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All Journal International Journal of Electrical and Computer Engineering Indonesian Journal of Electronics and Instrumentation Systems Jurnal Civics: Media Kajian Kewarganegaraan Lontar Komputer: Jurnal Ilmiah Teknologi Informasi TELKOMNIKA (Telecommunication Computing Electronics and Control) ELKOMIKA: Jurnal Teknik Energi Elektrik, Teknik Telekomunikasi, & Teknik Elektronika Jurnal Ilmiah Pendidikan Pancasila dan Kewarganegaraan Jurnal Teknologi dan Sistem Komputer JETT (Jurnal Elektro dan Telekomunikasi Terapan) Jurnal Moral Kemasyarakatan Jusikom : Jurnal Sistem Komputer Musirawas Jurnal Elektronika dan Telekomunikasi TEKTRIKA - Jurnal Penelitian dan Pengembangan Telekomunikasi, Kendali, Komputer, Elektrik, dan Elektronika JMECS (Journal of Measurements, Electronics, Communications, and Systems) Journal Civics and Social Studies Indonesian Journal of Electrical Engineering and Computer Science Jurnal Pendidikan Kewarganegaraan CIVICS: Jurnal Pendidikan Pancasila dan Kewarganegaraan Journal of Community Practice and Social Welfare (JaCiPS) Jurnal Abdimas Dedikasi Kesatuan Journal of Education Research Prosiding Konferensi Nasional PKM-CSR Prosiding Seminar Nasional Teknik Elektro, Sistem Informasi, dan Teknik Informatika (SNESTIK) Journal of Educational Sciences Prosiding Simposium Nasional Rekayasa Aplikasi Perancangan dan Industri Indonesian Journal of Physics (IJP) eProceedings of Engineering Jurnal Rekayasa elektrika Jurnal INFOTEL Educare : Jurnal Penelitian Pendidikan dan Pembelajaran De Cive : Jurnal Penelitian Pendidikan Pancasila dan Kewarganegaraan Jurnal Pengabdian Masyarakat dan Riset Pendidikan Serambi Engineering
Erwin Susanto
Universitas Telkom
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Monitoring Pergeseran Tanah Dengan Sensor Accelerometer Dan Kelembapan Tanah Berbasis Iot Irvan Akbar Anka Pratama; Muhammad Ary Murti; Erwin Susanto
eProceedings of Engineering Vol 7, No 1 (2020): April 2020
Publisher : eProceedings of Engineering

