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Showing 49 articles found for "Microcontroller"

Perancangan Robot Penyiram Tanaman Scala 1 : 30 Dengan Sistem Kendali Android Berbasis Embedded System

Rizki, Rainaldi, Ananda, Ricki, Muhammad Jalil, Saifuddin
Abstract: Abstract: This research discusses the design and development of a plant-watering robot at a 1:30 scale controlled via an Android application and an embedded system based on an Arduino microcontroller. The purpose of this… study is to produce an automatic plant-watering robot that is efficient, energy-saving, and easy to operate to support agricultural automation. The research method used is Research and Development (R&D), which includes stages of requirement identification, design, construction, testing, and system evaluation. The main components used include an Arduino Uno, HC-05 Bluetooth module, L298N motor driver, HC-SR04 ultrasonic sensor, 12V DC water pump, and a 25W solar panel as an alternative power source. The test results show that the robot can operate automatically with a success rate of 90%, battery endurance of approximately 1 hour and 13 minutes, charging time of about 5 hours and 38 minutes, and the water pump operates effectively for up to 5 hours. The integration of Android control, embedded systems, and solar power makes this robot an innovative solution for environmentally friendly and efficient agricultural automation.      Keywords: plant-watering robot; Android; embedded system; Arduino; solar panel Abstrak: Penelitian ini membahas perancangan dan pengembangan robot penyiram tanaman skala 1:30 yang dikendalikan melalui aplikasi Android dan sistem embedded berbasis mikrokontroler Arduino. Tujuan penelitian ini adalah menghasilkan robot penyiram tanaman otomatis yang efisien, hemat energi, dan mudah dioperasikan untuk mendukung otomasi pertanian. Metode yang digunakan adalah Research and Development (R&D) dengan tahapan identifikasi kebutuhan, perancangan, pembuatan, pengujian, dan evaluasi sistem. Komponen utama yang digunakan meliputi Arduino Uno, modul Bluetooth HC-05, driver motor L298N, sensor ultrasonik HC-SR04, pompa air DC, dan panel surya 25 W sebagai sumber energi alternatif. Hasil pengujian menunjukkan bahwa robot mampu beroperasi secara otomatis dengan tingkat keberhasilan 90%, ketahanan baterai selama ±1 jam 13 menit, lama pengisian daya sekitar 5 jam 38 menit, serta pompa air bekerja efektif hingga 5 jam. Integrasi antara kendali Android, sistem embedded, dan tenaga surya menjadikan robot ini solusi inovatif untuk otomatisasi penyiraman tanaman yang ramah lingkungan dan berpotensi diterapkan pada lahan pertanian sesungguhnya. Kata kunci: robot penyiram tanaman; Android; embedded system; arduino; panel surya

PENGGUNAAN METODE FUZZY PADA PENGISIAN TANDON AIR OTOMATIS DENGAN MICROCONTROLLER

Suherman, Suherman, Risnawati, Risnawati, Ananda, Ricki
Abstract: Abstract : A mosque is a building used by Muslims to get closer to the creator by worshiping and observing Islamic law. Efficient water management in mosques is essential to support the sustainability and efficiency of natural… atural resources. This study proposes an automatic water reservoir filling system in mosques using microcontroller technology. The fuzzy method is useful in filling automatic water reservoirs with microcontroller technology as an optimization and regulating the water filling process automatically. This system is to automate the process of filling water reservoirs by utilizing intelligent water level sensors and microcontrollers. In this research, I created a system that is able to detect the water level in the reservoir and regulate the filling process automatically. The use of a water level sensor allows accurate measurement of the water level, while the microcontroller controls the water pump according to the detected needs. The test results show that the implementation of microcontroller technology in filling automatic water reservoirs in mosques can increase water use efficiency and reduce waste. The system provides an effective and environmentally friendly solution for managing the mosque's water needs, contributing significantly to water conservation and maintenance of natural resources.   Keywords : water reservoir; mosque; microcontroller; fuzzy method; water level sensor    Abstrak : Masjid adalah sebuah bangunan yang digunakan umat muslim untuk  mendekatkan diri kepada sang pencipta dengan beribadah dan menjalankan syariat agama Islam. Pengelohan air yang efisien di masjid sangat penting untuk mendukung keberlanjutan dan efisiensi sumber daya alam. Penelitian ini mengusulkan sebuah sistem pengisian tandon air otomatis di masjid menggunakan teknologi microcontroller. Metode fuzzy berguna dalam pengisian tandon air otomatis dengan teknologi microcontroller sebagai pengoptimalkan dan mengatur proses pengisian air dengan secara otomatis. Sistem ini untuk mengotomatiskan proses pengisian tandon air dengan memanfaatkan sensor water level dan microcontroller yang cerdas. Dalam penelitian ini, dibuat sistem yang mampu mendeteksi tingkat air dalam tandon dan mengatur proses pengisian secara otomatis. Penggunaan sensor water level memungkinkan pengukuran yang akurat terhadap tingkat air, sementara microcontroller mengontrol pompa air sesuai dengan kebutuhan yang terdeteksi. Hasil pengujian menunjukkan bahwa implementasi teknologi microcontroller dalam pengisian tandon air otomatis di masjid dapat meningkatkan efisiensi penggunaan air dan mengurangi pemborosan. Sistem ini memberikan solusi yang efektif dan ramah lingkungan untuk mengelola kebutuhan air masjid, memberikan kontribusi signifikan terhadap konservasi air dan pemeliharaan sumber daya alam.   Kata kunci: tandon air; masjid; microcontroller; metode fuzzy; sensor water level

