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Pemanfaatan E-Learning Pada Penggunaan Aplikasi Edmodo Di Smk Negeri 1 Setia Janji Cecep Maulana; Ricki Ananda; William Ramdhan; Dahriansah Dahriansah
Jurdimas (Jurnal Pengabdian Kepada Masyarakat) Royal Vol 4, No 2 (2021): Mei 2021
Publisher : STMIK Royal

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.33330/jurdimas.v4i2.1031

Abstract

Abstract: Distance learning media is very much needed during the current Covid-19 epidemic. Limitations of teacher-student interaction, which requires changing face-to-face learning patterns to online (online), are one of the obstacles to the teaching and learning process in schools, especially at SMK Setia Janji range. E-learning is a distance learning media that can be used in online learning processes (in a network) online. This community service discusses how the implementation of Edmodo E-learning for teachers of SMK Setia Janji in Kisaran as a daily activity of using Edmodo in the classroom to practice and register to take this application in class to provide information about the use of technology to teachers as targets in learning activities for students in the class. The method used is by means of training, with reference to the laboratory model as the development of E-learning in using Edmodo in the classroom. Community service at SMK Setia Janji aims to assist teachers in providing effective and efficient learning media online. In addition, students have motivation in using Edmodo because this program is attractive to teachers and students whose applications are: quizzes, assignments, and managing communication with students, coworkers, and parents..           Keywords: appliciation; edmodo; E-learning Abstrak: Media pembelajaran jarak jauh sangat di butuhkan pada masa pendemi Covid-19 saat ini. Keterbatasan Interaksi guru dengan siswa yang mengharuskan merubah pola pembelajaran tatap muka menjadi daring (dalam jaringan) online, menjadi salah satu hambatan proses belajar mengajar di sekolah, khususnya di SMK Setia Janji kisaran. E-learning merupakan salah satu media pembelajaran jarak jauh yang dapat di gunakan dalam peroses pembelajaran secara daring (dalam jaringan) online. Pengabdian kepada masyarakat ini membahas tentang bagaimana implementasi E-learning Edmodo bagi guru SMK Setia Janji di Kisaran sebagai kegiatan sehari-hari penggunaan Edmodo di kelas mempraktekkan dan mendaftar untuk mengikuti aplikasi ini di kelas memberikan informasi tentang pemanfaatan teknologi kepada guru sebagai sasaran dalam kegiatan pembelajaran bagi siswa didalam kelas. Metode yang digunakan dengan cara pelatihan, dengan acuan laboratory model sebagai pengembangan E-learning dalam menggunakan Edmodo di kelas. Pengabdian kepada masyarakat di SMK  Setia janji bertujuan untuk membantu guru dalam memberikan media pembelajaran yang efiktif dan efisien secara online, Selain itu siswa memiliki motivasi dalam menggunakan Edmodo karena program ini menarik bagi guru dan siswa yang aplikasinya adalah: kuis, tugas, dan mengatur komunikasi dengan siswa, rekan kerja, dan orang tuaKata kunci: aplikasi; Edmodo; E-learning
RANCANG BANGUN PENERANGAN DENGAN SUMBER DARI PHOTOVOLTAIC DENGAN MEMANFAATKAN RANGKAIAN BOOSTER Amin, Muhammad; Ananda, Ricki
Riau Journal Of Computer Science Vol. 4 No. 2 (2018): Riau Journal of Computer Science
Publisher : Riau Journal Of Computer Science

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (439.102 KB)

Abstract

Basic Electricity or TDL tariffs are currently increasing, as evidenced by the absence of 450 Watt power supplied by PLN (State electricity company) and the increasing power consumption pertiap year. Lighting is one of the TDL parts, so nowadays to reduce the consumption of TDL from lighting many different ways used such as making energy-saving lamps from the led diodes, up to the use of solar panels as a lighting supply to minimize the use of TDL.Didasari from it, then this study discusses the design of illumination with the source of photovoltaic (solar panel), by pressing the cost of the battery minimize, so used ripab boster. From the test results obtained, the system designed to be felt quite efficient, due to the input 3.7 V and 12 Watt load can increase the voltage of 38.7 V. In addition, the combined LDR switch system on the booster is also able to work on efficient heat, so on the 0-5cm test from the ldr sensor to the light, the switch system of the 3D FIR still remains active, up to a distance of 10- 15 from the ldr light sensor, the switch system is off. With the schedule of charging from USB TP4056, at 07.00-08.00 obtained the results of light emitted USB of 1.6 V to charge the battery, and on the hour perceived a fairly efficient pengasan, because the sunlight is quite hot, so that at 11:00 to 12:00 the usb output voltage is 2.2 V.
ANALISIS PENGARUH PEMASANGAN SEPULUH KAPASITOR KERAMIK 6.8 NF/ 100V TERHADAP PENGIRIMAN DAYA TANPA KABEL DENGAN RANGKAIAN ROYER Ricki Ananda; Muhammad Amin
JURTEKSI (Jurnal Teknologi dan Sistem Informasi) Vol 5, No 1 (2018): Desember 2018
Publisher : STMIK Royal

