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All Journal Buletin Al-Turas Teosofi: Jurnal Tasawuf dan Pemikiran Islam Register: Jurnal Ilmiah Teknologi Sistem Informasi Hikmah : Journal of Islamic Studies Arabi : Journal of Arabic Studies Techne : Jurnal Ilmiah Elektroteknika IQRO: Journal of Islamic Education Edukasi Islami: Jurnal Pendidikan Islam Proceedings of Annual Conference for Muslim Scholars Journal of Computer System and Informatics (JoSYC) Jurnal Pengabdian kepada Masyarakat Nusantara Jurnal Penelitian Agama Hindu An-Nawa : Jurnal Studi Islam TAJDID: Jurnal Pemikiran Keislaman dan Kemanusiaan Ma'alim: Jurnal Pendidikan Islam Jurnal Abdikarya : Jurnal Karya Pengabdian Dosen dan Mahasiswa Sistem Pendukung Keputusan dengan Aplikasi PEKERTI Journal Pendidikan Agama Islam & Budi Pekerti JURNAL PARADIGMA: Journal of Sociology Research and Education Mazalat: Jurnal Pemikiran Islam Proceeding Of International Conference On Education, Society And Humanity Jurnal Studi Islam dan Sosial Jurnal KACA Jurnal Informatika Medis (J-INFORMED) IJENSET
Muhammad Shodiq, Muhammad
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Journal : IJENSET

 1 
Smart Agricultural Governance: Methodologically Approached Web Based Automatic Monitoring and Irrigation Using Soil Moisture and Ultrasonic Sensors Syaifuddin, Ahmad; Saputra, Bagus Dwi; Shodiq, Muhammad
Indonesian Journal of Engineering, Science and Technology Vol. 1 No. 2 (2024): VOL. 01 NO. 02 (DECEMBER 2024)
Publisher : Universitas Muhammadiyah Lamongan

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.38040/ijenset.v1i2.1029

Abstract

Agricultural productivity in Lamongan, particularly in Kedungpring District, is critically challenged by manual land processing and recurring droughts that severely impact chili crop yields. The persistent lack of efficient monitoring and irrigation technologies exacerbates agricultural sustainability concerns. This study aims to develop an automated, IoT-based irrigation management system that optimizes water use efficiency for chili crops through advanced sensor technologies and fuzzy logic processing. Utilizing an ESP8266 microcontroller integrated with soil moisture and ultrasonic sensors, the research employs the Takagi-Sugeno fuzzy logic method to process real-time environmental data. The system dynamically monitors soil moisture levels and water resources, enabling precise irrigation control. Fuzzy calculations generated a solenoid valve operation time of 321 seconds, classified as moderate, demonstrating the methodology's potential for accurate irrigation management. The developed automated monitoring system successfully demonstrates the potential of IoT technologies in addressing agricultural challenges, providing real-time data visualization and intelligent irrigation decision-making. By integrating sensor technologies with fuzzy logic processing, the research offers a promising solution to improve water resource management and potentially enhance crop productivity in drought-prone agricultural regions.   Keywords- Fuzzy Methode; Smart Agriculture; Soil Moisture; Takagi-Sugeno; Ultrasonic.  
Design of Rule Based Algorithm Based on IoT (Internet of Things) and Water Level Sensor to Monitor the Tide of Bengawan Solo zu fahim, wahyu; Handoyo, Eko; Shodiq, Muhammad
Indonesian Journal of Engineering, Science and Technology Vol. 1 No. 2 (2024): VOL. 01 NO. 02 (DECEMBER 2024)
Publisher : Universitas Muhammadiyah Lamongan

