RANCANG BANGUN ALAT PENGERING SARANG BURUNG WALET MENGUNAKAN ARDUINO VIA SENSOR DAN TIMER

Swallow's nest is a material that provides great benefits, especially in relation to health and also as a profitable export/import commodity. However, it is not surprising that the swallow's nest business requires a lot of capital and swallow's nest products must be of high quality. Therefore, in swallow nest processing there are several important stages such as cleaning, shaping, drying and packing. From the above process, it is clear that the scale is a measure of water content which also affects the selling price, so a swallow hatcher is needed. The drying process greatly affects the quality of the swallow product/nest. If the swallow nest is too dry, there is a decrease in the weight of the material which can be dangerous. If it is too moist, mould will form and there may also be dirt. At this stage, drying is still done manually with the help of a fan. The fan is turned on for an hour, but sometimes the workers forget to turn off the fan, causing the swallow's nest to dry too much, which also results in a waste of electricity. The design of this dryer uses a sensor to turn on the lights and a timer to determine the time needed. With this tool can help workers in managing swallow nest dryers. The existence of this tool also helps businesses to be able to dry swallow nests automatically.   Keywords: Dryer, Sensor, Timer, and Arduin

RANCANG BANGUN APLIKASI PEMILIHAN RT DAN RW ONLINE BERBASIS ANDROID

This increasingly rapid technological development has been considered to be able to influence mostj aspectsz of people lives in various fields. Activities that adopt the electoral system carried out by the KPU are preceded by the delivery of the vision and mission of the RT and RW candidates. So far, voting is done by ticking or coblob on the ballot paper as an option in organizing elections. This method is considered still very conventional in the midst of advances in technology and information, has weaknesses in terms of efficiency and effectiveness. By utilizing technology using the android application system, it can make RT and RW election activities easier in conveying information, faster in doing so, the results obtained are more effective and efficient. The purpose of this research is to build an android-based online rt and rw selection system

PERANCANGAN ALAT IDENTIFIKASI LOKASI RAK FIXTURE BERBASIS RASPBERRY PADA PT PCIEI BATAM

Time efficiency in doing a job is everyone's desire, as in the case of searching for a fixture, it will be more efficient if there is a system and tool that can help workers to provide instructions easily and quickly.The large number of fixtures and types make it difficult for workers to remember the names of existing fixtures.The existence of fixtures on the shelves often has to change due to the demand for fixture models to be carried out by production workers, making it difficult for the technician to make a list of the fixtures on the shelf because they change frequently and the technician must update the list every time there is a change in the location of the fixture, this results in technicians having to look for fixtures one by one on the shelves so that it takes a long time and makes work inefficient because the production side has to lose excess time waiting for technicians to change the fixture model. The purpose of this research is to create a system and tool to identify the location where the fixture you are looking for is located and as a data center for the list of fixtures on the shelf. The tools used in the manufacture of this tool are Raspberry Pi3, Arduino Mega 2560, ribbon cable, IR sensor and led. These components will be run according to the algorithm that has been designed and programmed in the raspberry

RANCANG BANGUN SISTEM PERHITUNGAN ORANG ATAU PENGUNJUNG DALAM SEBUAH RUANGAN BERBASIS ARDUINO

This research aims to design and implement an Arduino-based system for counting and tracking people in SMK Tunas Baru Berkarya's auditorium. The system will use infrared sensors on the doors to detect visitors and Arduino as the central system to process the data. It will also control the doors using servo motors. The study will involve several stages, including selecting and configuring the infrared sensors, developing Arduino programs for visitor detection and counting, and adjusting the servo motors for door control. Testing and evaluation will ensure the system's reliability and effectiveness in monitoring room capacity and controlling door access based on available capacity. The research's outcomes are expected to benefit the auditorium management by optimizing room usage, enhancing visitor safety, and providing a seamless experience for visitors

