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Comfort and safety of public transportation, particularly APTB PPD
buses, becomes high expectations for its customers. Those expectations must be
supported by the application of a good engine maintenance system. By using the
method of Reliability Centered Maintenance may be determined appropriate
actions to mitigate damage. From the analysis known the failures of the APTB
PPD bus are malfunctions of the fuel engine, power transfer systems, difficulty to
move the gear lever, and lubricating system for the rough engine noise. The cause
of engine malfunction is dirty diesel filter, vehicle acceleration malfunction is
due to the clutch plate wear out. Difficulty to move the gear lever indicates that
the clutch slips. Rough engine noise caused by the flow of oil to the engine
stalled as the result of dirty oil filter. The results of the logic tree analysis show
that for each failure requires scheduling of time directed task.

Keywords: bus engine maintenance, reliability centered maintenance, cause of
               malfunction, logic tree analysis, maintenance scheduling.

Determination of temporary shelters garbage (TPS) and the final
disposal site (TPA) is a very important, that pile of garbage does not interfere the
daily activity of society, their comforts, and the beauty of the city. City
government has set the TPS at all kelurahan, such as in Kota Jakarta Timur.
There are a number of polls spread over 60 kelurahan and 10 districts.
Meanwhile, the TPA is available only 3 locations spread and allocated to
accommodate waste from around the TPS in Jakarta. Therefore in this study
developed a model of urban waste disposal site selection based on their shortest
distance using binary integer linear programa method with the help of microsoft
excel solver. As for the data used in them is the location of the TPS and TPA, as
well as the distance between them, which is derived from Dinas Kebersihan
Jakarta Timur, Central Board of Statistics (BPS), and google maps. Optimization
model is expected to help the government in determining the exact location of
each TPA TPS.

Keywords: garbage , TPS, TPA, binary linier integer programa, microsoft excel
               solver.

Penelitian dilakukan pada industri makanan dan minuman kesehatan yang salah satu produknya adalah susu ibu hamil. Berdasarkan data produksi diketahui total cacat kemasan dus susu ibu hamil sebesar 0,56%, sedangkan standar yang ditetapkan perusahaan maksimum sebesar 0,05%. Jenis cacat kemasan dus digolongkan menjadi empat jenis, yaitu rusak easy tear, terkena lem, ink jet coding tidak rapi, dan teljepit guide. Diagram pareto menunjukkan bahwa 81,82% cacat kemasan dus susu ibu hamil adalah jenis cacat rusak easy tear. Tujuan penelitian adalah untuk mengetahui faktor penyebab dan dominan untuk selanjutkan akan dibuatkan usulan perbaikan. Metode yang digunakan adalah Fishbone Diagram, FMEA dan 5W1H. Hasil yang diperoleh, faktor penyebab kerusakan easy tear adalah man, machine, method, material. Faktor dominan kerusakan adalah man yaitu posisi jari packer yang kurang tepat saat proses penutupan dus, dengan nilai RPN 3290. Usulan perbaikan yang dapat dilakukan adalah menstandardisasikan proses penutupan dus, perbaikan Instruksi kerja dengan penambahan visualisasi bagaimana cara pengemasan dus susu ibu hamil yang baik dan benar.

Kata kunci: Easy tear, Fishbone Diagram, FMEA, 5WIH, RPN. 

It believes that firms must extract maximum value from the knowledge they possess, acquire or create in order to compete and survive. In other hand, developing close relationship between suppliers and customers are well encouraged in the literature because relationships in supply chain have shown inspiring changes. Considering dimensions of Knowledge Management Process Capabilities (KMPC) and Supply Chain Relationship Quality (SCRQ) to present a conceptual model for KMPC and SCRQ is targeted in this paper. So, the effective factors of KMPC and SCRQ are well identified by 289 questionnaires, distributed among SAIPA’s suppliers. Factor analysis and structural equation modeling (SEM) are used to discover the relation between KMPC and SCRQ. Based on our results, “Knowledge conversion” and “Knowledge protection” are fairly most important dimensions of KMPC. Also based on our results, in the SCRQ, “Adaptation”, “Cooperation” and “Trust” are fairly most important dimensions. Finally, the results demonstrate a significant and positive relationship between them in the supply chain of SAIPA Company.

Keywords: knowledge management process capabilities, supply chain relationship quality, structural equation modelling, SAIPA Company.