Proceedings

ANALISIS KELAYAKAN TEKNOLOGI BLOCKCHAIN DALAM MENINGKATKAN TRANSPARANSI DAN KEAMANAN SISTEM E-VOTING

Edi Suharto — 2024-11-04

Tujuan dari penelitian ini adalah untuk mengevaluasi apakah teknologi blockchain dapat meningkatkan keamanan dan transparansi sistem pemungutan suara elektronik (e-voting). Teknologi blockchain muncul sebagai solusi inovatif untuk memenuhi kebutuhan akan sistem pemilihan yang aman dan transparan. Ini memiliki fitur desentralisasi, ketidakberubahan data, dan transparansi yang tinggi. Penelitian ini mengeksplorasi analisis risiko, masalah regulasi, dan kemungkinan efeknya terhadap kepercayaan publik antara berbagai aspek teknis dan non-teknis dari penerapan blockchain dalam e-voting. Hasil analisis menunjukkan bahwa meskipun terdapat kendala dalam hal infrastruktur dan pemahaman pemilih tentang teknologi, teknologi blockchain menawarkan keuntungan besar dalam hal keamanan data dan transparansi proses pemilihan, yang membuatnya layak sebagai alternatif untuk sistem e-voting di masa depan. Studi menunjukkan adopsi blockchain dapat mendefinisikan ulang standar.

Analysis and Review of Student Information System Development at Piksi Ganesha Polytechnic

Johni Pasaribu — 2024-11-04

In this increasingly advanced era of digitalization, students at Piksi Ganesha Polytechnic still have to come directly to the academic department to manually update and manage their personal data using forms, which are considered inefficient because they have the potential to cause data damage or loss. This research uses Waterfall software development methods to ensure that the end result is in accordance with the user's needs and expected quality. The use of HTML and CSS as markup languages, as well as JavaScript, gives a web page dynamic and interactive functionality. Testing was carried out using the black box method. The main purpose of this study is to implement a more efficient and accurate Student Management Information System at Piksi Ganesha Polytechnic, especially in the management of student personal data, student achievements, and academic supervisor data. With the existence of SIM-SIS (Student Information System), it is hoped that it can make it easier for students and academic staff to manage data and information on campus.

DESIGNING THE USER INTERFACE/USER EXPERIENCE (UI/UIX) OF THE DASAWISMA INFORMATION SYSTEM USING THE DESIGN THINKING METHOD (CASE STUDY: BATUNUNGGAL DISTRICT, BANDUNG CITY)

Candra Mecca Sufyana — 2024-11-04

Dasa Wisma is a community group comprising several families within a neighborhood (RT/RW) aimed at enhancing family welfare through various activities, including education, health, and economic empowerment. However, the reporting and data management processes for Dasa Wisma activities in Batununggal District, Bandung City, are currently conducted manually, resulting in prolonged processing times and susceptibility to errors. Therefore, this study aims to design a web-based Dasa Wisma Reporting Information System (SIPEDAS) to facilitate and expedite reporting and data management more effectively and efficiently. SIPEDAS was developed using a system design methodology encompassing needs analysis, system design, implementation, and system testing. With SIPEDAS, Dasa Wisma officers can digitally manage member data, activities, and reports. The system also features search and data recapitulation capabilities, which facilitate decision-making for stakeholders at the district level. The results of this study demonstrate that the utilization of a web-based SIPEDAS can enhance the efficiency and accuracy of Dasa Wisma activity reporting, while minimizing errors often encountered in manual systems. Consequently, this system is expected to serve as an innovative solution in Dasa Wisma reporting management and support community empowerment programs at the district level.

Design of Competency Certification Assessment Management System at LSP Polytechnic Piksi Ganesha

Rina Kurniawati — 2024-11-04

Competency certification is an important effort to ensure that graduates possess the skills that meet industry and workforce standards. The Professional Certification Institute (LSP) at Politeknik Piksi Ganesha requires an integrated and efficient competency assessment management system to support an effective certification process. This study aims to design and develop a competency assessment management system that facilitates participant registration, exam scheduling, assessor evaluations, and certificate issuance for successful participants.

The system uses an object-oriented approach and implements the Waterfall methodology for software development, which includes requirement analysis, system design, implementation, testing, and maintenance phases. Certification participants can register for exams online, view evaluation results, and download certificates if they pass. Assessors are provided with access to evaluate participants through an easy-to-use interface, while admins manage exam schedules and verify participant eligibility.

Implementing this system results in a more structured and transparent competency certification process at LSP Politeknik Piksi Ganesha. The findings indicate that the system reduces manual administrative tasks and improves the efficiency of managing participant data and certification outcomes.

RANCANG BANGUN SISTEM INFORMASI PENCATATAN DATA KEPENDUDUKAN BERBASIS WEB DI DESA CIHEULANG

Rifqi Widyanto — 2024-11-04

Population registration is a key element in human resource management and development planning in an area. Accurate and up-to-date population data is very important for determining appropriate public policies. The development of a web-based population data processing information system in Ciheulang Village is using the Waterfall method. The development of a web-based Population Registration Information System in RW 15 Giri Ciheulang Complex requires several needs analysis. Data requirements are obtained through observation, interviews, and tool requirements. The results of the data analysis show that the data needed in designing a web-based population recording information system was obtained from observations made during population recording activities in Ciheulang Village, Ciparay District, Bandung Regency, West Java Province. Based on the research results, it can be concluded that The system designed is capable of managing population data efficiently, including registration, changing, deleting data, and searching for population information.With a web base, the system allows access to population data from various locations and devices, increasing flexibility of use.