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Abstract

Abstrak Tanah longsor adalah salah satu bencana alam yang sering melanda Indonesia terutama pada daerah dataran tinggi,lembah,lereng gunung,dan curah hujan yang tinggi. Terjadinya pergeseran tanah dan curah hujan yang tinggi menjadi penyebab terjadinya tanah longsor, ketika tanah terkena intensitas hujan yang cukup tinggi maka air akan masuk kedalam tanah menambahkan bobot tanah dan mengenai bidang gelincir tanah yang mengakibatkan tanah longsor. Karena bencana tanah longsor itu dapat merugikan masyarakat seperti rusaknya rumah, rusaknya perkebunan, rusaknya peternakan serta mengakibatkan korban jiwa yang cukup banyak Pengujian dilakukan pada sebuah prototype longsoran. Simulasi longsoran dilakukan dengan melakukan sebuah dorongan dan siraman air pada tanah yang mengakibatkan sistem atau alat bergerak yang akan membaca pergeseran tanah dengan sensor MPU-6050 dan YL-69. Untuk monitoring, data yang terbaca oleh sistem akan otomatis terkirim ke platform IoT ANTARES. Dan pengiriman notifikasi waspada dikirim melalui pesan singkat dengan modul GSM SIM 800L ke handphone orang yang memonitoring. Hasil dari pengujian dijadikan sebuah parameter keberhasilan sistem, dengan hasil pengujian tersebut sistem berfungsi dengan sangat baik. Pembacaan pergeseran tanah dan kelembapan tanah cukup baik dan pengiriman data ke ANTARES sangat baik. Untuk notifikasi waspada dengan modul GSM SIM 800L berfungsi cukup baik. Sistem ini dapat di terapkan pada setiap desa yang memiliki lereng-lereng yang curam. Kata kunci: Tanah Longsor, MPU-6050, YL-69, ANTARES, SIM8000L Abstract Landslides are one of the natural disasters that often hit Indonesia, especially in the highlands, valleys, mountain slopes, and high rainfall. The occurrence of land shifts and high rainfall are the causes of landslides, when the land is exposed to high rainfall intensity, the water will enter the soil adding to the weight of the soil and the ground slides that cause landslides. Because the landslide disaster can harm the community such as damage to homes, damage to plantations, damage to livestock and resulting in considerable casualties Tests carried out on an avalanche prototype. Avalanche simulation is carried out by carrying out a push and splash of water on the ground which results in a moving sistem or device that will read the ground shift with sensors MPU-6050 and YL-69. For monitoring, data that is read by the sistem will automatically be sent to the IoT ANTARES platform. And sending alert notifications sent via text message with the GSM SIM 800L module to the monitoring person's cellphone. The results of the test are used as a parameter of the success of the sistem, with the test results the sistem is functioning very well. The reading of soil shift and soil moisture is quite good and sending data to ANTARES is very good. For alert notifications with the GSM SIM 800L module it works quite well. This sistem can be applied to every village that has steep slopes. Keywords: landslide, MPU-6050, YL-69, ANTARES, SIM8000L
Online Monitoring Dan Kontrol Besaran Pressure Dan Flow Pada Prototipe Perpipaan Minyak Dengan Menggunakan Pole Placement Pada Networked Control System Febrian Fajar Akmal; Erwin Susanto; Muhammad Ridho Rosa
eProceedings of Engineering Vol 8, No 5 (2021): Oktober 2021
Publisher : eProceedings of Engineering

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Sistem perpipaan merupakan hal yang penting karena sebagai penyalur minyak dari sumur minyak ke tempat penampungan minyak. Sistem perpipaan memiliki masalah seperti pressure drop dan kebocoran. Untuk mengatasinya permasalahan tersebut dibutuhkan suatu sistem yang dapat memantau dan mengendalikan fluida di dalam sistem perpipaan. Pada penelitian tugas akhir ini dirancang sebuah sistem online monitoring dan kendali besaran pressure dan flow sistem prototipe perpipaan minyak. Sistem kendali menggunakan metode pole placement yang diterapkan pada skema Network Control System (NCS). Sistem Network Control System (NCS) menggunakan bluetooth sebagai media komunikasinya.
Perancangan Monitoring Daya Dan Self-balancing Pada Meja Trolley Dengan Metode Fuzzy Logic Muhammad Teuku Fachrizal; Agung Surya Wibowo; Erwin Susanto
eProceedings of Engineering Vol 7, No 2 (2020): Agustus 2020
Publisher : eProceedings of Engineering

