperation networks. This study is expected to shed a light on supporting innovation activities such as establishing Industry-University cooperation strategies and discovering cooperative partners necessary for creating new growth engines for universities.

An Industry-Academia Cooperations Model for Kangwon Medical Convergence (강원의료융합 인재양성을 위한 산학협동 모델)

  • Kwon, H.Y.;Choi, S.H.;Kim, Y.S.;Cho, D.H.;Lee, J.H.;Kim, H.Y.
    • Annual Conference of KIPS
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    • 2010.04a
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    • pp.284-286
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    • 2010
  • 본 논문에서는 강원의료융합인재양성센터의 맞춤형 산학협동 교육강좌와 의료융합분야 전략기술포럼 등의 사업을 주관하는 조직으로서 강원의료융합아카데미의 설립과 구성에 대하여 소개하고, 강원의료융합인재양성센터 참여 학과와 가족 회사를 대상으로 산업체의 전문가와 교수들이 실제 의료융합 제품설계과정에 대한 이론 및 기술, 개발과정을 소개하는 의료융합 산학협동 특강의 구현사례를 소개한다.

A Study on the Effects of Core Competencies of the University-Industry Cooperation on Technology Transfer & Education Performances (산학협력단 핵심역량이 기술이전과 교육성과에 미치는 영향에 관한 연구)

  • Kwon, Hyukje;Yoon, Jaehong
    • Journal of Technology Innovation
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    • v.23 no.2
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    • pp.55-80
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    • 2015
  • This Study's topic is to study on the effects of core competencies as such as leadership, strategic competences' influence towards the university-industry cooperation on technology transfer and education performances. First, the existing studies and literatures have been reviewed. Second, the nationwide surveys were conducted. In results, the leadership competence did not have any impact on the operation performances. Strategic competence did not have any impact on the technology transfer, but it influenced the education performance. Human resource competence also did not have any influence on the managing performances, but it has been analyzed that the R&D competence had an influence over the technology transfer part of the managing performance. The University-Industry Cooperations create an opportunity and secures competencies for the enterprise, it also enhances the R&D competency of University and provides supports in nurturing the human resources. Especially, the strategic competency amongst the independent variables has influenced the education performance.