일제강점기 일본인 지질학자 다테이와 이와오의 한반도 지질연구 성과고찰

김성용,이재욱,박정규,Kim, Seong-Yong,Lee, Jae-Wook,Park, Jung-Kyu 대한자원환경지질학회 2015 자원환경지질 Vol.48 No.5

지질학자 다테이와 이와오의 한반도에서의 공적은 다음과 같이 평가할 수 있다. 첫째, 한반도 층서 정립에 기여하였고, 1:5만 지질 도폭 21매를 완성하였다. 둘째, 지질 조사 결과를 보문, 요보 및 논문으로 발표하였다. 셋째, 제3대 조선 지질조사소 소장으로서 일본 패망에 따른 인수인계를 충실히 수행하였다. 넷째, 일본 복귀 이후에 그간 수집한 한반도 시료 등을 기초로 "조선-일본열도지대 지질구조논고 - 조선 지질조사연구사"를 저술하였다. 그러나 다테이와는 일본이 지속적으로 강점기를 이어갈 것으로 여기고, 한반도 지질 조사 탐사 전문 인력 양성에 소홀했다고 평가할 수 있다. The achievements of Tateiwa Iwao's work in Korea are assessed as follows. Firstly, he pioneered the practice of stratigraphy in the Korean peninsula and completed geological maps of 21 sheets at 1:50,000 scale. Secondly, he published the results of a geological survey as bulletins, technical reports, and papers. Thirdly, he faithfully carried out the handover of assets and research outputs to Korea. Finally, after returning to Japan, Tateiwa wrote a book entitled The Korea-Japanese Tectonic Zone: History of a Geological Survey in Korea. However, he neglected to educate and train the next geologists for conducting geological surveys and exploration in Korea.

표준 소개 - 정보통신 공사 설계기준 표준화 현황

김성용,김효실,Kim, Seong-Yong,Kim, Hyo-Sil 한국정보통신기술협회 2017 TTA저널 Vol.2017 No.-

정책논단 - 유사석유제품 유통현황 및 근절대책

김성용,Kim, Seong-Yong 대한석유협회 2010 석유와 에너지 Vol.277 No.-

지질자원 전문연구기관의 연구과제 추이 분석 연구: 1976년 이후

김성용,안은영,이재욱,Kim, Seong-Yong,Ahn, Eun-Young,Lee, Jae-Wook 대한자원환경지질학회 2013 자원환경지질 Vol.46 No.3

전 세계적으로 연구개발의 중요성에 대한 인식이 높아지고 있으며, 우리나라의 경우 연구개발 투자액이 비약적으로 증가하여 왔다. 이에 따라 전략화된 연구개발 투자에 대한 관심이 증가하고 있다. 이 분석연구는 KIGAM의 연구과제 추이를 파악하고자 수행하였다. KIGAM은 1976년부터 2011년까지 총 36년간 5,228과제에 약 1조 1,933억원을 집행하였다. 이를 할인율 5%를 적용한 2011년 현재가로 환산할 때 투입한 총 연구비는 약 1조 7,958억원이었다. 연구개발비는 1976년 8.85억원에서 2011년 1,176.0억원으로 약 132.9배 증가하였고, 2011년 현재가로 환산할 때, 1976년 48.82억원에서 약 24.1배 증가하였다. 1976년 28과제에서 2011년 189과제로 6.75배만 증가하였다. 지난 36년간 연구 추이 분석결과, 연구과제수에서는 5,228과제 중에서 광물자원(39.5%) > 지구환경(28.8%) > 국토지질(15.6%) > 석유해저(12.1%) > 정책분야(3.1%) 순이었고, 예산에서는 광물자원(33.1%) > 지구환경(25.6%) 석유해저(22.8%) > 국토지질(15.9%) > 정책분야(2.1%) 순이었다. 연구비 배분은 해당 분야의 정부 우선지원 분야 및 향후 유망 연구 분야를 반영하여 이루어지게 된다. KIGAM은 그간 KIGAM이 수행해온 연구과제 추이에 대한 충분한 이해와 함께 체계적인 분석결과를 활용한 미래 연구수행 포트폴리오를 마련하여야만 한다. The importance of R&D has been recognized around the world and Korean research funding has rapidly increased in recent years. As a results, interest in strategic R&D Investment is growing in both the public and private sectors. This study was carried out to find trends in the research projects of the KIGAM since the fiscal year of 1976. The KIGAM expended 1,193.3 billion won during the 36 years from the fiscal years of 1976 to 2011, which is 1,795.8 billion won calculated using the present value in 2011 at discount rate of 5%. R&D expenditure of KIGAM increased approximately 132.9 times from 885 million won in 1976 to 117,600 million won in 2011, and about 24.1 times from 4,882 million won in 1976, as calculated using the present value in 2011. The number of research projects increased about 6.75 times, from 28 projects in 1976 to 189 projects in 2011. Based on research trend analysis over the last 36 years, the percentage of research projects by research fields were as follows: mineral resources research, 39.5%; geologic environmental research, 28.8%; geological research, 15.6%; petroleum and marine research, 12.1%; and policy research, 3.1%. The percentage of the R&D budget dedicated to each type of research were as follows: mineral resources research, 33.1%; geologic environmental research, 25.6%; geological research, 22.8%; petroleum and marine research, 15.9%; and policy research, 2.1%. Allocation of R&D investment was determined by considering the governmental priority of such research, as well as which area were most promising. Based on the research projects trends within KIGAM and analyses of its R&D, we should build our R&D portfolio in the areas of geosciences and mineral resources.

