• 월간 기계설비
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• s.299
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• pp.87-93
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• 2015

건설공사의 공사비를 산출하기 위해서는 공사에 필요한 노무 자재 및 장비의 정확한 투입량을 알아야 한다. 이를 위해 정부는 1970년부터 표준품셈을 제정하여 현재까지 공공기관에서 시행하는 건설공사의 예정가격 산출에 활용하고 있다. 표준품셈은 한국건설기술연구원에서 제 개정 희망항목 조사와 현장실사, 심의위원회를 거쳐 국토부에서 매년 상 하반기에 제 개정 내용을 공포하고 있다. 이번 호에는 회원사들이 궁금해 하는 표준품셈 제 개정과정에 대해 알아본다. 매년 개정된 기계설비 표준품셈은 대한기계설비건설협회에서 인쇄하여 회원사에게 배포하고 있으며, 협회 홈페이지(ww.kmcca.or.kr${\rightarrow}$자료실${\rightarrow}$각종기준표${\rightarrow}$표준품셈/일위대가표)에서 다운받을 수 있다.

• 월간 기계설비
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• no.2 s.199
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• pp.56-65
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• 2007

표준품셈 487개 항목이 제·개정됨에 따라 건설공사의 예정 가격이 전반적으로 하락할 전망이다. 특히 올해 새로 도입될 표준품셈 상시관리시스템이 작동하면 내년 표준품셈 개편폭은 더욱 확대된다. 건설교통부는 지난 1월 4일 기계설비 등 5개 공종에 걸친 487개 표준품셈 항목을 신설·개정했다고 밝혔다. 이번 개편의 특징은 기존 기관별 요구사항을 단순 반영하는 것이 아니라 건교부가 직접 목표량을 설정해 직접 발굴했고 기계설비, 토목터널 부문이 집중 개선된 점이다. 기계설비 부문의 경우 밸브 및 콕류, 신축이음쇠, 잡철물, 방열기, 위생기구, 소화전 등의 항목이 대폭 개정됐다. 이번 개편에 이어 전체 표준품셈 2,460개 항목 가운데 503개 항목이 추가로 조정돼 내년 초 공표된다. 특히 표준품셈 상시관리시스템이 올해 상반기 가동되면 내년 초 공표될 항목은 이보다 더욱 늘어날 전망이다. 정부의 시스템 운용방침이 당초 계획된 2개년 목표치(990개 항목) 외에 추가 항목을 발굴하는 것이기 때문이다.

• Korean Journal of Construction Engineering and Management
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• v.25 no.2
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• pp.56-68
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• 2024

A construction standard production rates system for the factory built and on-site installation phases of OSC (Off-Site Construction)-based precast concrete (PC) structures in apartment buildings was recently proposed to establish an objective cost standard (Lee et al., 2021). In addition, the Korean government has taken steps to improve the institutional foundation for the systematic calculation of PC construction costs such as revising construction standard production rates for major components that can be applied to the on-site installation phase of PC method. In this study, we analyzed the results of a field survey of apartment building PC structures and collected expert opinions to develop factory-built and on-site installation standard production rates that can be applied to apartment building PC method. We also propose directions for improving the standard production rates so that they can be applied to the site and component of apartment buildings by comparing them with the current standard production rates. This study also derived the cost characteristics and cost reduction measures of PC construction by calculating the construction costs using the developed rates and comparing the construction costs with the RC methods of apartment buildings of the same scale. The construction standard production rates for PC construction derived in this study are expected to contribute to the spread of PC construction by ensuring the objectivity and consistency of the results of PC methods cost estimation.

• Proceedings of the Korean Institute Of Construction Engineering and Management
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• 2008.11a
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• pp.481-486
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• 2008

Standard Estimating System, which can be used for estimating a construction cost, has been pointed out having some problems such as non-reflecting a variety of construction environments and site conditions, non-adapting new technologies and methods since it was established in 1970. For solving these problems, the Korean Institute of Construction Technology(KICT) has chosen organizations for amending Standard Estimating System. However they have had many mistakes in the process of amending works because of non-establishing amending process and absence of the depreciation measurement method. This research derived the necessity to improve the amending process of the Standard Estimating System, and presented the detailed amending process and the performing method in the each process. Furthermore, this research proposed the depreciation measurement method available for the construction industry by means of analyzing researches that performed in the manufacturing industry and the measurement method for depreciation of general accounts.