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Abstrak Pada tugas akhir ini akan dilakukan perancangan self-balancing trolley yang mampu mendatarkan posisi meja troli pada saat melewati jalan tanjakan, turunan dan ubin. Sistem yang dibuat juga dilengkapi dengan monitoring daya bertujuan untuk memudahkan user melihat kapastias battery. Menggunakan sensor sudut IMU yang mempunyai nilai error rata-rata 0,1071 dan sensor arus ACS712 yang mempunyai tingkat rata-rata akurasi 98% dalam pembacaan nya. Menggunakan motor parvalux 12V sebagai aktuator dan aki kering 12V 9Ah sebagai battery. Pengujian troli dilakukan dengan cara troli di dorong melewati jalan menanjak, menurun dengan sudut 10⁰,20⁰,30⁰ dengan membawa beban diatas meja troli seberat 1-6 kg. Troli juga di uji pada jalan ubin dengan membawa beban seberat 2 kg. Tujuan nya adalah melihat apakah meja troli sudah bisa kembali kedalam keadaan datar. Dilakukan juga pengujian pengosongan dan pengisian battery untuk melihat berkurang dan bertambahnya nilai SOC. Hasil pada tugas akhir ini adalah meja troli sudah mampu kembali kedalam keadaan datar saat melewati jalan menanjak,menurun dan ubin dengan membawa beban. Respon tercepat tercatat dengan waktu 2,12 detik sudut 10⁰ membawa beban 1kg melewati jalan tanjakan. Untuk monitoring daya, sudah berhasil menampilkan nilai berkurang dan bertambahnya SOC pada LCD saat troli digunakan dan proses charging. Kata kunci: IMU, ACS712, self-balancing, SOC. Abstract In this final project, a self-balancing trolley will be designed that is able to level the trolley table position when passing through the incline, downhill and tiled roads. The system made is also equipped with power monitoring which aims to make it easier for users to see battery capacity. Using the IMU angle sensor which has an average error value of 0.1071 and the ACS712 current sensor which has an average accuracy rate of 98% in its readings. Using a parvalux 12V motor as an actuator and a 12V 9Ah dry battery as a battery. Trolley testing is done by pushing the trolley through an uphill, downhill road at an angle of 10⁰, 20⁰, 30⁰ by carrying the load on the trolley table weighing 1-6 kg. The trolley was also tested on a paved road carrying a load of 2 kg. The goal is to see if the trolley table can return to a flat state. Also conducted a discharge test and battery charging to see the decrease and increase in the SOC value. The result of this final project is that the trolley table is able to return to a flat state when passing uphill, downhill and tiled roads carrying loads. The fastest response was recorded with a time of 2.12 seconds with a 10⁰ angle carrying a 1kg load over the incline. For power monitoring, it has succeeded in displaying the reduced and increased SOC value on the LCD when the trolley is used and the charging process. Keywords: IMU, ACS712, self-balancing, SOC.
Perancangan Alat Sistem Monitoring Energi Listrik Kos-kosan Berbasis Internet Of Thing (iot) Hario Pinandhito Muhamad; Erwin Susanto; Agung Surya Wibowo
eProceedings of Engineering Vol 8, No 5 (2021): Oktober 2021
Publisher : eProceedings of Engineering

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Pada kawasan daerah pendidikan di Indonesia banyak orang yang berdatangan dari luar daerah untuk mendapatkan ilmu dan pekerjaan di kawasan tersebut. Masyarakat yang berdomisili di kawasan tersebut memanfaatkan peluang dengan menjalankan bisnis penyewaan kamar kos untuk tempat tinggal bagi perantau yang datang. Namun di lapangan masih banyak pemilik kos yang memasang tarif yang sama untuk biaya kamar dan listrik. Apabila pihak penyewa kos membawa barang kebutuhan dengan konsumsi daya yang tinggi dapat menyebabkan kerugian bagi pemilik kos-kosan akibat penggunaan daya yang tidak terkontrol. Hal ini disebabkan karena banyaknya kendala pada pemasangan kWh meter oleh pihak PT. PLN (Persero) sehingga pemilik kos mengalami kesulitan dalam pemasangan setiap kamarnya. Oleh sebab itu dibutuhkan inovasi sebuah sistem yang dapat mengukur penggunaan energi listrik setiap kamar kos yang secara real time. Sistem monitoring energi listrik berbasis internet of things (IoT) dapat menjadi solusi yang dapat digunakan untuk mengatasi masalah tersebut. Sistem ini dirancang dengan menggunakan sensor PZEM-004T sebagai alat ukur dan aplikasi thunkable untuk menampilkan data penggunaan. Berdasarkan hasil pengujian yang didapat, sistem yang dirancang mampu memonitoring penggunaan energi listrik setiap kamar kos menggunakan smartphone melalui aplikasi thunkabel dengan baik. Aplikasi mampu menampilkan penggunaan energi setiap kamar kos dan biaya tagihan setiap kamarnya. Dalam penghitungan akurasi sensor mendapatkan nilai akurasi daya diatas 99,5% dan akurasi energi diatas 99,5%. Keywords: Real Time, Internet Of Things (Iot), Thunkable
Sistem Pengendalian Pakan Dan Monitoring Kualitas Air Akuarium Otomatis Muhammad Afif Askar; Erwin Susanto; Agung Surya Wibowo
eProceedings of Engineering Vol 9, No 2 (2022): April 2022
Publisher : eProceedings of Engineering