From the conclusion above, the information system being built is expected to improve the performance of population data recording and provide great benefits for society and government.

IMPLEMENTATION OF THE SIMPLE ADDITIVE WEIGHTING METHOD IN A DECISION SUPPORT SYSTEM FOR DETERMINING THE BEST EMPLOYEE

Rini Kusumadiarti — 2024-11-04

The best and most qualified employees are a very valuable asset for the company. They can make various significant contributions, which have a positive impact on the Company's growth and sustainability. Therefor a decision support system is needed to be able to support this. The Simple Additive Weighting (SAW) method is used in decision making which is used to evaluate and compare various alternatives based on several criteria, especially in determining the best employees. In discussing the criteria for determining the best employees, there are 4 assessment categories, namely performance, skills and competence, initiative and creativity and cooperation and work ethics. Every employee must have these criteria. Determining the best employee is done by adding up the weights of the alternative rating categories in the assessment criteria. The largest value is the alternative result of selecting the best employee. So that through this method the selection of the best employees will be easier and more effective.

Smart Aquarium System: Water Change and Temperature Control with HC-SR04 and DS18B20 Sensors Based on IoT

Fajar Pratama — 2024-11-04

The Internet of Things (IoT) is increasingly used in aquarium maintenance. This study develops a smart aquarium system for automating water changes and temperature control. The system uses the HC-SR04 ultrasonic sensor to monitor water levels, with Pump 1 removing water to a depth of 20 cm and Pump 2 refilling up to 5 cm. Temperature control is managed by the DS18B20 sensor, using relays to activate the heater if the temperature drops below 22°C and the fan if it exceeds 30°C. The system is controlled via an IoT platform connected to a Telegram bot, with data displayed on an LCD screen. Testing results showed that the water level control system performed efficiently, with pumps responding within 5 seconds, maintaining consistent water levels. However, temperature control exhibited a 1-minute delay before activating the heater or fan, ensuring stable temperature regulation. This system successfully maintained water temperature between 22°C and 30°C during the testing period. In the future, the system could be enhanced by adding a photodiode sensor for water clarity, a pH sensor for water quality, and UV light control in the filter chamber to further optimize water conditions, making it a practical solution for long-term aquarium maintenance.

ROOM TEMPERATURE MONITORING AND EQUALIZATION SYSTEM USING SENSORS AND FAN

Revito Pahlevi — 2024-11-04

The temperature in a room can fluctuate, becoming either hot or cold depending on the heat generated by objects within the room. In a workspace, various hardware devices often emit heat suddenly, surpassing the standard room temperature. Due to the heavy workload of these devices, their performance can slow down as the temperature rises, making it uncomfortable for workers and difficult for them to concentrate. To address this, an automatic temperature equalization system needs to be implemented, monitored using a DHT11 sensor. The system operates using an Arduino Uno, DHT11 Digital Temperature and Humidity Sensor, ESP-01, and a fan. This system, integrated with ESP-01, reads the DHT11 sensor to measure room humidity and temperature and sends the data to a website for mobile monitoring. The fan is used to distribute the air temperature for equalization. Testing results show that the system successfully balances the room temperature automatically.

PERANCANGAN SISTEM INFORMASI AKUNTANSI ANGGARAN PROGRAM INOVASI PEMBANGUNAN DAN PEMBERDAYAAN KEWILAYAHAN DI KECAMATAN BATUNUNGGAL KOTA BANDUNG

Mimin Handayani — 2025-03-19

This study aims to make the design of budget accounting information system PIPPK (Innovation Program for Development And Empowerment Of Territoriality) in Kelurahan Cisaranten Kidul Kecamatan Batununggal City of Bandung. The software development method used prototype method. and the design method of this information system used object-oriented approach with UML (Unifield Modeling Language) and implemented with Visual Basic.Net 2012 and Microsoft Access 2016 as the database. This system was designed by using Microsoft Visual Basic.Net 2012 and it was connected to Micrososft Access 2016 as the database. The result of the implementation that have been made in accordance with the required if possible still need further development. The system that runs in Kelurahan Cisaranten Kidul often errors in the calculation of transactions Program Development and Regional Empowerment (PIPPK) because the procces that have been used was still using Microsoft Excel. The suggestions are it expected to design the system that can be use by admin who understand the computerized system well, and understand the budget of PIPPK so, it can be done quickly and accurately.

PERANCANGAN SISTEM INFORMASI MONITORING PROGRAM KELUARGA HARAPAN (PKH) DENGAN MENGGUNKAN WEB DI KECAMATAN BATUNUNGGAL BANDUNG

Muhammad Refandy — 2025-03-19

The design of information systems the Hope Family Program was built with the purpose to facilitate the work process in the monitoring in the Kecamatan Batununggal Kota Bandung to be more effective, accurate and efficient than the previous system. The design of the system used by the Waterfall method, the tools used to design the system such as Unified Modeling Language (UML), and data collection techniques using research methods by observation, interview and literature. The tool used is Sublime Text, with PHP as a programming language and MySQL Server as DBMS. The possibility problems in this information system are: 1) Lack of staff who understand how to run this information system; 2) A regular maintenance needed of this information systems; and 3) System development in the next stage for this information system to become better and work more optimally. It is hoped of information systems the Hope Family Program that this WEB-based can be a simpler alternative program, easier to understand by users and can help solve existing problems.