SISTEM PAKAR DIAGNOSIS PENYAKIT LOW BACK PAIN BERBASIS WEB MENGGUNAKAN METODE FORWARD CHAINING

Low back pain is a musculoskeletal disorder caused by poor daily activities. Low back pain is also pain that occurs in the back area, precisely in the lower back. It is very difficult to move due to the severity of this back pain so that it can make you feel awkward. This can happen because of our lack of activity and sitting too long causing low back pain. Aspects of safety in work are often not taken into account, so it is necessary to carry out today's application of safety at work in order to maintain health and smoothness in the workplace to reduce risks at work. The source of the problem is that low back pain can happen to anyone who has problems in the health sector such as muscle weakness. Some people are not aware that the disease arises because of their work. Therefore, researchers created an expert system that can help provide information about low back pain by answering yes or no questions. All will be responded to and adjusted to the complaints of patients with low back pain. The resulting system is the name of the disease, symptoms and solutions

RANCANG BANGUN SISTEM AKSES KONTROL KELUAR MASUK PERUMAHAN MENGGUNAKAN SENSOR FINGERPRINT BERBASIS MIKROKONTROLER ATMEGA328

Penelitian ini membahas mengenai Rancang Bangun Sistem Akses Kontrol Keluar Masuk Perumahan Menggunakan Sensor Fingerprint Berbasis Mikrokontroler Atmega328, sistem berbasis sensor sidik jari ini untuk akses kontrol keluar masuk perumahan. Sehingga tidak sembarang orang yang bisa akses masuk ke dalam perumahan tersebut dan apabila ada  sidik jari yang tidak cocok maka motor servo tidak secara otomatis membuka palang pintu. Metode yang digunakan pada penelitian ini adalah metode arduino yang merancang, membuat dan menguji alat berbasis sensor sidik jari. Perancangan dan pembuatan alat ini yang bertujuan untuk menciptakan sistem pengaman pintu otomatis yang menggunakan sensor sidik jari sebagai fungsi input, Sistem ini menggunakan Arduino Uno sebagai pengendali utama sistem. Komponen output menggunakan Motor Servo, LCD 16x2. Motor Servo sebagai membuka palang pintu dan LCD 16x2 berfungsi menampilkan informasi akses masuk dan akses ditolak. Palang pintu otomatis yang dirancang, dikendalikan oleh mikrokontroler berbasis Arduino Uno. Sensor sidik jari memberikan input ke mikrokontroler untuk membuka dan menutup palang pintu secara otomatis. Berdasarkan pengujian dan analisis yang dilakukan, diperoleh kesimpulan bahwa Rancang Bangun Sistem Akses Kontrol Keluar Masuk Perumahan Menggunakan Sensor Fingerprint Berbasis Mikrokontroler Atmega328 dapat bekerja dengan baik. Sistem dapat membuka pintu menggunakan sensor sidik jari, sehingga dapat membuka palang pintu secara otomati

SISTEM KUNCI DAN ALARM OTOMATIS PADA PAGAR RUMAH MENGGUNAKAN FINGERPRINT BERBASIS ARDUINO UNO

Technology in this era is growing rapidly and cannot be separated in many significant influences. In this era many systems are very fast and efficient in a good and the best way including security system such as automatic lock security. The security system which are very much found in the community and one of the security system is security for house fence. In this system there is so many and dangerous problems that cause robbery and the fence being destroy by bad people starting from several case and a lot of criminals that been found because the lock security system is not in a good way. There is a lot of fence and house are not in a good and automatic security dan make everyone is safe and lock the house especially the fence without feeling worried.In this research the authors conducted some major impact based on the background that has been explain by creating an automatic lock system for fences using arduino technology which is the center and the core of this research and this research is using fingerprint as a tool to be able to open an automatic lock system and it can open