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Abstrak pemeliharaan ikan di dalam Akuarium, sepanjang ini dalam pemberian pakan ikan masih dilakukan secara langsung serta memonitoring kondisi Akuarium masih dilakukan secara manual. Dalam perkembangan penyediaan pengaplikasian pemberian pakan pada Akuarium, dan memonitor mutu air Akuarium serta ketersediaan pakan dalam akuarium dengan pengolahan informasi memakai implementasi internet-of -things. Sistem yang di rancang berfungsi untuk memonitoring dan mengatur pakan secara otomatis. Arduino IDE dan Node MCU berfungsi dalam pengontrol dan pemberi informasi dalam hasil monitoring kondisi air. Kata Kunci: Smart Akuarium, Arduino IDE, pH, Turbidity, Monitoring, IOT. Abstract in feeding fish is still done directly and monitoring the condition of the Aquarium is still done manually. In the development of providing the application of feeding in the Aquarium, and monitoring the quality of Aquarium water and the availability of feed in the Aquarium with information processing using the implementation of internet-ofthings.The system designed serves to monitor and regulate feed automatically. Arduino IDE and Node MCU function in controllers and informers in the results of monitoring water conditions. In this design there are supporting sensors such as tubidity sensors, pH sensors, temperature sensors. Keywords: Smart Aquarium, Arduino IDE, pH, Turbidity, Monitoring, IoT
Rancang Bangun Otomatisasi Rumah Berbasis Wireless Sensor Network Menggunakan Protokol Komunikasi Message Queuing Telemetry Transport Muhammad Yusuf Rizaldi; Erwin Susanto; Junartho Halomoan
Jurnal Rekayasa Elektrika Vol 14, No 2 (2018)
Publisher : Universitas Syiah Kuala

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (912.889 KB) | DOI: 10.17529/jre.v14i2.10507

Abstract

Home electronic devices, such as lights, fans, and etcetera are now an inseparable part from the daily life of current society. However, these devices are often used in a wasteful manner. A room light, for example, is often still lit even though it is no longer used. Therefore, a home automation system that can help users to monitor and switch their electronic devices remotely through a user interface must be designed. This research resulted in the design of home automation systems using Wireless Sensor Networks (WSN) which were used to switch the electronic devices and communicate with the user interface. Communication between WSN and the user interface was regulated through the Message Queuing Telemetry Transport (MQTT) protocol. The results of this study were a design of home automation systems that can switch electronic devices remotely with an average delay performance of 0.509 seconds. The quality of the designed WSN was classified as "good" using the Telecommunications and Internet Protocol Harmonization Over Networks (TIPHON) standards, where the round-trip time (RTT) gateway with a latency value was 16.452 ms, jitter was 6.618 ms, and packet loss was 0%.
Perancangan Sistem Panel Surya Terkendali Dalam Dua Sumbu Untuk Peningkatan Efisiensi Pembangkitan Energi Listrik Porman Pangaribuan; Erwin Susanto; Rinaldi Aditya Pratama
Jurnal Rekayasa Elektrika Vol 15, No 1 (2019)
Publisher : Universitas Syiah Kuala

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (802.659 KB) | DOI: 10.17529/jre.v15i1.12232

