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All Journal EXPERT: Jurnal Manajemen Sistem Informasi dan Teknologi Petir Jurnal Teknologi CCIT (Creative Communication and Innovative Technology) Journal ICIT (Innovative Creative and Information Technology) Journal CICES (Cyberpreneurship Innovative and Creative Exact and Social Science) Journal Cerita: Creative Education of Research in Information Technology and Artificial Informatics

Endang Sunandar

Universitas Raharja

Author-ID : 2407980

Automotive Engineering Chemical Engineering, Chemistry & Bioengineering Computer Science & IT Control & Systems Engineering Decision Sciences, Operations Research & Management Economics, Econometrics & Finance Electrical & Electronics Engineering Engineering Law, Crime, Criminology & Criminal Justice

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SYSTEM LOCK AND CONTROLLING CLASS ROOM DENGAN INTERFACE ANDROID BERBASIS ARDUINO UNO Endang Sunandar; Khanna Tiara; Mohamad Daud
CCIT Journal Vol 9 No 2 (2016): CCIT JOURNAL
Publisher : Universitas Raharja

In day-to-day environment, buildings that have a lot of room doors sometimes appears constraints when should lock and unlock all the room one by one, because the security guards had to lock and unlock the doors on each floor of the building space manually. There are several systems that can be tailored to these problems, one of which is a lock and controlling system with Bluetooth facility. In this system using the Bluetooth facility to give commands to the microcontroller used, the namely ATmega328-based ArduinoUno. Users simply open the Bluetooth Controller application and connect to the bluetooth Android smartphone which is mounted on the door, then enter the password "1234" and press "A" to open, "b" to close, "c" to unlock, "d" key to lock the door, then the officer can control the door electrically

PROTOTYPE MONITORING AREA PARKIR MOBIL BERBASIS ARDUINO UNO UNTUK MENDETEKSI KETERSEDIAAN SLOT PARKIR SECARA OTOMATIS Endang Sunandar; Asep Saefullah; Yudha Qirana Meka
CCIT Journal Vol 10 No 1 (2017): CCIT JOURNAL
Publisher : Universitas Raharja

Process monitoring conventional parking area is currently still using manual way to know the number and availability of existing capacity in the parking area, the monitoring process carried out in several ways such as recording the number of vehicles entering and see firsthand the state of the vehicle that was parked. The conventional method is certainly cause some problems for both the parking attendant and the owner of the vehicle, where these obstacles include the difficulty to obtain accurate information about the number of parking slots are available as well as difficult to know where to position the parking slot. Automatic parking monitoring system uses a microcontroller arduino uno as a data processor which utilizes multiple types of sensors are placed at some point areas, where the use of these sensors function as an input device that later processed with output an instruction to the servo motor and also the appearance of an information on an LCD screen that displays information about the number of parking slots are available as well as the location of the parking slot. In addition to using the LCD, the tool is also equipped with two indicator lights that show the status of the parking area and a buzzer will sound as a form of notification to the officer and the owner of the vehicle that the state of the car parking area has full.

PROTOTIPE ROBOT PENGANTAR MAKANAN BERBASIS ARDUINO MEGA DENGAN INTERFACE WEB BROWSER Asep Saefullah; Endang Sunandar; Muhammad Nur Rifai
CCIT Journal Vol 10 No 2 (2017): CCIT JOURNAL
Publisher : Universitas Raharja

In general, the process of delivering food is still done traditionally, for example food vendors in the cafeteria by way of delivering food orders and bringing food using the hands of food vendors to the buyer's table. Food delivery is traditionally considered ineffective as food vendors have to walk back and forth to deliver food and leave other jobs. For that we need to designed a system of food delivery robot useful for the seller to help deliver food, The prototype design of food delivery robot using Arduino Mega microcontroller, the robot has a place to put food, and able to walk with the DC motor on the wheel. For movement of the robot body direction using a single servo motor and ethernet shield and TP-Link as a communication bridge between Web Browser with Arduino Mega. Web Browser has a function as a user interface that can be used by food vendors to control the robot. The existence of prototype food delivery robot is expected to help the activities of delivering food made by food vendors well so that food vendors can do other more mainstream jobs

Co-Authors Ahmad Roihan Asep Saefullah Dendy Jonas Diah Aryani Dody Guntama Fajar Ramadhan Indrianto Indrianto Khanna Tiara Miswanto Miswanto Mohamad Daud Muhammad Asep Abdul Fatah Muhammad Nur Rifai Rahel Laurenta Endes Satrio Pramudito Sohir Uji Alman Sujiana Yogi Herdiana Yudha Qirana Meka

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Journal : CCIT (Creative Communication and Innovative Technology) Journal