YULIZA, YULIZA (2025) PENGEMBANGAN SME (SMART MODUL EDUCATION) BERBASIS IoT DI Universitas Mercu Buana Jakarta PERIODE: Oktober 2024 - Desember 2024. S1 thesis, Universitas Mercu Buana Jakarta.
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Abstract
The implementation of IoT projects in education includes not only the creation of simple prototypes, but also the development of a comprehensive curriculum to prepare students for the demands of the IoT industry. The development of ME IoT makes it easier for students to learn and apply IoT systems through efficient and durable practicum devices, overcoming obstacles such as easily damaged components and long assembly times. The purpose of the design is to design and program SME IoT that can be connected to applications on Telegram and Thingspeak. Control of IoT is carried out through the Telegram application, which can function as a switch and monitoring. The system functions well, with an average response time of 6.8 seconds, a maximum temperature error of 2%, a minimum temperature of 4%, and humidity of 3%. Data can be sent to Thingspeak and displayed in a graph. temperature and humidity according to the measurement results from the DHT11 sensor. Keywords: Smart Modul Education (SME), IoT, learning, practicum, Telegram application, Thingspeak, temperature and humidity sensors, DHT11. Implementasi proyek IoT dalam pendidikan tidak hanya mencakup pembuatan prototipe sederhana, tetapi juga pengembangan kurikulum yang komprehensif untuk mempersiapkan siswa menghadapi tuntutan industri IoT. Pengembangan ME IoT mempermudah siswa dalam mempelajari dan mengaplikasikan sistem IoT melalui perangkat praktikum yang efisien dan tahan lama, mengatasi kendala seperti komponen yang mudah rusak dan waktu perakitan yang lama. Tujuan perancangan mendesain dan memperogram SME IoT yang dapat terhubung pada aplikasi pada Telegram dan Thingspeak. Kontrol dari IoT dalam dilakukan melalui aplikasi Telegram yaitu dapat berfungsi sebagai saklar dan monitoring. istem berfungsi dengan baik, dengan waktu respon rata-rata 6,8 detik, error suhu maksimum 2%, suhu minimum 4%, dan kelembapan 3%. Data dapat dikirim ke Thingspeak dan ditampilkan dalam grafik suhu dan kelembapan sesuai dengan hasil pengukuran dari sensor DHT11. Kata kunci: Smart Modul Education (SME), IoT, pembelajaran, praktikum, aplikasi Telegram, Thingspeak, sensor suhu dan kelembapan, DHT11.
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