Abstract

The use of solar panels to get electrical energy from solar energy is one effort to utilize renewable energy resources. Solar panels (solar cells) are instruments that can convert the energy of sunlight into electrical energy. Solar panels are not only used in homes or in certain places, but also in large transport equipment such as cars and on ships. Solar panels are mostly installed in a stationary or static position. Whereas the direction of sunlight will change its angle relative to the surface of the solar panel. The change is increasingly irregular if the vehicle where the panel is located moves in the direction you want to go. Conditions like this cause the absorption of solar energy by solar panels to be less than optimal. In this research, a system has been designed where the solar panel was always controlled so that the direction of sunlight always falls perpendicular to the surface of the solar panel even though it was in a changing location and the direction of the sun's light on the earth's surface was always changing. Solar panels that can maneuver in two axes of motion were controlled by a microcontroller and two servo motors as actuators to adjust the position of the solar panel so that the surface was always perpendicular (following) the direction of sunlight. From the results of the tests, it turns out that solar panels in this research design can produce power 6.51% greater compared to static solar panels output.
Pengembangan Sistem Presensi Menggunakan Quick Response Code Dinamis untuk Madrasah Aliyah Al Mukhlisin Bandung Erwin Susanto; Doan Perdana; Arif Indra Irawan; Rahmat Yasirandi
Jurnal Rekayasa Elektrika Vol 15, No 2 (2019)
Publisher : Universitas Syiah Kuala

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (765.273 KB) | DOI: 10.17529/jre.v15i2.13769

Abstract

QR Code is the development of barcode technology that is able to store various kinds of information such as URLs, telephone numbers, SMS messages or other texts. At first, this technology was used for tracking vehicle parts in automotive industry. This study aims to develop an automatic presence system by utilizing QR Code technology, so that the presence process is more effective when compared to the presence manually since it was using digital technology. The implementation of the presence system with a QR Code was carried out at the Madrasah Aliyah Al Mukhlisin Bandung, to help solving some problems in school administration. The system was built in the form of an application installed on each teacher’s smartphone. Every student tapped their QR code image to confirm their attendance before the lesson begins. The advantage of this application was that it has an advantage on generated image of QR Code changed every user login. The results of development and testing showed that the developed system can be a solution for the presence process through the application of ICT technology with a QR Code. Testing of Quality of Service (QoS) on developed system was appropriate with ITU recommendation. Survey of users was applied to check the properness of application.
Model dan Kendali Modular pada Pendulum Terbalik tipe Rotary Erwin Susanto
Jurnal Rekayasa Elektrika Vol 19, No 1 (2023)
Publisher : Universitas Syiah Kuala

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (432.067 KB) | DOI: 10.17529/jre.v19i1.28262

Abstract

Rotary Inverted Pendulum (RIP) is a physical system that is often used as a theoretical platform and application of non-linear, unstable, and underactuated control systems so that it poses a challenge to design controls and realize them. The mechanical construction of the system consists of a pendulum arm that rotates horizontally on the RIP base shaft and a vertical pendulum arm that swings from a downward position to an upright equilibrium position. This paper presents a model and control scheme for RIP in a modular manner, in which three controller sections are constructed and realized using Multibody Matlab. The three controller parts include: a swing-up using a positive feedback Proportional Derivative controller, a switching mode controller that works to change swing up control scheme into stabilization control when the vertical pendulum arm reaches a position around its upright equilibrium, and stabilization controller to maintain vertical arm balanced using a Proportional Derivative controller. The trajectory of the motion of the pendulum arm and the 3D visualization of the pendulum system presented using Multibody Matlab show the effectiveness of the applied method.
Model dan Kendali Modular pada Pendulum Terbalik tipe Rotary Erwin Susanto
Jurnal Rekayasa Elektrika Vol 19, No 1 (2023)
Publisher : Universitas Syiah Kuala