Penerapan Sistem Pengereman dan Parkir Mobil Listrik Menggunakan Sensor Ultrasonik Berbasis Arduino UNO

Dayus, Azhar Robbi, Hutagalung, Jhonson Efendi, Harahap, Indra Ramadona
Abstract: Abstract: Most of the braking systems used still use the drum system so that an automatic braking system is needed so that collisions rarely occur due to sudden braking which results in many accidents that claimed lives.… This automatic brake control system is a device that functions as an automatic braking controller on four-wheeled vehicles without the driver having to press the brake pedal or brake manually. This system uses ultrasonic sensors to detect the distance of the car to objects that are in the way both in front and behind the car. Controlled by Arduino Uno microcontroller which is connected to servo motor and buzzer. The system can control the speed of vehicles and parking cars in the parking lot by designing and making a braking and parking system that works using ultrasonic sensors so that it can notify objects or things that are blocking both in front and behind the car. The car can stop quickly and accurately so it doesn't touch the object in front of it and the car can also park properly in the designated parking space.   Keyword: Ultrasonic Sensor; Microcontroller; Arduino Uno; Servo Motor; Buzzer     Abstrak: Sistem Pengereman kebanyakan digunakan masih menggunakan sistem  tromol sehingga dibutuhkan system pengereman otomatis sehingga jarang terjadi tabrakan karena pngereman yang tiba-tiba yang mengakibatkan banyaknya kecelakaan yang menelan korban jiwa. Sistem kendali rem otomatis ini adalah sebuat alat yang mempunyai fungsi sebagai pengendali pengereman otomatis pada kendaraan roda empat tanpa si pengemudi harus menekan pedal rem atau pengereman secara manual. Sistem ini menggunakan sensor ultrasonik untuk mendeteksi jarak mobil terhadap benda yang mengahalangi baik di depan maupun di belakang mobil. Dikendalikan oleh mikrokontroler Arduino Uno yang terhubung ke motor servo dan buzzer. Sistem dapat mengendalikan laju kendaraan dan pemakiran mobil pada tempat parkir dengan merancang dan membuat sistem pengereman dan parkir yang bekerja dengan menggunakan sensor ultrasonic sehingga dapat memberitahukan benda atau sesuatu yang menghalangi baik di depan maupun di belakang mobil. Mobil dapat berhenti dengan cepat dan akurat sehingga tidak menyentuh benda did depannya dan mobil juga dapat parkir dengan tepat di tempat parkir yang telah ditentukan.   Kata kunci: Sensor Ultrasonik; Mikrokontroler; Arduino Uno; Motor Servo; Buzzer  

