<p>Penelitian ini bertujuan untuk menjelaskan     tentang   hal-hal     apa   saja  yang   menjadi     pertimbangan. UPT Perpustakaan UNISSULA dalam memilih sistem automasi perpustakaan dan bagaimana bentuk kegiatan migrasi sistem automasi perpustakaan dari   LONTAR     (Library   Automation     and   Digital     Archives)     ke     SLiMS (Senayan Library Management System). Metode yang digunakan adalah penelitian kualitatif. Teknik pengumpulan data menggunakan wawancara, observasi, dan dokumentasi. Teknik pengolahan data menggunakan metode deskriptif. Hasil penelitian bentuk kegiatan migrasi sistem automasi ini terbagi ke dalam dua jenis kegiatan yaitu migrasi kebijakan pada pengolahan   metadata koleksi secara fisik dan migrasi database koleksi. Dari hasil penelitian dapat disimpulkan bahwa yang   menjadi   pertimbangan   dalam melakukan   migrasi   sistem automasi   adalah   karena   sistem   sebelumnya   tidak   bersumber   terbuka   sehingga tidak dapat dimodifikasi secara bebas sesuai kebutuhan perpustakaan dan apabila sistem LONTAR mengalami gangguan harus memanggil teknisi dari Universitas Indonesia sebagai pemilik hak cipta dari LONTAR dengan biaya yang tidak sedikit.</p><p><span class="hps"><em><span lang="IN">This study aims to explain the consideration by UNISSULA Central Library choosing library automation systems and how the form of migration of library automation systems from LONTAR (Library Automation and Digital Archives) to SLiMS (Senayan Library Management System). The method used is qualitative research. Data collection techniques using interviews, observation, and documentation. Data processing techniques using descriptive methods. The results of this research into the form of automation system migration activities are divided into two types of activities, namely migration policy on physical collection metadata processing and collection database migration. From the results of the research it can be concluded that the consideration in migrating automation systems is because the previous system was not open source so that it cannot be modified freely based on the library needs and if the LONTAR system suffers from interference, it must call a technician from the University of Indonesia as the copyright owner of LONTAR for a significant cost.</span></em></span></p>

The purpose of this research is to design and realize a pipe leak detection system that can be monitored with an Android application. Water flow sensor is used to determine the flow of water, with water flow rate analysis it is possible to know the leakage area, pipe leakage rate, and the number of leaks in pipe area if there is a water flow rate decrease. The data is processed with an NodeMCU microcontroller based on Internet of Things (IoT). The accuracy of all water flow sensors after calibration is 97,53%. When testing with the determination of each leaked area the results are appropriate. The reading of each water flow rate decrease that occurs has an accuracy of determiningthe leakage rate of 90,2% while the suitability of reading the number of leakage areas depends on the detection of the leakage area and the classification of the leakage rate. The greater the water flow reads on the sensors, the precission level to determine the level of water pipe leakage is getting better, and vice versa, this is due to sensors having variable variations in flow rate readings.

The problems of this research are: 1) how to develop the approach of societal technology science?; 2) how is the feasibility approach of societal technology science; 3) is the approach of society technology science can cultivate the inspirational attitude?. This is a mixture between qualitatif and quantitative research. Qualitative research was chosen to describe the application of the society technology science. Quantitative research which is a pre-experimental design of one–group Pretest-Postest design, is to see the understanding and change of students’ character before and after the application of the model. The learning model development used the ADDIE (Analysis, Design, Develop, Implemen, Evaluation) design model. The results of this research are: 1) the development of society technology science approach to realize inspiring character was done through 5 stages. With the preliminary stages of approach, establishment/development concept, application in life, the improvement of concept, and assessment; 2) the approach of society technology science to create an inspiring attitude that has been developed, is declared feasible to be used with a score of 15 (90%) in ‘very decent’ criteria; 3) social technology science approach has reflected an inspiring attitude. This is shown from observations on the coursework and results of the student's work that earned an average yield of 3.6 on a ‘good’ category (90%). It is suggested planning a more mature, fuller and wider concept mastery component.