WEB DEVELOPMENT BASED ON SDLC CONCEPT APPROACH IN E-COMMERCE AT BASUKI JAYA PHARMACY

E-commerce is a very rapid development of trade in various fields, including pharmaceuticals. One process is the provision of prescription or non-prescription drugs from pharmacies. The management practice is still done manually, which involves the buying and selling process in person. Besides, processing and drug supplies are also done manually. These reasons make the process less effective and efficient, so it is necessary to develop an information system in buying and selling (e-commerce), improving performance, and reaching the target market. This system development uses the SDLC (System Development Live Cycle) concept and e-commerce, specifically in the pharmaceutical sector. This process is carried out from requirements to testing. The development is an e-commerce website that can help in the pharmacy's buying and selling process. Besides, the website is capable of connecting with customers. The system can integrate existing supplies into a pharmacy information system. The design of this system uses the programming languages PHP and MySQL. The results were tested using the Black Box method with the results that all processes and functions performed were carried out correctly. The developed website can be implemented in e-commerce at the pharmacy.

Desain Sistem Pelayanan Resep Rawat Jalan RSUD Blambangan Melalui Pendekatan User Centered

Pelayanan resep rawat jalan meliputi kegiatan administratif dan kegiatan pelayanan farmasi klinik. Kebutuhan pengguna dalam pelayanan resep rawat belum sepenuhnya didukung oleh Hospital Pharmacy Information System (HPIS), sehingga perlu dilakukan desain sistem pelayanan resep rawat jalan di RSUD Blambangan menggunakan pendekatan user centered. Penelitian ini bertujuan membuat desain sistem pelayanan resep rawat jalan di RSUD Blambangan melalui pendekatan user centered yaitu berdasarkan kebutuhan pengguna di instalasi farmasi. Penelitian ini merupakan rancangan deskriptif yaitu analisis kebutuhan pengguna menggunakan metode focus group discussion (FGD) dan telaah dokumen. Subyek penelitian ini berjumlah 24 otang yang terdiri dari 9 orang apoteker, 13 orang tenaga teknis kefarmasian (TTK), dan 2 orang tenaga administrasi. Kebutuhan data dalam pelayanan resep rawat jalan meliputi data pasien, data obat, data admisi, data pemeriksaan fisik, data pemeriksaan klinis, data pemeriksaan laboratorium, dan data pelayanan resep yang selanjutnya dikelompokkan dalam kebutuhan data skrining resep, labeling, dan penyerahan obat. Desain sistem pelayanan resep rawat jalan yang dibuat merupakan desain dalam bentuk data flow diagram (DFD). Kesimpulan penelitian ini adalah perlu dibuat desain model lanjutan pelayanan resep rawat jalan yaitu entity relationship diagram (ERD), data dictionary, dan system flowchart.

RANCANG BANGUN SISTEM POINT PELANGGAN PADA APOTIK BUCHORI CABANG BENGGALA DAN CIRUAS BANTEN

As one way to increase the growth of the number of customers in a pharmacy, promotion needs to be done by giving awards to loyal customers, this is what underlies the Buchori Pharmacy wanting to develop a pharmacy information system that can accumulate customer points automatically. Previously the Buchori dispensary had an application for processing drug sales data however, the application does not have the customer's accumulated point feature automatically and does not yet have the customer's claim point feature, While these features have become a necessity for Buchori pharmacies to develop the system in the future. The methodology used in this study is the software engineering method by setting requirements and allocating needs into a computerized information system. This research is in order to develop an existing pharmacy information system in order to provide better satisfaction to customers, With the development of this information system, it is expected to be able to help operators and be able to provide satisfaction to Buchori pharmacy customers going forward.

Functional Requirements of Pharmacy’s Information System in Hospitals

Introduction: Pharmacy Information System (PIS) existed in hospitals collects, saves and manages the information related to drug and drug consumption in process of caring patients and results in decreasing error in interpreting handwritten prescriptions, distributing drug and controlling side effects of drug. Regarding the importance of knowing users’ expectations for designing successful system and based on procedure of clinical environment and in direction of patient’ security and improving care quality, this study conducted with the aim of determining functional requirements of pharmacy information system and by offering system ‘final users for poll.Material and Methods: This research is descriptive cross-sectional one and of applied kind that conducted in 15 hospitals in 1391. This study conducted in three independent steps including library study, internet search and designing finding semi produced guideline and questionnaire, offering ten experts the finding semi produced questionnaire for poll, offering 50 individuals of experts the final questionnaire for poll using Delphi technique. Validity of final questionnaire and its reliability confirmed through validity of content and re-test test, respectively. Data analyzed using SPSS software and answers given points of 0-4 and requirements with mean’ final point of 3 or more than 3 confirmed.Results: Based on the first and second turns of Delphi technique, final list of pharmacy information system’ functional requirements of 80 requirements determined. The highest mean point related to capability to connect with computerized provider order entry (3.73%), capability to calculate dose of drug and warn about drug interference (3.71%), capability to apply barcode technology (3.71%) and capability to register expiration date , way and place of keeping good (3.63%).Conclusion: Based on experts’ opinions, requirements that related to patient security were paid more attention. Finally, a list of pharmacy information system’ functional requirements presented that could be used by designers, developers and other beneficiaries of pharmacy information system in hospitals.

Evaluasi Kinerja Sistem Informasi Manajemen Farmasi Di Rs Roemani Muhammadiyah Dengan Metode Hot Fit Model

Performance evaluation of Pharmacy Management Information System (PMIS) at Roemani Hospital was done because a policy of pharmacy system operation had not been fully implemented, a finance manager was difficult to predict expenditures to buy stock of medicines, information about amount of medicine on the pharmacy information system was different from amount of medicine which was available in repository, and quality of pharmacist was still low. Analysis model of HOT - Fit put important components on information system namely Human, Organization, and Technology. This research aimed to find out about performance of pharmacy information system at Muhammadiyah Roemani Hospital viewed from users’ perceptions using indicators of Hot Fit Model. This was descriptive research using quantitative approach. Population was all officers (40 persons) who were involved in PMIS. Research instruments consisted of a questionnaire, an observation sheet, and guidance interview. Furthermore, data were analyzed using descriptive statistics continued by categorizing to be good (e”mean/median) and bad (<mean/median) using data normality. The result of observation revealed that overall; viewed from total score of all aspects, mostly respondents had good performance of PMIS (75%). In addition, viewed from the aspects of human and organization, most of them had bad performances (55%) and (57.5%) respectively. In contrast, viewed from the aspect of technology, most of them had good performance (55%). As a conclusion, the performance of PMIS had been categorized as good. It had fulfilled the aspects of timeliness of receiving information and completion of the information. In addition, the aspects of information quality had fulfilled criteria of completeness and relevance but have not fulfilled accuracy of information. The aspect of technology was categorized as good performance whereas performances of the other aspects, namely human and organization were not good. These factors caused inaccuracy and quickness of providing information. As a suggestion, further pieces of follow- up research need to be conducted to examine recommendation (SOP of a pharmacist, SOP of a MIS officer, a training schedule, and master plan of pharmacy IS) which is provided to identify effects of a PMIS use. In addition, supervision by head of pharmacy needs to be done to monitor performance of pharmacist related to the implementation of SOP.