Implementasi Speedometer Digital pada Mobil Listrik Menggunakan Arduino Uno

Rani, Selvia, Hutagalung, Jhonson Efendi, Dermawan, Ari
Abstract: Abstract:  At STMIK Royal Kisaran, research has been carried out for the manufacture of an electric motor prototype which is still in the development stage so that it requires the application of an automatic system that… helps the work of the desired electric car system according to the needs of the user. At this time the prototype that has been designed has not used a car speed meter. Where digital measuring instruments have advantages over analog measuring instruments, where the readings of digital measuring instruments are clearer and more accurate and digital measuring instruments when viewed from an aesthetic point of view, digital measuring instruments are more attractive, and in motor vehicles digital speedometers are very rarely used, mostly motorized vehicles. still using an analog speedometer. It is necessary to apply a sensor system to detect the speed of the wheel mechanics of the electric car and connect it to the Arduino Uno microcontroller to control the value of the vehicle and display it on the LCD. By using this tool, it can determine the speed of the electric car vehicle so that the driver can calculate the speed of the vehicle and can be a reference for safety in driving.   Keywords: Microcontroller; Arduino Uno; Sensor; Electric Car Prototype     Abstrak:   Pada  STMIK Royal Kisaran telah dilakukan penelitian untuk pembuatan Protipe motor listrik yang masih dalam tahap pengembangan sehingga memerlukan penerapan sistem otomatis yang membantu kerja dari sistem mobil listrik yang diinginkan sesuai dengan kebutuhan pemakai. Pada saat ini untuk prototipe yang telah dirancang belum menggunakan alat pengukur kecepatan mobil. Dimana alat ukur digital mempunyai keunggulan dibanding alat ukur analog, dimana pembacaan alat ukur digital lebih jelas dan lebih teliti serta alat ukur digital jika dipandang dari segi estetika maka alat ukur digital lebih menarik, dan dalam kendaraan bermotor speedometer  digital sangat jarang digunakan, kebanyakan kendaraan bermotor masih menggukan speedometer  analog. Perlu dilakukanpenerapan dari sistem sensor untuk mendeteksi kecepatan dari mekanika roda dari mobil listrik tersebut dan dihubungkan ke mikrokontroler Arduino Uno untuk mengendalikan besar nilai dari kendaraannya dan ditampilkan pada LCD. Dengan menggunakan alat ini dapat mengetahui kecepatan kendaraan mobil listrik sehingga pengendara dapat memperhitungkan laju kendaraan serta dapat menjadi acuan keamanan dalam berkendaran.   Kata Kunci: Mikrokontroler; Arduino Uno; Sensor; Prototipe Mobil Listrik.

Perancangan Pintu Penyiram Cairan Disinfektan Untuk Mengantisipasi Penyebaran Covid 19 Di Smk Negeri 2 Tanjungbalai

ananda, ricki, Amin, Muhammad, Manurung, Nuriadi, Widyanto, Taufiq
Abstract: Corona virus (COVID-19) is an infectious disease caused by the SARS-CoV-2 virus. Since the spread of Covid-19, many government agencies in Indonesia have received the impact, including SMK Negeri 2 Tanjungbalai. The spread… ad of the corona virus has resulted in this school no longer being able to carry out face-to-face learning starting from 2019 to 2022. To anticipate the spread of covid-19 in the SMKN 2 Tanjungbalai area, the community service team designed a security system at the school entrance to anticipate the spread of covid, so that if there are people or vehicles that want to enter the school will be sprayed automatically with disinfectant liquid, besides that the tool can also read the body temperature of visitors. This service uses the consultation and science and technology method, where the service team consults with the school principal about existing problems, namely to anticipate the spread of Covid-19 in the school area. or hands, then the temperature is set at 30 0C and do not water, while if the object does not have a fever, the temperature is in the range of 330C-360C and watering is carried out. Meanwhile for objects with a fever, the temperature is >= 370C and no watering is carried out, and they are not allowed to enter. All module voltages use the 5VDC input voltage, which is supplied from the controller. Meanwhile, the pump voltage uses a 12VDC inverter, which is reduced to 5.68 VDC.   Keywords: automatic disinfectant sprinkler; corona; ultrasonic sensor; microcontrollers     Abstrak: Virus corona (COVID-19) adalah penyakit menular yang disebabkan oleh virus SARS-CoV-2. Semenjak penyebaran covid-19 banyak instansi pemerintahan di indonesia yang mendapatkan imbasnya, diantaranya SMK Negeri 2 Tanjungbalai. Meluasnya virus corona mengakibatkan sekolah ini tidak lagi bisa melakukan pembalajaran tatap muka dimulai tahun 2019 sampai dengan 2022. Untuk mengantisipasinya penyebaran covid-19 diwilayah SMKN 2 Tanjungbalai ini, maka tim pengabdian merancang sistem pengaman dipintu masuk sekolah untuk mengantisipasi penyebaran covid, sehingga jika ada orang atau kendaraan yang ingin memasuki sekolah tersebut akan di semprot secara otomatis dengan cairan disinfektan, selain itu alat tersebut juga bisa membaca suhu tubuh pengunjung. Pada pengabdian ini menggunakan metode konsultasi dan ipteks, dimana tim pengabdian berkonsultasi dengan kepala Sekolah tentang masalah yang ada, yaitu untuk mengantisipasi penyebaran covid-19 di area sekolah.. Setelah dilakukan pengujian medapati bahwa Ada  3 kondisi pembacaan objek yaitu, ketika tidak ada objek, atau tangan, maka suhu diseting 30 0C tidak melakukan penyiraman, sementara jika objek tidak demam, suhu di range 330C-360C dan dilakukan penyiraman. Sementara untuk objek yang demam, maka suhu >= 370C dan tidak dilakukan penyiraman, serta tidak diperbolehkan masuk. Seluruh tegangan modul, menggunakan tegangan input 5VDC, yang disupply dari controller. Sementara untuk tegangan pompa menggunakan inverter 12VDC, yang dikecilkan menjadi 5,68 VDC.   Kata kunci : microcontroller; penyiram disinfektan otomatis; sensor ultrasonic; virus corona.

