Kereta Api Indonesia DAOP (Operation Area) II Bandung is one of the operating areas of Indonesian railways, under the environment of PT Kereta Api Indonesia (Persero) which is under the Board of Directors of PT Kereta Api Indonesia led by a Head of Operations Area (Kadaop) who is under and is responsible to the Board of Directors of PT Kereta Api Indonesia. Operational Area II Bandung has three major stations, including Bandung station, Kiaracondong station, and Tasikmalaya station, while the middle class train stations include Padalarang station, Cipeundeuy station, Ciamis station, and Banjar station. The train warehouse is located at Bandung station, while the locomotive depot is not far from Bandung station. In presenting logistics information, it is still not optimal because it still uses manual methods so that in terms of time it is not effective and efficient. To solve this problem, a Web-based monitoring information system was created. The theoretical basis refers to the definition of Information Systems, Scout Movement and web builder applications including Web Browsers, Web Servers and Web editors.With the existence of an information system that supports it is expected that the processing of spare parts data and other reports can be more effective, efficient and timely.Hopefully the system created can be used as the beginning of developing a better system and can help with logistics work, so that the author hopes that employees are open to information systems that can make their work easier which may change in the future. Keywords : System, information, deposit, daily, web, responsive web
Academic management activities are an essential part of the world of education related to the teaching and learning process. Currently, the academic information system at one MTs school in Bandung is still being done manually, such as recording student data, teacher data, subject data, scheduling data, and class data. However, this method is considered less effective because it is prone to damage or loss of data. This study aims to develop a system for data collection in teaching and learning activities. In developing the academic system, the author uses a qualitative descriptive method, in which data collection is carried out through triangulation, data analysis is inductive/qualitative, and research results emphasize meaning rather than generalization, emphasizing use cases. The programming language used to design and implement this academic information system is PHP with SSL, and the database used is MySQL. The results of this research can assist Curriculum officers and teachers in managing student data, teacher data, subject data, scheduling data, and class data more quickly and reduce the risk of data damage or loss.
The writing of this paper discusses the process of monitoring strawberry plants implemented in strawberry gardens which will later become a reference to be able to design a tool for monitoring strawberry plants through Internet of Things (IoT) technology. There are several tools used, one of which is Arduino IDE as programming software to connect the Esp 8266 MCU Node, DHT 22 Sensor. Soil moisture Sensor, and other electronic components. Some of these tools are programmed using Eagle Software as a hardware board printing to form a PCB (Printed Circuit Board) or printed circuit board and become an interconnected hardware device. The use of the Bylink Application as its control and monitoring. Empirically and according to several farmers in Ciwidey, Bandung Regency, strawberry is a plant that is susceptible to changes in temperature and climate. With this tool, it is hoped that it will make it easier for farmers to determine soil moisture, identify plants that have not been watered and have not been given anti-pests or vitamins, and that their use can be extended both on a small scale in plantations to large scale that is able to take advantage of several agricultural industries. In addition, this system can be a modern digital technology that is able to reduce the percentage of crop failure due to lack of air or exposure to pests and temperature changes so that growing strawberries is easier and more efficient.
The writing of this paper discusses the process of monitoring strawberry plants implemented in strawberry gardens which will later become a reference to be able to design a tool for monitoring strawberry plants through Internet of Things (IoT) technology. There are several tools used, one of which is Arduino IDE as programming software to connect the Esp 8266 MCU Node, DHT 22 Sensor, Soilmoisture Sensor, and other electronic components. Some of these tools are programmed using Eagle Software as a hardware board printing to form a PCB (Printed Circuit Board) or printed circuit board and become an interconnected hardware device. The use of the Bylink Application as its control and monitoring. Empirically and according to several farmers in Ciwidey, Bandung Regency, strawberry is a plant that is susceptible to changes in temperature and climate. With this tool, it is hoped that it will make it easier for farmers to determine soil moisture, identify plants that have not been watered and have not been given antipests or vitamins, and that their use can be extended both on a small scale in plantations to large scale that is able to take advantage of several agricultural industries. In addition, this system can be a modern digital technology that is able to reduce the percentage of crop failure due to lack of air or exposure to pests and temperature changes so that growing strawberries is easier and more efficient.
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