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  • Product Quality Improvement by Using the Waste Assessment Model and Kipling Method

    Product Quality Improvement by Using the Waste Assessment Model and Kipling Method

    Authors: Julian Robecca, I Made Aryantha Anthara, Monalisa Silaban, Maureena Ronahot Situmorang

    DOI: 10.1088/1757-899X/879/1/012172 

    Abstract

    This study aims to identify waste, calculate the value of waste that occurs and provide suggestions for improvement to reduce waste. VSM describes the production flow and waste information that occurs, while WAM is the method used to calculate the waste assessment. Proposed improvements to reduce waste that has occurred using the Kipling Method. There are 6 types of waste that occurs. Waste assessment results that have been sorted in the production process are defect, motion, overproduction, transportation, waiting and process. This sequence is based on the largest weight to the smallest weight. For improvement proposals are prioritized for the type of waste with the highest rating weighting, namely defects. This shows that the defect is the type of waste that most influences the production process, making it easier to explore the cause of the problem and the advice that will be given to reduce the defects that occur. The company should make a visual form of the defect category so that the implementation of the recommendations for improvement can be applied and the operator can find out the true form of disability. It is expected that the proposed improvements can reduce the number of defects and meet the production targets achieved. © Published under licence by IOP Publishing Ltd.

    This article can be accessed at https://www.scopus.com/pages/publications/85091368856 

  • Development of Enterprise Resource Planning using Blockchain

    Development of Enterprise Resource Planning using Blockchain

    Authors: Komala A. R, Gunanda I

    DOI: 10.1088/1757-899X/879/1/012141 

    Abstract

    The purpose of this research is to examine the possibility of using blockchain as a medium to operate ERP. The method used in this research is descriptive qualitative method to present a complete picture of the situation related to some of the variable situations examined. The results of this study are ways to identify whether blockhain is suitable for implementation with ERP. This research was conducted by discussing the performance, the level of resource used, and the effects caused if blockchain is used as a medium for the operation of ERP. © Published under licence by IOP Publishing Ltd.

    This article can be accessed at https://www.scopus.com/pages/publications/85091390005

  • Motion and Navigation Control System of a Mobile Robot as A Prototype of An Autonomous Vehicle

    Motion and Navigation Control System of a Mobile Robot as A Prototype of An Autonomous Vehicle

    Authors: Hartono R, Nizar T. N, Robani I, Jatmiko D. A

    DOI: 10.1088/1757-899X/879/1/012100 

    Abstract

    Autonomous vehicle is a vehicle that can automatically navigate both long-range and short-range navigation. In this paper, we designed a motion and navigation control system of an autonomous vehicle that is implemented on a mobile robot. The remote navigation process involves using the global positioning system (GPS) sensor as a reference to navigate, and for short-range navigation using the proximity and force sensor. The robot task is to reach several coordinate points that are determined and marked with a traffic-cone at each point. In the control of short-range navigation, the robot uses five ultrasonic and three switch sensors to read the environment as input to the description of the distance between the robot and the object. The micro-controller then compares it to the robot’s safe distance instructions in navigating with surrounding objects. GPS sensor is used to provide remote navigation path information. To compensate for the accuracy of the wide GPS sensor readings, several waypoints are designed to guide the robot to the specified traffic-cone. From the implementation, the robot movement can go along the navigation area and can avoid short-range objects in the robot trajectory and get to the traffic-cone point with the percentage of success reaching the final destination above 86% both in sunny and cloudy weather. © Published under licence by IOP Publishing Ltd.

    This article can be accessed at https://www.scopus.com/pages/publications/85091369793

  • Artificial Intelligence and New Level of Fake News

    Artificial Intelligence and New Level of Fake News

    Authors: Nazar S, Bustam M. R

    DOI: 10.1088/1757-899X/879/1/012006 

    Abstract

    The purpose of this study is to increase the awareness toward contents in the internet, like fake news or hoaxes. It focuses on internet contents made with artificial intelligence or AI. The method of this study used qualitative methods. The method is used to describe the people’s readiness toward fake news made with the help of artificial intelligence (AI). Besides, questionnaire is used to understand people awareness toward fake news. As the study focuses on one the AI technologies, Deepfake is taken for the research subject. The result shows that videos made with Deepfake are hard to tell if they were fake. Other than that, access to software implementing Deepfake is pretty easy to get; the example is faceswap, an open source project that is available and easy to use. Deepfake is useful in the film making industries, but recently it gets to the surfaces and is used to make fake news. © Published under licence by IOP Publishing Ltd.