DEVELOPMENT OF AN ARTIFICIAL INTELLIGENCE BASED VERTICAL HYDROPONIC CULTIVATION SYSTEM

Efendi, Bachtiar, Syahputra, Abdul Karim, Tarigan, Lola Zeramenda br
Abstract: Abstract: The advancement of smart agriculture has become a promising solution to increase food productivity and land use efficiency in urban environments. This research aims to develop an Artificial Intelligence (AI)-based… sed vertical hydroponic farming system integrated with LED grow light technology and catfish aquaponics. The proposed system combines vertical hydroponics and aquaponics to optimize plant growth and water utilization. Internet of Things technology enables real-time environmental monitoring through an Arduino Uno microcontroller integrated with LDR, soil moisture, pH, and NPK sensors. The obtained sensor data is processed using the Mamdani Fuzzy Logic algorithm, which performs fuzzification, rule inference, aggregation, and defuzzification to generate adaptive control decisions for irrigation, nutrient circulation, and LED grow light intensity. This research uses the Research and Development (R&D) method through prototype development and performance evaluation for 30 days using spinach (Amaranthus spp.) and mustard greens (Brassica juncea) as test plants. Experimental results showed that the developed system successfully maintained stable environmental conditions, with soil moisture ranging between 69–72%, a pH value between 6.4 and 6.6, and optimal nutrient availability. Plant growth increased significantly. The integration of IoT, AI and aquaponics improves cultivation efficiency, enabling environmental control as a smart and sustainable solution for urban agriculture. Keywords: artificial intelligence; aquaponic; hydroponic; LED grow light; vertical farming   Abstract: Kemajuan pertanian cerdas telah menjadi solusi yang menjanjikan untuk meningkatkan produktivitas pangan dan efisiensi penggunaan lahan di lingkungan perkotaan. Penelitian ini bertujuan untuk mengembangkan sistem pertanian hidroponik vertikal berbasis Kecerdasan Buatan (AI) yang terintegrasi dengan teknologi lampu tumbuh LED dan aquaponik ikan lele. Sistem yang diusulkan menggabungkan hidroponik vertikal dan aquaponik untuk mengoptimalkan pertumbuhan tanaman dan pemanfaatan air. Teknologi Internet of Things memungkinkan pemantauan lingkungan secara real-time melalui mikrokontroler arduino uno yang terintegrasi dengan sensor LDR, kelembaban tanah, pH, dan NPK. Data sensor yang diperoleh diproses menggunakan algoritma Logika Fuzzy Mamdani, yang melakukan fuzzifikasi, inferensi aturan, agregasi, dan defuzzifikasi untuk menghasilkan keputusan kontrol adaptif untuk irigasi, sirkulasi nutrisi, dan intensitas lampu tumbuh LED. Penelitian ini menggunakan metode Pengembangan (R&D) melalui pengembangan prototipe dan evaluasi kinerja selama 30 hari menggunakan bayam (Amaranthus spp.) dan sawi hijau (Brassica juncea) sebagai tanaman uji. Hasil eksperimen menunjukkan bahwa sistem yang dikembangkan berhasil mempertahankan kondisi lingkungan yang stabil, dengan kelembaban tanah berkisar antara 69–72%, nilai pH antara 6,4 dan 6,6, dan ketersediaan nutrisi yang optimal. Pertumbuhan tanaman meningkat secara signifikan. Integrasi IoT, AI dan aquaponik meningkatkan efisiensi budidaya, untuk pengendalian lingkungan sebagai solusi cerdas dan berkelanjutan untuk pertanian perkotaan. Keywords: aquaponik; kecerdasan buatan; hidroponik; lampu tumbuh LED; pertanian vertikal

