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Tesis ini membahas tentang pengembangan sistem informasi perencanaan kebutuhan tenaga kesehatan puskesmas berdasarkan beban kerja di Dinas Kesehatan Kota Bandar Lampung. Metode yang dipergunakan adalah metode perencanaan berdasarkan indikator beban kerja melalui lima langkah pelaksanaan. Sistem informasi ini diharapkan mempermudah pengambil keputusan untuk merencanakan perekrutan, pendistribusian serta mengevaluasi kebutuhan tenaga kesehatan di puskesmas sehingga dapat diambil keputusan yang tepat sesuai dengan kebutuhan organisasi. Pengembangan sistem informasi ini dilandasi oleh input, proses,dan output dari sistem perencanaan kebutuhan tenaga kesehatan di puskesmas. Metode pengembangan sistem informasi mulai dari konsep sampai dengan implementasinya menggunakan metode System Development Life Cycle (SDLC), pemodelan dan interface.
The focus of this study is developing of health human resources planning information system. The system can be used to plan human resources of health especially for community health centre (Puskesmas) based on work load in Dinas Kesehatan Kota Bandar Lampung. The method of developing of information system is planning based on work load indicators trough five steps. The purpose of this study is to build a prototype that can support decision makers to plan the recruitment, placement and evaluate human resources of health necessity for community health centre. The stakeholder needs to take the best decision and suitable with organization needs. The developing of information system is built based on input, process and output of health human resources planning information system. The method of this developing of information system was System Development Life Cycle (SDLC), prototype and interface.
Tesis ini membahas pengembangan software pengolahan dan analisa data dari manual menjadi automasi dan terintegrasi di Kabupaten Lampung Selatan. Tujuan pengembangan ini terbentuknya prototype yang berguna untuk menghasilkan indikator, laporan PCD dan kewaspadaan dini KLB Malaria. Prototype ini dapat menghasilkan banyak informasi penting sebagai Decision Support Sistem (DSS) Metode pengembangan sistem informasi mulai dari konsep sampai dengan implementasinya menggunakan metode System Development Life Cycle (SDLC). Software yang digunakan untuk aplikasi prototype adalah microsoft access dan arc.view 3.3. Hasil analisis pengembangan sistem, peluang untuk mengembangkan software sistem informasi Malaria ini sangat memungkinkan di Dinas Kesehatan Kabupaten Lampung Selatan.
The focus of this study is developing of Malaria software becoming automatic and integrated data processing and data analysis in Kabupaten Lampung Selatan. The purpose of this study is to build a prototype that can be used to produce indicators, PCD reports and early warning system of Malaria's outbreak in Lampung Selatan. The prototype offers many important outputs as part of Lampung Selatan’s decision support system. The method of this developing of information system was System Development Life Cycle which backed up by Microsoft Access and arc.view 3.3. The researcher said this developing of information system is very applicative in Kabupaten Lampung Selatan due to the availability of human resources and hardwares are ready in the grass root.
Kata kunci : Sistem informasi, Puskesmas, obat.
Implementation of treatment efforts in the primary healthcare requires theavailability and affordability of drugs that are efficient, effective and rational. Thisstudy aims to develop a management information system that is capable ofsupporting the health center planning drug needs in East Tegal Primary HealthCare. This research is a qualitative case study approach. Primary data werecollected by means of observation and in-depth interviews, and secondary dataobtained from primary healthcare reports and Health Department City of Tegal.2Determination of the informant by purposive sampling. Key informant in-depthinterviews was Head of primary healthcare, pharmacy officer in , and ChiefMedical Officer. The research instrument used is in-depth interview guide andobservation guide.Analysis of the information systems that currently exist at EastTegal Primary Health Care shows that existing information systems in East TegalPrimary Health Care not able to meet the needs of users. Information availabilityof drugs in health centers drug warehouse is not accurate and the system has notbeen able to produce output that supports the reporting of medication managementhealth center. Information system development is expected to improve drugmanagement information system that is currently running at East Tegal PrimaryHealth Care. Logical design of information systems management in health centersdrug East Tegal need to proceed with the preparation of the physical design andmanufacture of coding, so that the resulting drug management information systemthat is capable of supporting the health center planning needs medication.
Keyword :Information system, Primary Healthcare, drug
Demam Berdarah Dengue adalah penyakit yang disebabkan oleh virus Dengue yang ditularkan melalui gigitan nyamuk Aedes aegypti. Kepmenkes RI No. 581/Menkes/SK/VII/1992, menyebutkan bahwa penyakit ini dapat menimbulkan kematian, dan termasuk salah satu penyakit yang dapat menimbulkan wabah. Kota Bogor merupakan salah satu wilayah endemis DBD di Provinsi Jawa Barat. Kasus DBD di Kota Bogor menunjukkan peningkatan dalam 3 tahun terakhir, pada tahun 2008 dilaporkan terdapat 1.193 kasus, meningkat menjadi 1.513 kasus pada tahun 2009, dan kembali naik menjadi 1.686 pada tahun 2010. Program pencegahan, pemberantasan, dan surveilans DBD membutuhkan dukungan sistem informasi yang baik sebagai landasan pengambilan keputusan. Sistem informasi yang berjalan saat ini belum memanfaatkan manajemen basis data yang terstruktur sehingga sering ditemui kendala dalam hal pengelolaan data. Selain itu juga belum terdapat aplikasi khusus pemetaan yang dapat menghasilkan informasi secara otomasi dalam memberikan analisis kewilayahan tentang potensi yang dimiliki tiap wilayah terhadap peningkatan kasus maupun KLB. Pengembangan sistem informasi DBD berbasis SIG bertujuan untuk mengatasi permasalahan pengelolaan data dan analisis kewilayahan. Sistem informasi tersebut dikembangkan oleh peneliti berdasarkan metode System Development Life Cycle (SDLC), dengan mengintegrasikan aplikasi basis data Postgresql dan aplikasi pemetaan Open Geo Suite 2.2. Sistem ini mengolah data program DBD menjadi indikator IR DBD, CFR DBD, kepadatan penduduk, dan ABJ. Aplikasi mengolah indikator tersebut melalui proses perhitungan skor sehingga dihasilkan output berupa laporan, peta, dan grafik. Dalam rangka pengembangan sistem informasi lebih lanjut, diperlukan penambahan variabel lingkungan dan indikator untuk monitoring dan evaluasi program pencegahan dan pemberantasan DBD. Kata kunci : DBD, pemetaan, basis data
Dengue Haemorrhagic Fever (DHF) is a disease caused by Dengue virus transmitted through Aedes aegypti bite. The Minister’s of Health Decree (Kepmenkes RI Nr. 581/Menkes/SK/VII/1992) stated that this disease can cause death, and lead an outbreak. Bogor is one of DHF endemic area in West Java. DHF cases in Bogor have shown an escalation in the last three years. In 2008 it was reported 1,193 of cases, in 2009 the cases has risen to 1,513 and the trend were continued in 2010 with 1,686 of cases. DHF control significantly requires information system to generate an effective policy. Current information system has not been supported with database management. Hence, data and information management of DHF frequently meets bottleneck. Furthermore, the absence of mapping application lead to bottleneck on spatial analysis of outbreak and cases increase. The system information is developed to solve the bottlenecks on data information and spatial analysis using System Development Life Cycle (SDLC) methods. It combines Postgresql and Open Geo Suite 2.2. The system process several indicators i.e IR DBD, CFR DBD, population density and ABJ. The application manages those indicators through the process of scoring which result in report, map, and chart. Sustainability of this proposed system requires environment variables and monitoring and evaluation indicators of DHF control. Key words : DHF, mapping, database