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (703.247 KB) | DOI: 10.33330/jurteksi.v5i1.301

Abstract

Abstrack: Wireless usage is no longer only able to send data or files, power delivery or power transfer can be applied using wireless networking technology system or also called wireless energy transfer. Research purposes, to make prototype power wireless transfer by using royer oscilator circuit, and turning the load to the maximum with the minimum possible input. Using the 9.8 V input from Trafo 5A and changing the capacitor value of 6.8nf / 100v x10 C on the transmitter (coil transmitter bigger than coil receiver). Installation of each capacitor with a distance of 7 cm, give effect to maximal value increase, with Voltage 14.2 V, current 0.02 A, power 0.284 W and Decrease Freq 610.5 KHz. As for the distance of 12 cm also get a maximum value of 11.8 V voltage, current 0.02 A, and a decrease in Frequency 614 Khz. The greatest efficiency at both distances is obtained, and . To turn the load to the maximum (7 lamps used 7 W lamps with a total load 28 W), PWT connected to USB 5V, and connected to battery and booster converter circuit so the distance is 12 cm, obtained input voltage 2.2 and output voltage 47.8 V, with output power of 1.43 W, current 0.03 A, and percentage increase of 2072 voltage. Installation of capacitors affects the voltage values, current, distance and power on the receiver. To light a large load, used a series of booster converter to power 28 W load, with 3.7 V input on battery packed on USB 5V, type TP-4056.  Keyword : Royer Oscillator circuit, Power wireless transfer, Booster  converter circuit Abstrak: Penggunaan Wireless saat ini tidak lagi hanya bisa mengirim data atau file, pengiriman daya atau perpindahan daya bisa diterapkan menggunakan sistem teknologi jaringan nirkabel atau disebut juga wireless energy transfer. Tujuan penelitian, untuk membuat prototype power wireless transfer dengan menggunakan rangkaian royer oscilator, dan menyalakan beban secara maksimal dengan input seminimal mungkin. Dengan menggunakan input 9.8 V dari Trafo 5A dan perubahaan nilai kapasitor 6,8nf / 100v x10 C pada bagian transmitter (coil transmitter lebih besar dari coil receiver). Pemasangan tiap-tiap kapasitor dengan jarak 7 cm, memberi dampak peningkatan nilai  maksimal, dengan Tegangan 14.2 V, arus 0.02 A, daya 0.284 W dan Penurunan Freq 610.5 KHz. Sedangkan untuk jarak 12 cm juga mendapatkan nilai maksimal tegangan 11.8 V, arus 0.02 A, dan penurunan Frequensi 614 Khz. Efisiensi terbesar pada kedua jarak tersebut didapat, dan . Untuk menyalakan beban secara maksimal (beban digunakan lampu 7 W sebanyak 4 lampu dengan total beban 28 W), PWT dihubungkan ke USB 5V, dan terhubung ke baterai dan rangkaian booster converter, sehingga jarak 12 cm, didapat input tegangan 2.2 dan keluaran tegangan 47.8 V, dengan daya keluaran 1.43 W, arus 0.03 A, dan Persentasi kenaikan tegangan 2072. Pemasangan kapasitor mempengaruhi nilai tegangan, arus,jarak dan daya pada receiver. Untuk menyalakan beban yang besar, digunakan rangkaian booster converter untuk menyalakan beban 28 W, dengan input 3.7 V pada baterai yang dicas pada USB 5V, jenis TP-4056. Kata Kunci : Rangkaian Royyer Oscillator, Power wireless transfer , Rangkain Booster
Perancangan Filter Gravityfed Untuk Saringan Air Kotor di Wilayah Desa Pedalaman Kabupaten Asahan Peranggan Ujung Wiwin Handoko; Ricki Ananda
J-SAKTI (Jurnal Sains Komputer dan Informatika) Vol 4, No 2 (2020): EDISI SEPTEMBER
Publisher : STIKOM Tunas Bangsa Pematangsiantar