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.17529/jre.v19i1.28262

Abstract

Rotary Inverted Pendulum (RIP) is a physical system that is often used as a theoretical platform and application of non-linear, unstable, and underactuated control systems so that it poses a challenge to design controls and realize them. The mechanical construction of the system consists of a pendulum arm that rotates horizontally on the RIP base shaft and a vertical pendulum arm that swings from a downward position to an upright equilibrium position. This paper presents a model and control scheme for RIP in a modular manner, in which three controller sections are constructed and realized using Multibody Matlab. The three controller parts include: a swing-up using a positive feedback Proportional Derivative controller, a switching mode controller that works to change swing up control scheme into stabilization control when the vertical pendulum arm reaches a position around its upright equilibrium, and stabilization controller to maintain vertical arm balanced using a Proportional Derivative controller. The trajectory of the motion of the pendulum arm and the 3D visualization of the pendulum system presented using Multibody Matlab show the effectiveness of the applied method.
Co-Authors A. W. Pahlevi Abdan Sakuro Abdillah Alda Rosi Abdul Latif, Muhammad Achmad Syawaluddin Saputra Adityo Pratomo Putro Adnanqays G. Riyadhi Adnanqays Graha Riyadhi Adri Firmansya Sofyan Afdal Zikra Afrursah Satrio Bia Pratama Agung Adiprasetya Agung Chrisyancandra Mobonguni Agung Nugroho Jati Agung Siwi Widagda Agung Surya Wibowo Agus Kusnayat Agus Risdiyanto Ahmad Fudholi Akbar, Anugerah Fathir Al Rasyid , Wisnu Alfitho Surya Prabaswara Andri Setya Dharma Angga Rusdinar Angger Widya Sulaiman Aqsal Mufhaddhal, Muhammad Arham, Muhammad Arief Yulian Prabowo Arif Indra Irawan Ario Wicaksono Aris Riswandi Sanusi Aris Riswandi Sanusi, Aris Riswandi Arlen Kusuma Arsa, Nyoman Rai Widya Arton Johan Lubis Ary Murti Ashar, Muhammad Fadel Asry Fahriza Hani Pinem Atmojo , Wahyu Purwo Azalian, Rayhan Bambang Hidayat Basid, Rezqi Ananda Basuki Rahmat Basuki Rahmat Masdi Siduppa Bayu Satya Adhitama Bill Josef Stepanus Simanjuntak Bimo Adi Prasetyo Budi Setiadi Burhanuddin Indra Cahya, Diana Eka Cahyantari Ekaputri Cheryl Marlitta Stefia Christian Adhi Pralingga Dadin Mahmudin Dadin Mahmudin, Dadin Daniel Busisa Darussalam, Rudi Dasim Budimansyah Dendito Pratama Karmandia Denish Novenda Derian Indra Bramantio Devha Parsaoran Sinaga Dewanto, Dedy Dharma, Andri Setya Dimas Bayu Suseno Dinata, Aria Yudha Doan Perdana Dodhy Fernando Ginting Eggy Tommy Cornelius Ekki Kurniawan Enoko, Ebby Dimiyan Erni Widiawati, Erni Estananto Estananto F, Muhammad Irfandhia Fachriz Akram Aufa Fachrizi , Rifqy Fachry Hamdani Faisal Budiman Faisal Nugraha Putra Fajriani, Nadia Safa Fakhry Auliya Rahman Fatanaja Abrar, Hanan Fauzan Muhammad Iqbal Febrian Fajar Akmal Ferdy Septieka Fikri Choiri Ahmadi Fikry Lazuardi Fiky Y. Suratman