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.38040/ijenset.v1i2.1030

Abstract

Laren Village in Laren District, Lamongan Regency, is traversed by the Bengawan Solo River, which is crucial for agriculture, fisheries, industry, and domestic needs. However, excessive use poses risks of pollution and flooding. Floods can cause material losses, infrastructure damage, environmental contamination, disease outbreaks, traffic disruption, and water scarcity. Effective mitigation measures are vital to reduce these risks. Internet of Things (IoT)-based technology offers an effective solution for flood risk mitigation. IoT enables real-time monitoring and decision-making using rule-based algorithms that analyze data patterns, set conditions, and automatically respond to potential threats. On August 6, 2024, observation data showed Bengawan Solo's water level ranged between 119 cm and 170 cm, mostly categorized as "Safe." However, the last two measurements, at 117 cm and 119 cm, shifted the status to "Caution," signaling a need for vigilance. The average water level of 151.7 cm indicated an overall "Safe" condition, yet the sudden drop underscores the importance of continuous monitoring. IoT systems with rule-based algorithms can detect real-time changes, enabling swift risk mitigation. This technology enhances safety, supports environmental sustainability, and preserves the Bengawan Solo River's ecosystem.   Keywords¾ Flood, IoT, Rule Based Algorithm, Telegram, Ultrasonic Sensor, 
Design and Implementation of The Dude Mikrotik Server Using Telegram Bot as Monitoring Client Network and Internet Connection Pratama, Ahmad Bagus Putra; Handoyo, Eko; Shodiq, Muhammad
Indonesian Journal of Engineering, Science and Technology Vol. 2 No. 1 (2025): VOL. 02 NO. 01 (JUNE 2025)
Publisher : Universitas Muhammadiyah Lamongan

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.38040/ijenset.v2i1.1033

Abstract

Network management and monitoring are crucial, especially in educational environments such as SMK Wachid Hasjim Maduran, which has a network with various devices and connected clients. The high number of users accessing the network often leads to bandwidth issues. This research aims to implement The Dude, a MikroTik-based network monitoring application, to detect and address bandwidth problems and monitor the status of client devices (up/down). The system is equipped with a notification feature that sends real-time information to network administrators via Telegram regarding the network's condition. Monitoring is conducted using The Dude, which can map all devices in the network and monitor their performance and status. When a bandwidth issue occurs or a client device goes down, the system automatically sends a notification to Telegram. This allows administrators to take the necessary actions promptly without always being in front of the computer. The results of this implementation show that utilizing The Dude in combination with Telegram notifications is effective in real-time network monitoring, reducing downtime, and improving response to network issues. This system is expected to be an efficient solution for network management in educational environments and can be adopted by other institutions facing similar challenges.   Keywords - MikroTik, Monitoring, Telegram Notification, The Dude.
Co-Authors Achmad Teguh Wibowo Adelia, Selvi Agus Priyono Ahmad Syaifuddin Alvinsyah, Dwi Putra Amrullah, Abdul Karim Aris Munandar Ayuningsih, Ekatri Celine, Devi Rofidah Charomaini, Ainussofi Barkatul Darsita Suparno Diana Islamy, Sarah Lady Eko Handoyo Hajar, Salwa Haq, Ahmad Yusronil Hasbillah, Ahmad Ubaydi Heri Ardiansyah Hidayah, Septina Alfiani Ishari, Nurhafid Istiqomah, Indah Supriati Jundillah, Muhammad Labib Junianto, Viki Khusna, Sofia Alysatun Kusnul Prianto, Kusnul Lukman Hakim Lutfiyah Lutfiyah M. Ari Prayogo Mahbubillah, M. Ainul Mochamad Hariadi Musyarofah, Umirul Nafahatus Sahariyah Al-Ulya, Naila Nisa', Mauidlotun Nisa, Mauidlotun Nur Hidayati Nur, Delyardi Nurlaili H., Musfiroh Patianansa, Sebena Gaos Pratama, Ahmad Bagus Putra PS, Alaika M. Bagus Kurnia Rahman, Chicha Putri Ramanda, Febri Raziqy, Naufal Hanif Riendy, Riendy Rifa'i, Muh. Khoirul Rohmatin Agustina Roup, Mu'min Roup, Mumin Salwa, Septi Lailatis Saputra, Andika Dwi SAPUTRA, BAGUS DWI Saputri, Icha Selpi, Selpi Setiawan, Genta Afra Suhartono Sulanam Syafi’i, Ahmad Musta’in Toifur, M Ulul Absor, Firdaus Wati Nilamsari, Wati Wijayanti, Berly Zahara, Nadia Zahra Setiawan, Autia zu fahim, wahyu