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.30645/j-sakti.v4i2.261

Abstract

Clean water is one of the necessities for humans, especially to meet the washing needs of families. Most of the population in the Asahan district still uses drilled well water as a source of clean water to meet their water needs. The results from inhalation of water will also be filtered, and usually, within 30 minutes, the water will turn yellow again. During this time, the cleaning of the water filtering container is cleaned every 1 - 2 weeks, with a long cleaning time of 30 minutes to 1 hour. From the field study, the research team designed a filter by utilizing six paralon pipes with a size of 3.5 inc, 1 m long, with a clarification module for each pipe, starting from the first pipe with spongy media, the second pipe for gravel media, the third medium, soil, and sand. The fourth media is charcoal, the fifth media, and the sixth paralon, and the sixth media is palm fiber. The results of the water reading in the first pipe to the fourth pipe found the ph of water at an index of 5-6 ph, with an average sensor output voltage value of 4787 mV. The sensor supply and the pH reader controller use a 7.4 VDC supply voltage and a 5VDC / 5A.
SISTEM KENDALI JARAK JAUH ROBOT PEMADAM API DENGAN MENGGUNAKAN SENSOR FLAM DAN SENSOR MQ BERBASIS MOTOR POMPA Amin, Muhammad; Ananda, Ricki
JOURNAL OF SCIENCE AND SOCIAL RESEARCH Vol 4, No 2 (2021): June 2021
Publisher : Smart Education

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.54314/jssr.v4i2.546

Abstract

Kebakaran adalah suatu keadaan darurat yang disebabkan karena terjadinya kebakaran/ledakan di berbagai tempat yang dapat membahayakan jiwa manusia, harta benda, dan lingkungan. Faktor terjadinya kebakaran karena manusia, berupa pembakaran hutan, membuang puntung rokok sembarangan sampai dengan kurang pengertian atau melanggar aturan. Seperti distasiun tebing tinggi yang hanya menggunakan racun api sebagai antisipasi pemadam kebakaran. Berdasarkan hal tersebut peneliti akan merancang robot pemadam api yang memiliki beberapa input dari modul elektronika seperti pembaca gas, pembaca api, sampai dengan pembaca suhu. Selain itu output  dari robot yang akan dirancang menggunakan motor dc sebagai kipas pemadam api yang difungsikan sebagai pemadam api skala kecil seperti puntung rokok, percikan api yang berasal dari korek api. Motor pompa yang juga digunakan sebagai pemadaman api. Ketika mobil robot mendektesi adanya sumber api atau kebocoran gas, sampai dengan peningkatan suhu, maka robot tersebut akan menyalakan buzzer untuk memberi tahu orang sekitar bahwa adanya potensi bahaya kebakaran. Untuk sistem kendali prototype robot menggunakan modul interface hc-05 yang dihubungkan dengan android.
WORKSHOP PELATIHAN PERANCANGAN INTERNET OF THINGS BERBASIS ARDUINO UNO JENIS R3/R3 SMD DI SMK SWASTA KARYA UTAMA KOTA TANJUNGBALAI Ricki Ananda; Muhammad Amin
Jurdimas (Jurnal Pengabdian Kepada Masyarakat) Royal Vol 2, No 2 (2019): Juli 2019
Publisher : STMIK Royal

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (581.591 KB) | DOI: 10.33330/jurdimas.v2i2.371

