RANCANG BANGUN JAM WAKTU SHOLAT BERBASIS JAM ATOM UNTUK EFISIENSI WAKTU SHOLAT DI MASJID BAITUL MA’RIFAH

FAISAL, RIFAL (2025) RANCANG BANGUN JAM WAKTU SHOLAT BERBASIS JAM ATOM UNTUK EFISIENSI WAKTU SHOLAT DI MASJID BAITUL MA’RIFAH. [Tugas Akhir] (Unpublished)

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Abstract

Ketepatan waktu sholat memiliki peran penting dalam mendukung pelaksanaan ibadah berjamaah di masjid. Namun, Masjid Baitul Ma’rifah selama ini masih menggunakan jam RTC biasa yang kurang akurat dan tidak memiliki cadangan daya ketika listrik padam, sehingga sering mengakibatkan keterlambatan penentuan waktu sholat. Penelitian ini bertujuan untuk merancang dan membangun jam waktu sholat berbasis jam atom dengan memanfaatkan GPS NEO-6M agar
waktu sholat yang ditampilkan lebih akurat dan selalu sinkron dengan waktu universal. Metode penelitian yang digunakan adalah Research and Development (R&D) dengan model PPE (Planning, Production, Evaluation). Perancangan
perangkat keras terdiri dari ESP32, GPS NEO-6M, LED P10 sebagai display, dan baterai cadangan, sedangkan perangkat lunak dibuat dengan Arduino IDE menggunakan library PrayTimes untuk menghitung jadwal sholat berdasarkan data
lokasi GPS. Sistem diuji pada Masjid Baitul Ma’rifah untuk memastikan fungsinya berjalan sesuai rancangan. Hasil pengujian menunjukkan bahwa jam waktu sholat ini mampu menampilkan jadwal sholat secara otomatis, serta tetap menyala meskipun terjadi pemadaman listrik berkat adanya baterai backup. Kesimpulannya, alat ini dapat meningkatkan efisiensi ibadah jamaah dan memudahkan pengurus masjid dalam menentukan waktu sholat secara tepat setiap hari.
Kata kunci: Jam atom, GPS NEO-6M, ESP32, waktu sholat, LED P10.
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The timeliness of prayer has an important role in supporting the implementation of congregational worship in mosques. However, the Baitul Ma'rifah Mosque has been still using ordinary digital clocks that are less accurate and do not have a power reserve when the power goes out, so it often results in delays in determining prayer times. This research aims to design and build an atomic clock-based prayer time clock by utilizing the NEO-6M GPS so that the displayed prayer time is more accurate and always in sync with universal time. The research method used is Research and Development (R&D) with a PPE (Planning, Production, Evaluation) model. The hardware design consists of an ESP32, a NEO-6M GPS, a P10 LED as a display, and a spare battery, while the software is built with an Arduino IDE using the PrayTimes library to calculate prayer schedules based on GPS location data. The system was tested at the Baitul Ma'rifah Mosque to ensure that its functions went according to plan. The test results show that this prayer time clock is able to display real-time time and prayer schedule automatically
with a high level of accuracy, and stay on even in the event of a power outage thanks to the backup battery. In conclusion, this tool can increase the efficiency of
worshippers and make it easier for mosque administrators to determine the right prayer time every day.
Keywords: Atomic clock, GPS NEO-6M, ESP32, prayer time, P10 LED

Item Type: Tugas Akhir
Uncontrolled Keywords: Jam atom, GPS NEO-6M, ESP32, waktu sholat, LED P10.
Subjects: H Social Sciences > HE Transportation and Communications
T Technology > T Technology (General)
T Technology > TK Electrical engineering. Electronics Nuclear engineering
Divisions: D III Teknik Navigasi Udara
Depositing User: Eky k
Date Deposited: 07 Jan 2026 02:23
Last Modified: 07 Jan 2026 02:23
URI: https://repo.poltekbangsby.ac.id/id/eprint/2053

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