    This article can be accessed at https://www.scopus.com/pages/publications/85091354962

  • Why Choose UNIKOM?

    Why Choose UNIKOM?

    Going to university is not just about earning a degree, but also about preparing yourself for a rapidly evolving professional world.

    At UNIKOM, you’ll study with a Campus AI Ready Curriculum, which integrates Artificial Intelligence (AI) into the learning process. Supported by modern facilities and a collaboration with Google, UNIKOM equips students with the future competencies.

    Here’s what you’ll get:

    1. A Campus AI Ready Curriculum that integrates AI into teaching and learning.
    2. Access to one of Indonesia’s pioneering Artificial Intelligence Laboratories, developed in collaboration with the Google Learning Center.
    3. FREE Google Workspace for Education Plus for all students.
    4. Opportunities to join the Google Career Launchpad program and earn AI Certifications to strengthen your career prospects.
    5. A World-Class University (WCU) recognized through numerous national and international achievements.
    6. A Hybrid Learning System (Online & On-Campus) that allows you to attend classes anytime, anywhere.

    What are you waiting for? Apply now!
    🌐 pmb.unikom.ac.id

    Batch 5 Admission Schedule:
    🗓️ July 11 – August 21, 2026

    Multiple admission are available:
    ✔️ Achievement
    ✔️ High School Report Card
    ✔️ SNBP/SNBT Score
    ✔️ Recognition of Prior Learning (RPL)
    ✔️ Regular Students
    ✔️ Children of Teachers & UNIKOM Alumni

    It’s time to study at a university that prepares you to become a digital talent, ready to work, innovate, and face the future.

    📲 For More Information:
    WhatsApp: +62 811 8888 4133 (Hotline 1)
    +62 811 8888 4233 (Hotline 2)
    Instagram: @unikom_official | @pmbunikom

    UNIKOM #NewStudentAdmission #KIP #SNBT #Scholarship

  • Looking for a comfortable place to study, work on assignments, conduct research, or develop your ideas?

    Looking for a comfortable place to study, work on assignments, conduct research, or develop your ideas?

    It’s time to visit the UNIKOM AI Learning Center Laboratory!

    As one of Indonesia’s pioneering AI laboratories, established in collaboration with Google, the AI Learning Center provides a modern learning ecosystem with a wide range of premium facilities, including Chromebooks, high-speed internet, access to Gemini Pro, NotebookLM, Google Vids, Google Sites, Google Workspace, and other Google tools, along with comfortable learning spaces designed for both collaboration and focused study.

    The AI Learning Center also features a Collaboration Room, Focus Room, and Ultra Room, all equipped with Smart Projectors and Interactive Smart TVs to support presentations, discussions, brainstorming sessions, and the development of your creative ideas.

    📅 Open Hours:
    Monday–Friday | 7:00 AM–4:00 PM (WIB)

    Make the most of the facilities at the UNIKOM AI Learning Center and experience learning at an AI-Ready Campus!

    UNIKOM #CampusAIReady #AILearningCenter #DigitalEntrepreneurialUniversity #UNIKOMBerdampak

  • Analysis of Interaction Design in Braille Al-Qur’an Learning App for Visually Impaired People

    Analysis of Interaction Design in Braille Al-Qur’an Learning App for Visually Impaired People

    Authors: Adam Mukharil Bachtiar, Dian Dharmayanti, Fitri Febriani

    Abstract

    This research was conducted to help User Interface/User Experience (UI/UX) designer to produce appropriate UI/UX design on braille Al-Qur’an learning application for visually impaired people. For this objective, basic steps of the interaction design activity was carried out with participatory design approach. Using this approach, the resulting interaction design concepts can be adjusted to the perspective of visually impaired people. The main content of the discussion including understanding user, creating conceptual design, wireframing, prototyping, and testing/evaluating. The resulting interface design is then implemented in the form of a native prototype. Based on the results of testing the prototype of the Al-Qur’an braille text learning application, the average value of the performance fulfilled the purpose of the test. Thus, it can be concluded that the interaction design model of the Al-Qur’an braille text learning application produced in this study has reached its goal and is proper for visually impaired people. © 2020 Taylor’s University. All rights reserved.