• 월간 기계설비
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• no.1 s.186
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• pp.54-55
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• 2006

한국건설기술연구원은 지난 해 12월 30일 2006년 1월 1일부터 적용되는 46개 항목의 건설공사 표준품셈을 관계기관 실무자로 구성된‘품셈 위원회’의 심의를 거쳐 최종 확정, 공표했다. 건기연은 신기술의 적용성을 높이기 위해 실제 사용되는 공법을 중심으로 기계설비부문에서는 발열선등 5개의 품셈이 신설되었고, 기존 품셈의 조문정리 등 체계보완이나 적정성 조정을 위해 재료 할증률등 4개 항목을 보완했다. 기계설비부문의 발열선 품은 배관 동파방지를 이해 가구내 급수 급탕 계량기 주위, 가스보일러 하부배관 및 옥외지하주차장 배관 등에 발열선을 설치하고 있으나 적정품이 없어 전기표준품셈의 Heat Tracing System을 준용하고 있어 가구내와 공용부위로 구분해 신설한 품이다. 건기연은 품셈개정을 위해 지난해 3월 각 발주기관과 관련단체의 의견을 수렴해 대상항목을 선정한 데 이어 지난해 10월까지 건설현장에 대한 실사를 통해 수집한 자료를 토대로 품셈을 신설∙보완했다고 밝혔다.

• Journal of the Korean Institute of Traditional Landscape Architecture
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• v.29 no.3
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• pp.154-158
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• 2011

This research was carried out to compare the standard of estimated unit power and material in landscape architecture construction between Korea and Japan. It has also been done to offer a practical and reasonable information to Korea landscape architecture industry. The research results are as follows. First, both Korea and Japan's standard of estimated unit power and material in landscape architecture construction are part of civil construction. Second, Korea's detailed type of construction is centered on plant's type and size while Japan's centered on architectural construction. Third, Korea's standard of estimated unit power and material are composed of workforce construction, mechanical construction and addition of soil. On the other hand, Japan's estimated unit power and material are composed of workforce construction, time of transportation, date of transportation. Fourth, the planting specification of Korea seems to be more in detail than that of Japan, Japan's showing a wider implication. Fifth, when comparing the information regarding standard of estimated unit power and material between Japan and Korea, transportation, independent stalking for plant, soil for landscape architecture is difference between the two countries. On the base of this research results, Korea's standard of estimated unit power and material in planning construction should be more elastic in its implication and independent standard of estimated unit power and material in landscape architecture construction. Also, examination of transportation, independent skating for plant and soil for landscape architecture should be done in order for better improvements.

• Korean Architects
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• no.9 s.150
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• pp.114-116
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• 1981

건축공사의 적산은 제시된 설계도나 기지 시방서에 의하여 공종별로 수량을 산출하고 그 명 수량에 소요단가를 정한 금액을 합산하여 공사비를 적출하게 된다. 공사량을 적출하고 공사비를 계산하는데 있어 기본 지침서가 되는것은 정부(건설부)제정 건축적산비율 및 건설공사 표준품셈이 있다. 공종별로 주요하다고 생각되는 1981적용 건축적산비율의 내용과 적산하는데 필요한 자재의 규격 및 1981적용 건설공사 표준품셈을 근간으로한 일위대비표를 건축사 여러분이 실용함에 있어 다소나마 도움이 되지 않을까 생각되어 본지를 통해 소개한다. 본지의 지면관계상 상세하게 또한 전공종을 다 소개하지 못하는 것을 아쉽게 여기면서 지면이 허락하는데로 또한 자료가 정리되는데로 계속해서 소개해 드리고자 한다

• Korean Journal of Construction Engineering and Management
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• v.16 no.1
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• pp.110-118
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• 2015

The standard production unit system is the most basic element in our country construction. However, this standard production unit system shows a large difference in the actual amount of labor input for works at the Apartment housing construction, Therefore, it may be a reasonable alternative to estimate the cost of construction by historical cost data, works will be calculated the cost of labor must determine the exact amount and It is necessary to determine the exact amount of labor input for the construction progress management. This study examines the results of comparing the standard production unit system and the actual amount of labor counting in apartment housing construction was completed in the metropolitan area since 2000, the following results were obtained. the actual amount of labor input are looked for 1.184person/1000 of masonary, $0.084persons/m^2$ of plaster, $0.039persons/m^2$ of Waterproofing, $0.059persons/m^2$ of tile at the Apartment housing construction. in the actual amount of labor counting Compared with standard production unit system, masonry ratio of 59.8%, plaster ratio of 41.3%, waterproofing ratio of 31.5%, tile ratio of 34.3% and The labor rate in the works was the lowest in the plaster. was relatively high in the masonary. Therefore, the amount of labor country apartment housing construction is preferably calculated on historical cost data. But it seems that the amount of labor necessary complement ongoing close enough to the actual standard production unit system a major variable in construction management.

• 월간 기계설비
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• s.43
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• pp.56-57
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• 1994

• 월간 기계설비
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• s.12
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• pp.147-151
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• 1991