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"For the last two decades, national development has been growing rapidly by 6-8% per annum. Nevertheless, gaps between regions and between sectors are still found which need to be taken care of for the future sustainable development, especially in construction industry. The average national growth of 8% has not been followed by the contribution increase to GDP, which is about 4-6% for the same period. Endeavor in support of raising contribution value to GDP through the development of wood technology application in strategically sector, in housing sub sector, in particular of construction industry would have important meaning for the development in general.This research is directed to evaluate the potential of the application of wood technology using metal connector on housing roofs in large scale so that it can be used to provide value added by those sectors that can take benefit of the techno economic value of wood to the optimum. To this end the research will also be carried out to the upstream through downstream, especially those related to and influencing the supply and demand sides of the potential of the application of wood technology.A survey in literature shows Indonesia as having about 4000 kinds of wood of which 268 kinds are recorded as spreader and only 62 kinds or 179 botanical species are traded with economic value is needed in the development. In addition, this research will take stock of and evaluate the outcome of applying wood construction technology that has been developed and well tested in other countries, such as Australia. Research is also carried out on the potential of mass production by fabrication system or manufacturing and on the value added of the technology and various controls needed to achieve the intended objective. Various quantitative methods, including mathematical and statistical ones, have been used with regression for house supply analysis and wood contribution for roof frame, comparison of wood use against the metal connector and hypothetical try out needed.The result of the analysis is evaluated on statistical standard level regarding its validity, trustworthiness and forecasting. The data have been used in representing and describing the current conditioning of construction industry, especially in Indonesia.The research result hopefully: 1. Can provide additional information to increase the value added of wood material for the development of construction industry at its downstream sector and specially in agricultural sector to provide indication of the kinds of wood in the upstream sector needed in the upstream sector needed in the future.2. Provides the picture of natural resource of Indonesia in the frame of its maximum utilization and development.3. Gives indication of how much of wood economizing scale is needed for the increase in construction value added that can be achieved by the application of wood technology know how, especially in housing sector.4. Increases the awareness of those related parties to the objective of construction industry development in general and housing sector in particular so that it can :i. Support the government program in developing wood resource potential from the development program of. Industrial Forest Plantation.ii. Drive construction industry to achieve more profitable value added for development through the use of wood material efficiently.iii. Provide required training and information for the application of wood technological know-how of highly beneficial usage to those related sectors, construction industry in particular."

"Quality improvement in public service has become a major concern in government institutions in their effort to provide the public with maximum service. It is also a major concern for Samsat (One-Roof System) institutions in Jakarta, Bogor, Tangerang, Bekasi (Jabodetabek). The purpose of this study is to analyze the quality level of the service provided by Mobile Samsat units in Jabodetabek. The study uses the quantitative approach in order to illustrate the gap between consumer expectation of public service and consumer perception of the actual service, based on five dimensions: reliability, responsiveness, assurance, empathy, and tangibility. Measurement results of the five dimensions show that customers find the service provided by Mobile Samsat in Jabodetabek to be unsatisfactory."

"Struktur atap Jakarta International Stadium mempunyai ukuran 244m x 269m di ketinggian puncak 82m. Melakukan pekerjaan assembling pada ketinggian 70-80 meter di atas permukaan tidaklah mudah. Dengan metode konvensional diperlukan alat bantu perancah yang tinggi, tingkat kesulitan terkait kepresisian saat proses fit up, serta tingkat risiko yang tinggi dari segi keselamatan kerja. Dengan kondisi seperti itu, perlu inovasi metode proses pemasangan Atap Jakarta International Stadium yaitu menggunakan metode lifting dengan strand jack. Dimana dengan metode lifting ini, rangka atap dilakukan assembling di ground level lalu dilakukan lifting sampai elevasi rencana. Dari aspek keamanan dan mutu, lifting menggunakan strand jack lebih aman dilakukan karena lebih banyak pekerjaan dilakukan di bawah. Hal ini membuat sisi pengawasan dan pengendalian terhadap alat maupun pekerja lebih mudah dilakukan. Pekerjaan di bawah juga dapat meminimalisir faktor angin yang berdampak pada kenyamanan saat melakukan pekerjaan.Dari aspek waktu pelaksanaan pekerjaan struktur atap metode lifting menggunakan strand jack memerlukan waktu 486 hari. Hal ini lebih cepat jika dibandingkan dengan metode konvensional yang memerlukan waktu 1121 hari.

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The roof structure of the Jakarta International Stadium measures 244m x 269m at the height of 82m. Assembling work at an elevation of 70-80 meters above ground: with the conventional method, a high level of scaffolding, the difficulty level is related to precision during the fit-up process and a high level of risk from the work safety perspective. With such conditions, it is necessary to innovate the method of installing the roof of the Jakarta International Stadium, namely using the lifting method with strand jacks. With this lifting method, the roof truss is assembled at ground level and lifted up to the planned elevation. From safety and quality, lifting using a strand jack is safer because more work is done below. It makes supervision and control of tools and workers easier to do. The work below can also minimize the wind factor, which impacts work comfort. From the time of carrying out the roof structure work, the lifting method using strand jacks takes 486 days. It is faster when compared to the conventional way, which takes 1121 days."