APLIKASI AUGMENTED REALITY SEBAGAI MEDIA PEMBELAJARAN SEJARAH KEMERDEKAAN INDONESIA BERBASIS ANDROID

The need for knowledge of the development technology augmented reality on smartphones as a learning studied at SDN 003 class V Sagulung Batam City. media which is used is still only using books and blackboards, this is what causes  lack of interest of students in learning history. The learning system that is still Traditionally based on books only so that students feel bored when studying. augmented reality will make learning modern. This research is needed  several steps in such as problem identification,  problem formulation, literature study, data collection, application design, testing and  the results of the application. This research was conducted based on the material  from the 2013 curriculum. Learning materials are taken based on learning books Thematic 7 is about events and student life. Unity 3D as a software that  used to create applications. Blender is used to create 3D objects. Vuforia SDK  as a database of markers. C# is the programming language used, Photoshop  as the design of the application, and Balsamiq Wireframe as the interface design. Applications of augmented reality that can be used by students anywhere and anytime. With augmented reality technology, it can be a learning is very fun about the history of Indonesian independence.&nbsp

RANCANG BANGUN ROBOT MOBIL LINE FOLLOWER PENGANTAR BERKAS DI KANTOR MENGGUNAKAN ANDROID

This is the era of very advanced technology , robots are one of the most useful tools for humans. This is useful for helping humans in all things work to be faster and more efficient. Which in this Covid-19 pandemic condition we are required to keep our distance from one another. PT. B'right PLN Batam is one of the leading energy companies in Batam which still uses a manual system in sending files. With this line follower car, it will be able to ease the work of employees in PT. B'right PLN Batam, and can reduce direct contact with other people in this pandemic condition. This study aims to design a line follower mobile robot to deliver files at the office using Android to help deliver files quickly and efficiently. The method used in this research is to utilize the MIT app inventor, which is used to design and control robots on Android Smartphones. The programming used to control this robot is Arduino. There are several important parts in this line follower car, namely Arduino, sensors, and drivers. With the Line Follower Car Robot, it is expected to be able to help employees of PT. B'right PLN Batam in carrying ourtheir duties

Pelatihan Office Berbasis Cloud Sebagai Pendukung Administrasi RW di Perumahan Pondok Rhabayu Kota Batam

Office berbasis cloud merupakan layanan aplikasi perkantoran dimana aplikasi yang dijalankan tanpa harus diinstal diperangkat komputer pengguna. Untuk menggunakannya, perangkat pengguna harus terhubung ke internet agar bisa mengakses server penyedia layanan cloud. Pada pengabdian ini, dilakukan pembinaan mengenai salah satu aplikasi berbasis cloud yang dapat digunakan untuk administrasi Rukun Warga (RW) di Perumahan Pondok Rabayu yaitu google docs. Google docs merupakan sebuah aplikasi yang fungsinya hampir sama dengan Microsoft Office keluaran Windows namun memiliki beberapa kelebihan yang tidak dimiliki oleh microsoft office. Data yang dikelola di google docs ditampilkan secara online, dapat di akses kapan saja dan dari mana saja serta bisa di shared (dibagikan untuk diakses dan dikelola bersama-sama). Tujuan penggunaan aplikasi ini adalah membantu Perangkat RW dalam pembuatan surat menyurat maupun laporan. Pembinaan ini dilakukan dengan memberikan materi kepada perangkat RW perumahan Pondok Rabayu, kelurahan Tembesi, kecamatan Sagulung, Batam dengan penyampaian yang mudah dan sederhana sehingga mudah diterima dan dapat menggunakan aplikasi tersebut dengan baik. Selain itu, pembinaan ini dilakukan agar perangkat RW Pondok Rabayu dapat memanfaatkan teknologi informasi dengan tepat dan terciptanya penggunaan teknologi informasi secara optimal di kehidupan masyarakat. Hasil yang diperoleh dalam pengabdian ini adalah peningkatan keterampilan perangkat RW perumahan Pondok Rhabayu dalam menggunakan aplikasi berbasis cloud dalam hal ini google docs yang digunakan untuk kegiatan administrasi RW