    Author keywords

    Braille; Interaction design; Participatory design; UI/UX; Visually impaired

    This article can be accessed at https://www.scopus.com/pages/publications/85101914795

  • Smartapps Implementation as a Unified Service Information System

    Smartapps Implementation as a Unified Service Information System

    Authors: Bobi Kurniawan, Sopian Alviana

    Abstract

    The research aims to establish a non-academic integrated service information system in the university environment. The research methods used in this study included identification, interviews, literature studies, and documentation. In addition, the system development methods used analysis, design, and implementation. In modeling, the system used Hypertext Preprocessor (PHP) programming language to create programs and MySQL as data storage. The results of this research showed that SMARTAPPS as one information system could support the performance of each department in the university in managing the non-academic data services such as card submission, attendance, book sharing, health membership, certification data, and intellectual property rights. This information system could help user to manage the data automatically without manual process management. © 2020 Taylor’s University. All rights reserved.

    Author keywords

    Attendance; Information system; SMARTAPPS; Technology

    This article can be accessed at https://www.scopus.com/pages/publications/85101905900

  • Model Recommendation Creation for New Entrepreneur using TOPSIS Method in Bandung Raya

    Model Recommendation Creation for New Entrepreneur using TOPSIS Method in Bandung Raya

    Authors: Angga Setiyadi, Eko Budi Setiawan

    DOI: 10.36909/jer.ASSEEE.16101

    Abstract

    The purpose of the research is to help new entrepreneurs make decisions in choosing and opening a business that best suits their needs so that it can facilitate marketing, which will impact increasing product sales, new entrepreneurs. The research method used in this research is a quantitative descriptive analysis that describes facts and information. The decision-making method in this study used the technique for order preference by similarity to ideal solution (TOPSIS). This research uses a case study of the community in the Ngamprah sub-district and will open a business in the Ngamprah sub-district. The results obtained from this study are that new business actors in the Ngamprah sub-district are recommended to take the type of business, for the first order is business in publishing and printing, second place is business in the advertising sector and the order. The third is the architecture business. The use of the method in this study can provide recommendations in decision making to determine new entrepreneurs in Bandung Raya. In addition to providing recommendations for new entrepreneurs, it can be easier to make decisions to determine the business that will be opened. © 2021 University of Kuwait. All rights reserved.

    Author keywords

    Business; Entrepreneurs; Sub-district; TOPSIS

    This article can be accessed at https://www.scopus.com/pages/publications/85123722800

  • Interactive Map-Based Optical Distribution Point (ODP) Mapping Design and Implementation

    Interactive Map-Based Optical Distribution Point (ODP) Mapping Design and Implementation

    Authors: Rangga Sidik, Yustian Ray

    Abstract

    PT. Radmila Pratama Multireka is facing problems in mapping Optical Distribution Point (ODP) devices. They need a system capable of mapping the deployment of connected ODP devices. This study aims to design and implement a geographic information system as an information medium to convey the details of the connected ODP device. The research method used in this research is the Object-Oriented approach method which uses the Unified Modelling Language (UML) tool and uses the prototype system development method. Data collection was obtained through interviews and field observations. The results of this study prove that mapping fiber devices into interactive maps using geographic information system technology can be used on the user’s side to process business information and solve existing problems. Applications that have been built can help companies provide information about device details, location, and ODP coverage information in each region. And the use of the application has an impact on the ease of users in mapping, maintaining, and procuring ODP devices more effectively. © School of Engineering, Taylor’s University

    Author keywords

    Geographic information system; Mapping; Optical distribution point; Unified modelling language

    This article can be accessed at https://www.scopus.com/pages/publications/85109559235