Abstract

Abstract: Current technological developments are no stranger among students, almost all students now have an Android that is enabled to share information and be used to help with daily activities. Based on the usefulness of android which is only enabled to share information or as a communication tool, the service team creates training or workshops which later aims to develop students' interest in reviewing or developing technology in the field of android or in the controller field. In order for the training not to start from the ground up, the training participants were taken from the main works of private vocational schools, majoring in computers, class XI of the Department of Software Engineering (RPL), with a total number of participants of 53 people. The implementation of a two-day workshop found results, on the first day with the theme of training on IOT-based automatic switch hardware design, it was found that 46 students managed to assemble automatic hardware switches, and 7 students failed to assemble the hardware automatically perfectly. On the second day, 53 students succeeded in making an automatic software switch on Android, and during the trial, all students also managed to do it. From the two days of the workshop activities, and seen from the students' activeness and curiosity about the development of Android and the controller, many students still want to know, other developments from Android besides being used as automatic switches are based on IoT. Keyword: Royer Oscillator circuit, Power wireless transfer, Booster converter circuit  Abstrak: Perkembangan teknologi saat ini sudah tidak asing dikalangan pelajar, hampir semua pelajar kini memiliki android yang difungsikan untuk berbagi informasi serta difungsikan untuk membantu kegiatan sehari hari. Berdasarkan kegunaan android yang hanya difungsikan untuk berbagi informasi atau sebagai alat komunikasi, maka tim pengabdian membuat pelatihan atau workshop yang nantinya bertujuan untuk menumbuh kembangkan minat siswa siswi dalam mengulas atau mengembangkan teknologi dibidang android dibidang controller. Agar pelatihan tidak dimulai dari dasar, maka peserta pelatihan diambil dari SMK Swasta karya utama, jurusan komputer, kelas XI Jurusan Rekayasa Perangkat Lunak (RPL), dengan total peserta 53 orang. Terselenggaranya workshop selama dua hari,mendapati hasil, pada hari pertama dengan tema pelatihan perancangan hardware switch otomatis berbasis iot, didapati 46 siswa berhasil merangkai hardwarei switch otomatis, dan 7 siswa tidak berhasil merangkai hardware otomatis secara sempurna. Dihari kedua, 53 siswa berhasil membuat software switch otomatis di android, dan pada saat uji coba, seluruh siswa juga berhasil melakukannya. Dari dua hari kegiatan workshop yang dilakukan,dan dilihat dari keaktifan dan rasa ingin tahu siswa tentang pengembangan dari android dan controller, banyak siswa yang masih ingin tahu, pengembangan lain dari android selain digunakan sebagai switch otomatis berbasis iot. Kata Kunci: Royer Oscillator circuit, Power wireless transfer, Booster converter circuit 
ANALISIS PENGGUNAAN DRIVER MINI VICTOR L298N TERHADAP MOBIL ROBOT DENGAN DUA PERINTAH ANDROID DAN ARDUINO NANO Muhammad Amin; Ricki Ananda; Juna Eska
JURTEKSI (Jurnal Teknologi dan Sistem Informasi) Vol 6, No 1 (2019): December 2019
Publisher : STMIK Royal

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (504.292 KB) | DOI: 10.33330/jurteksi.v6i1.396

Abstract

Abstact: A robot is a set of mechanical devices or shaped vehicles that can perform physical tasks, both with human supervision and control, in the form of programs that have been defined in advance. Robot cars designed by researchers, use two commands to perform physical tasks. First use the command from Google Voice, which is the command with voice, and the second uses the command using the Android button, so that access to the robot can be done by anyone and anywhere. The work system of the robot car design is designed, when the robot car commands, the command will be juxtaposed or compared, and when the data is compared according to the data being controlled, the system will run according to the data or command earlier. For each module, it uses a voltage of 5V, while for a DC motor, it uses an external voltage of 7.4 VDC. Keyword: Robot car, Arduino controller, Google voice. Abstrak: Robot merupakan seperangkat alat mekanik atau berbentuk kendaraan yang bisa melakukan tugas fisik, baik dengan pengawasan dan kontrol manusia, berupa program yang telah didefisinikan terlebih dahulu. Mobil robot yang dirancang peneliti, menggunakan dua perintah untuk melakukan tugas fisik. Pertama menggunakan perintah dari google voice, yaitu perintah dengan suara, dan yang kedua menggunakan perintah menggunakan tombol button android, sehingga akses untuk memerinta robot dapat dilakukan oleh siapa saja dan dimana saja. Sistem kerja dari rancangan mobil robot yang dirancang, ketika mobil robot memberi perintah, maka perintah tersebut akan disandingkan atau dibandingkan, dan ketika data yang dibandingkan sesuai dengan data yang dicontroller, maka sistem akan berjalan sesuai dengan data atau perintah tadi. Untuk setiap modul, menggunakan tegangan 5V, sedangkan untuk motor DC, menggunakan tegangan eksternal sebesar 7.4 VDC. Kata Kunci: Mobil robot, controller arduino, google voice.
UTILIZATION OF BOOSTER CIRCUIT JOULE THIEF FOR GARDEN LIGHTING SOURCE OF VOLTAGE FROM THE SUN Ricki Ananda; Muhammad Amin
JURTEKSI (Jurnal Teknologi dan Sistem Informasi) Vol 8, No 1 (2021): Desember 2021
Publisher : STMIK Royal