Firman Ardiansyah Firmansyah , Yudi Fitri Silvia Sofyan Fuad Fahmi Fujitson Simamora Ghesa Anugerah Wira Sakti Grace Bobby GRACE BOBBY, GRACE Gurnita Koncara Indraloka Hafizh Saftian Hamiedah, Muthi’ah Atsari Hanifan, Reva Putra Hannif, Raffi Zautha Hardy Purnama Nurba Hario Pinandhito Muhamad Harry Wijaya Fauzi Helen Cristin Siboro Hilda Heldiana Himawan Setiadi Husneni Mukhtar Ida Bagus Gede Uthara Ig. Prasetya Dwi Wibawa Iim Siti Masyitoh Ikhsan Ismail Imron Rizaldi Indra Gunawan Saputra Irawan Dwi Purnomo Irham Mulkan Rodiana Irsyad, Rafsanjani Nurul Irvan Akbar Anka Pratama Iskandar, Suhenda Januar, Karna Jayawarsa, A.A. Ketut Jimmi Martin Junaedi, Agus Junartho Halomoan Kanz, Rayhan Zulfa Kardina, Fani Kokom Komalasari Kristi, Ant. Ardath Kurnia Massidik Kusumawati, Fiska Laksono Adi Cahyo Fitro Leonardus Yulianto Priyoprahasto Listy Amalia Lusiana Rahmatiani M. R. Rosa Malian, Malian Mas Sarwoko Suraatmadja Mas Sarwoko Suraatmaja Matthew, Robeth Mauludianna, Sri Morisonya Miftah Abdullah Minasya, MSW Sona Mitsuaki Ishitobi Mohammad Fakry Abdul Ghani Mohammad, Dzaky Muhammad Afif Askar Muhammad Ary Murti Muhammad Fariz Irza Muhammad Hablul Barri Muhammad Ibnu Jawzie Muhammad Mona Adha Muhammad Nur Rasyid Muhammad Ridho Rosa Muhammad Teuku Fachrizal Muhammad Yaser Noveramadya Muhammad Yusuf Rizaldi Muhammad Zakiyullah Romdlony Naiborhu, Frendy Nandika Wibowo Novalisza, Gebby Noviadi Arief Rachman Nugraha, Yogi Nugroho, Reza Hutomo Abdy Nur Sabbaha Nurdani Febrianto Nurhadi, Elan Nurita, Inda Lely Porman Pangaribuan Prabaswara, Alfitho Satya Pranyoto, Suhari Prasetya Aditya Imansyah Prasetya Dwi W Pratama , Bagas Harsya Prayoga, Ardi Putra, Aditiya Nicola Putri Suryani Juwita Putri Suryani Juwita Putri, Nidya Intani Dwi Saka R Evi Sovia Rahmat Yasirandi Ramdhan Nugraha Ramdhan Susanto Ratri Dwi Atmaja Razi Jamil Fariz Repelita, Tridays Rian Sumanjaya Ridho Rosa, Muhammad Rifki Nurgraha Rimbawan, Elang Rinaldi Aditya Pratama Rinaldi Aditya Pratama Rinardi, Ahmad Zharfan Rio Pamungkas Rizal Afyudin Rizki Ardianto Priramadhi Rizki Suharly Rizky Daryanto Rizky, Nurrahman Robby Hazdi Ronaldo Gustav Pangihutan Hasibuan Roni, Roni Rozamuri, Arif Murti Sagita, Elvira Salim Abdullah Salim, Giovanni Santi Sanusi , Aris Riswandi Saylendra, Nadya Putri Sepfrans Josua Hutasoit Setya Furqan Lukmansyah Shalahuddin Kartika Candra Simangunsong, Abednego Singgih Prabowo Almanda Siroj, Muhammad Hafid Aqil Sofiyan, Fadli Hermansyah Sofyan, Adri Firmansya Sony Sumaryo Suhardi Suhimo, Suhimo Suparto, Bayu Nugraha Susan Prasetya Syahida Anugrah Kausar Tamba, Irpan Antonius T Tata Sutabri Taufiq, Riyadh Tedy Zulkarnain Teguh Isron Nugraha Thariq Aziz Zebua Tommy Hondianto Triani, Tita Tyas, Muhammad Yudith Ulhaq , Daffa Dhiya Unang Sunarya Widi Santoso Wildan Fauzan Willy Anugrah Cahyadi Yakobus Yulyanto Kevin Yudha Banni Pramono Yudhi Triarnowo Yulius Anggoro Pamungkas Yuris Octa Primariadi Yusmansyah Yusmansyah Yusuf Rohmatu Rifa’i Yuyu Wahyu Yuyu Wahyu Zulfany, Aprilla Nurindah