IOT BASED HYDROPONIC WATER QUALITY CONTROL INTEGRATED WITH WEBSITE AND EARLY WARNING

Herman Saputra, Nofriadi, Nofriadi
Abstract: Abstract: The development of information and communication technology has driven digital transformation in various sectors, including agriculture. One of the technologies widely applied is the Internet of Things (IoT), which… hich enables devices to be interconnected through the internet to perform monitoring and data exchange in real time. In hydroponic cultivation, water quality stability is a crucial factor that affects plant growth. The main parameters that need to be monitored include water acidity level (pH), water temperature, and dissolved nutrient concentration measured using Total Dissolved Solids (TDS). However, water quality monitoring is still commonly conducted manually, making it less efficient and potentially causing delays in detecting changes in water conditions. This study aims to design an IoT-based water quality monitoring system for hydroponic cultivation using an ESP32 microcontroller integrated with pH, temperature, and TDS sensors. The collected data are sent to a server and displayed on a web dashboard in real time, equipped with automatic notification features. The proposed system is expected to improve monitoring efficiency and increase the productivity of hydroponic cultivation       Keywords: esp32; hydroponics; internet of things; real-time monitoring; water quality.   Abstrak: Perkembangan teknologi informasi dan komunikasi mendorong transformasi digital dalam berbagai sektor, termasuk pertanian. Salah satu teknologi yang banyak diterapkan adalah Internet of Things (IoT) yang memungkinkan perangkat saling terhubung melalui jaringan internet untuk melakukan pemantauan dan pertukaran data secara real-time. Pada budidaya hidroponik, kestabilan kualitas air menjadi faktor penting yang mempengaruhi pertumbuhan tanaman. Parameter utama yang perlu diperhatikan meliputi tingkat keasaman air (pH), suhu air, serta konsentrasi nutrisi terlarut yang diukur menggunakan Total Dissolved Solids (TDS). Namun, pemantauan kualitas air masih banyak dilakukan secara manual sehingga kurang efisien dan berpotensi menimbulkan keterlambatan dalam mendeteksi perubahan kondisi air. Penelitian ini bertujuan merancang sistem pemantauan kualitas air hidroponik berbasis IoT menggunakan mikrokontroler ESP32 yang terintegrasi dengan sensor pH, suhu, dan TDS. Data dikirim ke server dan ditampilkan pada web dashboard secara real-time serta dilengkapi notifikasi otomatis. Sistem ini diharapkan meningkatkan efisiensi pemantauan dan produktivitas budidaya hidroponik. Kata kunci: esp32; hidroponik; internet of things; kualitas air; monitoring real-time