자원 효율성 및 지속 가능성 증진을 위한 선진국 물질흐름분석 관련활동에 대한 평가

김성용,Kim, Seong-Yong 대한자원환경지질학회 2006 자원환경지질 Vol.39 No.5

천연자원 및 물질순환은 자원채광, 운반, 처리, 활용, 회수 및 폐기 등과 관련된 모든 인간의 활동을 포함한다. 지속가능한 물질 관리는 물질순환을 통해 경제적 매개체에 맞추어진 통합된 정책수단이며 경제적으로 효율적이고 환경적으로 효과적인 물질의 사용을 위한 것이다. 산업광물, 금속광물 및 화석연료의 물질흐름은 회수, 처리, 소비 및 최종 폐기와 관련된 환경적 압력 때문에 지금껏 환경정책의 주된 영역이었다. OECD의 물질흐름분석연구는 회원국의 경제운용에서 물질자원의 중요성에 대한 이해의 폭을 넓혀 국가별국가간 천연자원 및 물질흐름에 대한 정량적이고 분석적인 지식기반을 증진하는 것이다. 현재 EU에서는 물질흐름계정이 몇몇 회원국에서 공식통계로 활용되고 있다. 주로 물질흐름분석은 물질흐름계정으로부터 정보를 활용하여 물질사용의 효율성을 평가하는 가치화기법으로서 기존의 경제모니터링시스템에서 파악되지 않는 천연자원 등의 폐기를 인지하는데 활용된다. 물질흐름분석에서 자원사용과 효율성은 장기간의 지속가능성 및 환경정책을 위한 중요한 주제로 떠오르고 있는 것이다. The natural resources and material life-cycle include all human activities related to resources and material extraction, transportation, processing, use, recovery and disposal. Sustainable material management (SMM) is an integrated set of policy approaches targeted on economic agents throughout the material life-cycles and designed to result in economically efficient and environmentally effective material use. The material flows of industrial mineral, ores and fossil fuels have also long been a focal area for environmental policies because of the high environmental pressures associated with extraction, processing, consumption, and final disposal of these materials. OECD work on material flow is to improve the quantitative and analytical knowledge bases about natural resource and material flows within and among countries, so as to better understand the importance of material resources in member countries' economies. In several EU Member States, material flow accounts are part of official statistics. Material flow analysis (MFA) is a valuation method which assesses the efficiency of use of materials using information from material flow accounting. Material flow analysis helps to identify waste of natural resources and other materials in the economy which would otherwise go unnoticed in conventional economic monitoring systems. Resource use and resource efficiency has emerged as a major issue for long-term sustainability and environmental policy.

영남대학교 의과대학 의예과 교육과정 개발과 편성 사례

김성용,Kim, Seong Yong 연세대학교 의과대학 2017 의학교육논단 Vol.19 No.3

After Yeungnam University's College of Medicine was established in 1979, the curriculum for a preclinical medical education course was developed and implemented. Several modifications have since been made to the curriculum which was driven by changes in national policies and in the medical education environment. In recent years, it has become necessary to complement the weaknesses or shortcomings in the curriculum that were discovered during the basic medical education assessment process of the medical college. Since 2009, Yeungnam University has run two medical courses: a 6-year college of medicine course and a 4-year medical school course. However, as a result of changes in national policy, Yeungnam University decided to offer only the 6-year college of medicine course with an entirely new curriculum which will be implemented in 2017. The new curriculum for the preclinical medical education course consists of 36 credits of cultural essentials courses, 44 credits of major required courses, and 2 credits of major elective courses. The curriculum development requires the support of the university and/or college, the ensured independence of the curriculum development organization, and the cooperation and attention of fellow professors. Continuous efforts are needed to check, evaluate, and improve the curriculum.

