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Pelayanan Kesehatan kepada masyarakat perlu di dukung oleh sumber daya manusia kesehatan yang memadai. Pendidikan dan pelatihan merupakan bentuk kegiatan kompetensi sumber daya manusia untuk meningkatkan pengetahuan, sikap dan keterampilan. Agar pelatihan dilaksanakan sesuai kebutuhan perlu dilakukan analisis kebutuhan diklat, merancang desain kurikulum sesuai tujuan, pelaksanaan akreditasi diklat guna mendapat sertifikat dan evaluasi diklat.
Tujuan studi ini untuk membangun model sistem informasi diklat untuk mempermudah proses pengolahan dan analisis data diklat di Bapelkes. Studi menggunakan pendekatan kualitatif dengan metode pengembangan Sistem Development Life Cycle (SDLC). Penelitian dilakukan di Bapelkes Provinsi Jawa Barat.
Hasil penelitian dikatakan bahwa pengolahan dan analisis data hasil Analisis Kebutuhan Diklat (AKD), penilaian akreditasi diklat, penilaian hasil evaluasi penyelenggaraan dan evaluasi pasca diklat masih tidak tepat waktu, input data berulang-ulang sehingga mengakibatkan kegiatan pelaporan menjadi kurang efisien, pelaksanaan akreditasi masih belum optimal karena terlalu banyak variabel penilaian yang harus dinilai.
Kesimpulan penelitian terbangunnya model sistem informasi manajemen diklat untuk meningkatkan proses pengolahan dan analisa data serta tersedianya tambahan informasi yang tidak dihasilkan oleh sistem sebelumnya.
Health Services to the community needs to be supported by the human resources adequate healthcare. Education and training is a form of human resource competency activities to improve knowledge, attitudes and skills. For training to be implemented according to the needs necessary training needs analysis, designing the curriculum design goals, the implementation of training and education in order to get a certificate of accreditation and evaluation of training.
The purpose of this study to build a model of the system to facilitate the training of information processing and data analysis training in Bapelkes. The study used a qualitative approach to system development methods Development Life Cycle (SDLC). The study was conducted in Bapelkes West Java Province.
The results say that the processing and analysis of data from Training Needs Analysis (AKD), assessment and training accreditation, assessment and evaluation of the results of post-training evaluation was not timely, repetitive data input, resulting in a less efficient reporting activities, the implementation of accreditation is not yet optimal because too many variables to be assessed valuation.
Conclusion The establishment of research training model of management information system to improve the processing and analysis of data and the availability of additional information that is not generated by the previous system.
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
Information system of credit score for lecturers of Polytechnic of Health Ministry of Health currently running can not answer the solution on monitoring and propose for establish lecturers credit score. This study aims to develop information system monitoring credit score for lecturers Polytecnich of Health Ministry of Health, which can know early on problems of credit score lecturers fulfillment and who have fulfilled the credit score for career development and quality development of Polytecnich of Health Ministry of Health. Development of information system monitoring credit score for lecturer Credit Score for Lecturers Polytecnich of Health Ministry of Health follow the flow of system development life cycle (SDLC), planning, analysis, design and implementation. The methodology used is Rapid Application Development (RAD) with a prototype approach. This research produces proptotype information system monitoring credit score for lecturers Polytecnich of Health Ministry of Health with web-based. This system facilitates lecturers Poltekkes in monitoring the acquisition of credit numbers and the proposed determination of lecturer credit score. Implementation of the system can be done at the Agency (BPPSDMK) as the builder of functional lecturer in the form of funding support, infrastructure and human resources that have been available. However, it requires commitment from the lecturer as the system user to use this system in a sustainable manner and of course the policy from the Agency (BPPSDMK) to make regulation or mandatory related to this system. Besides, it is also necessary to socialize to Polytecnich of Health Ministry of Health especially lecturers who interact directly to the system. Keyword: Information System, Monitoring, Lecturer.
Rabies is an acute infectious disease in the central nervous system causedby the rabies virus. Until now there is no effective treatment to cure rabies, but thedisease can be prevented through the handling of cases of exposure to rabidanimal as early as possible. Rabies is still a public health problem that is seriousenough and has spread to different areas of the original are rabies-free areas. Baliis one free area that is infected with a rabies by the end of 2008.Indonesia has declared rabies-free by 2020 in accordance with theagreement at the ASEAN meeting. In order to achieve rabies-free by 2020, thedisease surveillance is crucial to deliver accurate information for monitoring andevaluation of prevention activities. Supportive management of informationresources can support the success of rabies eradication program.The development of information systems in this study using the SystemDevelopment Life Cycle (SDLC) method and aims to develop RabiesSurveillance Information System Prototype. This prototype is a model ofManagement Information System and a web-based information system that canprocess data automatically and displays graphs and maps that can support policymakers in making decisions.Keywords :Rabies, surveillance, systems development, information system prototype
Abstrak
Latar Belakang: Sesuai Permenkes NOMOR 1796/MENKES/PER/VIII/2011 tentang Registrasi Tenaga Kesehatan dan Peraturan Menteri Kesehatan RI No. 1464/Menkes/PER/X/2010 tentang izin dan penyelenggaraan praktik bidan. Bidan harus memiliki Surat Tanda Registrasi (STR). Sistem informasi registrasi yang ada belum optimal, proses input data yang berulang, form input data tidak lengkap, sistem informasi tidak bisa diakses oleh stakeholder terkait, proses pengiriman data lambat tidak realtime. Tujuan penelitian ini membangun model Sistem Informasi Registrasi Bidan berbasis web di MTKI dalam mendukung pembinaan, pengawasan dan pengambil keputusan.
Metode: Penelitian ini dikembangkan berdasarkan metode System Development Life Cycle/SDLC yaitu metoda kebutuhan bertahap dan interaktif yang terdiri dari analisis sistem, perancangan sistem, perancangan basis data dan tahapan uji coba.
Hasil: Penelitian menunjukan adanya perbedaan waktu yang signifikan antara proses registrasi melalui sistem yang ada dengan sistem informasi yang dikembangkan. Seluruh pengolahan data otomasi dan aplikasi mudah dioperasionalkan. Pada sistem informasi yang dikembangkan semua stake holder terkait dapat melihat informasi proses registrasi yang sedang berjalan.
Kesimpulan: Sistem informasi yang dikembangkan lebih baik dibandingkan dengan sistem yang ada. Sangat dibutuhkan komitmen dari seluruh pimpinan di Badan PPSDM, MTKI, MTKP dan Organisasi Profesi (IBI) dalam mendukung proses registrasi secara online.
Background: Regulation orders of the Minister of Health of Republic Indonesia of 1796/MENKES/PER/VIII/2011 of Human Health Resources Registration and 1464/Menkes/PER/X/2010 of license and implementation of midwifery practice is midwives should have a Certificate of Registration (STR). Already, the existing information systems of registration has not been optimal, the repetitive of data input process, data input form is incomplete, the system information can not be accessed by the relevant stakeholders, slow data transmission process is not real time. The purpose of this study build Midwives Registration Information System model in web-based MTKI in supporting for coaching, supervision and decision makers.
Methods: Development of systems based on System Development Life Cycle / SDLC that needs gradual and interactive method which consists of a system analysis, system design, database design and testingstages.
Result: Research showed a significant difference in time between the registration process through the existing system and the developed information system. All data processing automation and application more easy operationalized. In theinformation systems which developed showed all the running process of registration for the relevant stakeholders.
Conclusions: Information systems are developed more better than the existing system. It is need more commitment from all leaders in PPSDM, MTKI, MTKP and Health Professional Organizations (IBI) in support of the online registration process.