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.33330/jurteksi.v8i1.1305

Abstract

Abstract: Garden lighting from a sun source utilizes a series of joule thieves so that the lighting of the garden lights at night is bright. This research method uses a quantitative method because it must be tested on each module so that it finds that there are three types of module systems to be combined, the booster or joule electronic thief module, the supply media solar module circuit, and finally, the control system with the Arduino nano board. The solar module used is a 1-watt solar module with 1n4004 diodes, which will convert the heat of sunlight into voltage. The voltage will be sent via the IC TP4056 input, the output from the IC TP4056 will charge the 18650 battery, which aims to ignite the booster circuit on the 12 W lamp, or the 3.7VDC input from the 18650 battery capable of turning on the 12W/220VAC led light. While the controller is connected to the LDR sensor and relay when the user makes the command, LDR > 800 of the provisions, the relay position from NC becomes open, or during the day, the relay will be in the NC position and turn off the 12W light in the booster circuit, while at night the relay will remain in the no position, so that it will connect the booster circuit voltage and turn on the 12W lamp (LDR < 800).Keywords: booster circuit; campus park lighting; solar panels  Abstrak: Penerangan taman dari sumber matahari memanfaatkan rangkaian joule thief agar penerangan lampu taman pada malam hari terang. Metode penelitian ini menggunakan metode kuantitatif dikarenakan harus diuji coba pada tiap modul, sehingga mendapati ada tiga jenis sistem modul yang akan digabungkan, modul elektronika rangkaian booster atau joule thief, rangkaian modul surya media pensuplly, dan terakhir sistem controller dengan board arduino nano. Modul surya yang digunakan modul surya 1 watt dengan dioda 1n4004, akan mengubah panas cahaya matahari menjadi tegangan . Tegangan akan dikirimkan melalui input IC TP4056, output dari IC TP4056 akan mengisi baterai 18650 yang bertujuan sebagai penyala rangkaian booster pada lampu 12 W, atau input 3.7VDC dari baterai 18650 mampu menyalakan lampu led 12W/220VAC. Sementara controller terhubung kesensor ldr dan relay, ketika perintah yang dibuat oleh user, ldr > 800 dari ketentuan, posisi relay dari nc menjadi open, atau siang hari, relay akan diposisi nc dan mematikan lampu 12W pada rangkaian booster, sementara jika malam hari relay akan diposisi no, sehingga akan menghubungkan tegangan rangkaian booster dan menyalakan lampu 12W (ldr < 800).  Kata kunci : panel surya, penerangan taman, rangkaian booster. 
PERANCANGAN RANGKAIAN BOOSTER PADA MATA PELAJARAN ELEKTRONIKA DI SMK NEGERI 2 TANJUNGBALAI Muhammad Amin; Muhammad Sabir Ramadhan; Ricki Ananda
RJOCS (Riau Journal of Computer Science) Vol. 3 No. 2 (2017): Riau Journal of Computer Science
Publisher : RJOCS (Riau Journal of Computer Science)

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (263.004 KB) | DOI: 10.30606/rjocs.v3i2.1643

Abstract

Learning methods and models is one way used by teachers or educators to deliver teaching materials to students or the learner. The use of inappropriate methods or instructional media is perceived to be one of the students' barriers to receiving lessons learned by teachers. The use of learning methods and models with visual aids and practice is very effective, because students can directly recognize the form of components or media used directly. For the material used, design a series of booster converter to turn on 5 watt lights, with 3.7 V battery inputs using booster, the input can be on
Perancangan Filter Gravityfed Untuk Saringan Air Kotor di Wilayah Desa Pedalaman Kabupaten Asahan Peranggan Ujung Wiwin Handoko; Ricki Ananda
J-SAKTI (Jurnal Sains Komputer dan Informatika) Vol 4, No 2 (2020): EDISI SEPTEMBER
Publisher : STIKOM Tunas Bangsa Pematangsiantar

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.30645/j-sakti.v4i2.261

Abstract

Clean water is one of the necessities for humans, especially to meet the washing needs of families. Most of the population in the Asahan district still uses drilled well water as a source of clean water to meet their water needs. The results from inhalation of water will also be filtered, and usually, within 30 minutes, the water will turn yellow again. During this time, the cleaning of the water filtering container is cleaned every 1 - 2 weeks, with a long cleaning time of 30 minutes to 1 hour. From the field study, the research team designed a filter by utilizing six paralon pipes with a size of 3.5 inc, 1 m long, with a clarification module for each pipe, starting from the first pipe with spongy media, the second pipe for gravel media, the third medium, soil, and sand. The fourth media is charcoal, the fifth media, and the sixth paralon, and the sixth media is palm fiber. The results of the water reading in the first pipe to the fourth pipe found the ph of water at an index of 5-6 ph, with an average sensor output voltage value of 4787 mV. The sensor supply and the pH reader controller use a 7.4 VDC supply voltage and a 5VDC / 5A.