An Analysis on Research Funding of Geosciences in Korea

김성용,허철호,민태선,Kim, Seong-Yong,Heo, Chul-Ho,Min, Tae-Sun The Korean Society of Economic and Environmental G 2007 자원환경지질 Vol.40 No.6

This study analyzed trends in geoscientific research funding provided by the Korea Science and Engineering Foundation (KOSEF) and examined strategies to promote geoscientific research. The strengths of geoscientific research in South Korea include the excellent academic quality of researchers, established research infrastructure, and inter-disciplinary research. Weaknesses include insufficient leadership in related societies and institutes, insufficient research productivity, and the exclusion of the field from nationally supported large-scale research projects. Opportunities for expanded research include environmental issues, the sustainable use of natural resources, the promotion of international research cooperation, and the initiation of national efforts to find solutions for regional problems. However, growth in the geosciences is threatened by prioritized investment in fields such as biotechnology, nanoscience, and information technology, a dismissive attitude toward the growth of basic sciences, and an increased demand for projects with visible economic and societal impacts. In terms of funding, group-based programs receive more support than individual-based programs. Between 1978 and 2006, KOSEF invested 1,744 billion won ($1.873 billion US) in a total of 46,748 basic research projects. Of this amount, 62.1 billion won ($66.7 million US) was allocated to 1,901 projects in the geosciences, which was roughly 2.6-10.6% of the money available in a given year. These funds were used to support research and development, the development and maintenance of necessary infrastructure, and the education and training of geoscientists.

위험성평가사례 - 자동차 부품 제조업

김성용,Kim, Seong-Yong 대한산업안전협회 2010 안전기술 Vol.151 No.-

중국 국가 지진 거버넌스 및 역할분담 고찰

김성용,Kim, Seong-Yong 대한자원환경지질학회 2021 자원환경지질 Vol.54 No.1

본 연구는 중국의 지진 거버넌스와 역할분담을 이해하여, 중국과의 관련분야 연구협력에 전략적으로 활용하고자 수행되었다. 중국의 국가 지진 거버넌스와 역할분담의 특징은 다음과 같다. 첫째, 우리나라에서와 달리, 중국은 지질자원분야와 지진분야가 각각 별개의 독립된 분야이며, 여타 과학기술분야과도 명확히 구분되어 있다. 특히 지진분야는 중국내에서의 타분야와 비교하여 위상이 상대적으로 높다고 사료된다. 둘째, 성급 지진국은 중앙정부와 지방정부 이중 지도관리체제로서 관련 업무를 동시에 수행한다. 셋째, 중국지진국의 직속단위 전문기관은 연구개발 및 인력양성과 학위수여 권한을 가지고 있다. 넷째, 중국은 지질 과학 분야를 중국지진국 직속단위, 중국지질조사국 직속단위, 중국과학원 산하기관에서도 각각 수행하고 있다. 다섯째, 중국지진국은 광활한 국토를 연결하는 지진관측망을 지속적으로 확충하고 있다. 여섯째, 중국은 지진관련 법령 체계를 구체적으로 잘 갖추고 있다고 여겨진다. 이러한 중국의 지진 거버넌스와 역할분담을 감안할 때, 우리나라가 중국과의 관련분야 국제협력을 추진하려면, 세부분야에 따라, 중국지질조사국 또는 중국지진국, 중국과학원 소관인지를 먼저 파악하여야 성공 가능성이 크다고 여겨진다. This study was carried out to understand China's earthquake governance and role-sharing, and to strategically use it for research cooperation in related fields with China. The characteristics of China's national earthquake governance and role-sharing are detailed in this study. First, unlike Korea, China's geoscience and earthquake research fields are separate, and are clearly distinguished from other fields of science and technology. They hold a higher status compared to other fields in China. Second, China's provincial earthquake agencies simultaneously carry out related tasks under the dual supervisory management system of the central and provincial governments. Third, the China Earthquake Administration (CEA) has the authority to do research and development, manpower training, and degree conferment, which are centered on directly affiliated institutions. Fourth, China carries out similar functions in directly affiliated institutions of the CEA and the China Geological Survey (CGS), and affiliated institutions of the Chinese Academy of Sciences (CAS), respectively. Fifth, the CEA is continuously expanding the seismic observation network that connects the vast land of the country. Sixth, China is considered to have detailed structures of earthquake-related laws and regulations. Given China's earthquake governance and role-sharing, it is considered that the possibility of success in research cooperation is high if Korea first determines whether it is under the jurisdiction of the CGS, CEA, and CAS, depending on the specific field.

지하수 기초조사 사업의 활용도 및 가치 분석

김성용,안은영,김선근,이재옥,Kim, Seong-Yong,Ahn, Eun-Young,Kim, Sun-Geun,Lee, Jae-Wook 대한자원환경지질학회 2011 자원환경지질 Vol.44 No.3