DEVELOPMENT OF PORTABLE DIAGNOSTIC TOOLS FOR RAPID DETECTION OF METAPNEUMOVIRUS IN HUMANS

Muttaqin, Widang, Desianty, Annisa, Farah Fitriani, Khansa, Fira Artanti, Aurellia, Rafi Pandora, Daniswara
Abstract: Abstract: Human metapneumovirus (HMPV) poses a global health threat, but its detection remains challenging due to limited environmental monitoring. This study aims to develop a portable diagnostic tool for rapid HMPV detection… ection by integrating cutting-edge biotechnology (CRISPR-Cas system and immunoassay) with air quality sensors on an Internet of Things (IoT)-based microfluidic platform controlled by an ESP32 microcontroller. The system is supported by a companion application and data analysis using Vertex AI, and is capable of providing results in less than fifteen minutes. The development results demonstrate the potential for improving detection accuracy and reliability, particularly with further development of virus-specific biosensors, sensor optimization, and algorithms. This technology is effective as a complementary tool for early screening and environment-based risk management in areas with limited laboratory facilities, although it does not completely replace molecular diagnostic methods such as PCR. A rapid diagnostic approach based on environmental sensors, IoT, and artificial intelligence is a promising strategy to improve early HMPV detection, accelerate public health responses, and strengthen respiratory infection prevention through integrated environmental monitoring and education functions.   Keywords: air quality; CRISPR-Cas; Human Metapneumovirus (HMPV); Internet of Things, portable diagnostic; public health; rapid detection; sensors.     Abstrak: Human metapneumovirus (HMPV) merupakan ancaman bagi kesehatan global, namun pendeteksiannya masih sulit akibat keterbatasan pemantauan lingkungan. Studi ini bertujuan mengembangkan alat diagnostik portabel untuk deteksi cepat HMPV melalui integrasi bioteknologi mutakhir (sistem CRISPR-Cas dan immunoassay) dengan sensor kualitas udara pada platform mikrofluida berbasis Internet of Things (IoT) yang dikendalikan mikrokontroler ESP32. Sistem ini didukung aplikasi pendamping dan analisis data menggunakan Vertex AI, serta mampu memberikan hasil dalam waktu kurang dari lima belas menit. Hasil pengembangan menunjukkan potensi peningkatan akurasi dan keandalan deteksi, terutama dengan pengembangan lanjutan berupa biosensor spesifik virus, optimalisasi sensor, dan algoritma. Teknologi ini efektif sebagai alat pelengkap untuk skrining awal dan manajemen risiko berbasis lingkungan di wilayah dengan keterbatasan fasilitas laboratorium, meskipun tidak sepenuhnya menggantikan metode diagnostik molekuler seperti PCR. Pendekatan diagnostik cepat berbasis sensor lingkungan, IoT, dan kecerdasan buatan menjadi strategi menjanjikan untuk meningkatkan deteksi dini HMPV, mempercepat respons kesehatan masyarakat, serta memperkuat pencegahan infeksi saluran pernapasan melalui fungsi pemantauan dan edukasi lingkungan yang terintegrasi.   Kata kunci: CRISPR-Cas; diagnostik portabel; deteksi cepat; Human Metapneumovirus (HMPV); kesehatan masyarakat; IoT (Internet of Things);  sensor kualitas udara.

DESIGN AND CONSTRUCTION OF SOIL MOISTURE DETECTION TOOL USING ANDROID BASED DECISION TREE ALGORITHM

Aziz Ritonga, Mirwan, Tanti, Lili
Abstract: Abstract: Soil moisture is an important factor in determining the watering needs of plants for optimal growth. Therefore, accurate monitoring of soil moisture is necessary. This research aims to design and build a soil moisture… oisture detection tool based on the Decision Tree algorithm with the support of the YL-69 sensor for humidity measurement and the DHT11 sensor for temperature measurement to increase data accuracy. This system uses NodeMCU ESP8266 as a microcontroller and is integrated with an Android application as a user interface. Sensor interpretation data is analyzed using the Decision Tree algorithm to determine soil conditions (dry, damp or wet). The test results show an accuracy level of 95% from 300 data samples. Thus, this system is able to detect soil moisture effectively and can help increase the efficiency of crop management on a household and commercial agricultural scale.   Keywords: agriculture, android, decision tree algorithm, sensors, soil moisture detection  

PROTOTYPE OF RICE FIELD IRRIGATION SYSTEM USING ARDUINO UNO MICROCONTROLLER AND TELEGRAM

Maulana, Kevin, Ritzkal, Hendri Hendrawan, Ade
Abstract: Abstract: In agriculture, irrigation systems are vital for enhancing water management and maximising plant growth. Effective irrigation management involves distributing sufficient quantities of water evenly to condition… soil fertility for plants. This study aims to design a prototype that can be monitored via the Telegram app. The research methodology employs a thinking framework approach. The system is implemented using an Arduino Uno microcontroller and supporting devices, including an ESP8266 Wi-Fi module, an ultrasonic sensor, a soil moisture sensor, a stepper motor and a servo motor. Telegram serves as the monitoring tool, sending notifications connected to the Arduino via a Wi-Fi network. Test results showed that the system operates effectively: the HC-SR04 ultrasonic sensor functions as a water level reader, and the stepper motor opens and closes the water gate. Soil moisture monitoring uses a soil moisture sensor to measure the water content in the soil. If the sensor detects dry soil conditions or a moisture level below 60%, the servo motor will rotate 15° to close the water channel. Conversely, if the sensor detects wet or moist soil conditions, the servo motor will rotate 0° to close the water channel. Keywords: arduino uno; irrigation system; soil moisture; ultrasonic sensor;