PERANCANGAN SISTEM E-VOTING PADA PEMILIHAN PRESIDEN DAN WAKIL PRESIDEN BEM MENGGUNAKAN KARTU TANDA PENDUDUK ELEKTRONIK (E-KTP)

Feby Choirudin, Hafif (2022) PERANCANGAN SISTEM E-VOTING PADA PEMILIHAN PRESIDEN DAN WAKIL PRESIDEN BEM MENGGUNAKAN KARTU TANDA PENDUDUK ELEKTRONIK (E-KTP). Skripsi thesis, Institut Teknologi Dirgantara Adisutjipto.

	Text (ABSTRAK) 17010023_ABSTRAK (1).pdf Download (14kB)
	Text (BAB I) 17010023_BAB I.pdf Download (80kB)
	Text (DAFTAR PUSTAKA) 17010023_DAFTAR PUSTAKA.pdf Download (7kB)
	Text (FULL SKRIPSI) 17010023 (2)_compressed.pdf Restricted to Repository staff only Download (1MB)

Abstract

The Executive Council of Student (BEM) is one of the student organizations at the university level. BEM is led by the President and Vice President with a term of office of 1 year. This study aims to design an e-voting system in the election of the President and Vice President of BEM using the Electronic Identity Card (e-KTP). This system is expected to be able to overcome several problems in the conventional election of the President and Vice President of BEM such as the use of paper as ballots which of course can increase operational costs and is also a form of paper waste, the vote counting process is long and prone to fraud. The e-voting system for the election of the President and Vice President of the BEM using the e-KTP consists of two systems, namely the hardware system and the software system. The hardware system is used as an e-KTP UID reader, built using Arduino IDE, used as a programming place for reading e-KTP UID by RFID MFRC522 and sending it to the database with NodeMCU ESP8266. While the software system is built using the PHP programming language for site creation. The site built consists of an admin page that is used by admins to interact with voter data, candidates, and votes and a voting page that voters use to vote for their chosen candidate. Testing of the e-KTP UID reader showed that of the 10 e-KTPs that were tested, all of the e-KTPs can be read by the RFID MFRC522 device. With a maximum reading distance on a box with a thickness of 3 mm is 0 cm. The average time required by NodeMCU ESP8266 for sending e-KTP UID data is 0.404 seconds. The e-voting system that was built also successfully carried out the election process. Of the 10 e-KTPs representing 10 voters, all voters can carry out the election process and the data can be stored in the database and can be displayed on the vote recapitulation page.

Actions (login required)

View Item

Downloads