Tag: kampus UNIKOM Bandung

  • The Functionalization of Law and Criminal Procedures to Confront Health Care Fraud in Hospitals

    The Functionalization of Law and Criminal Procedures to Confront Health Care Fraud in Hospitals

    Musa Darwin Pane ; Diah Pudjiastuti

    DOI: 10.22304/pjih.v8n3.a2

    Abstract:

    Fraud is a systematic crime that has a very broad impact. It can happen in any fields, including in hospitals. Fraud is a form of corruption. Hospital is a health service institution. Corruption in hospitals has the potential to lead to ineffective health services for people. The phenomenon of health care fraud in hospital is an indication the law does not function in accordance with the objective. This study aims to determine the functionalization of law and sentence for fraudulent acts as a form of corruption in hospitals based on justice values. This study is a descriptive study with normative juridical method that employed statutory and conceptual approaches. The data were collected through a literature study. It was subsequently analyzed qualitatively. This study is of the position to view that prosecution of criminal acts of corruption requires functionalization of law. The functionalization of law must be interpreted as positioning everything in its proper place. It is the synergy of the legal system, which consists of formulative, judicial, and executive policies. The criminal procedures can apply the punishment system for perpetrators of fraudulent acts in hospitals that includes extended alternative punishment. © 2021, Padjadjaran University. All rights reserved.

    Author Keywords:

    fraud; legal functionalization; punishment system

    This article can be accessed at https://www.scopus.com/pages/publications/85137481599?

  • UNIKOM And IYSA Collaborate to Host International Competitions NICYMS, IICYMS, And WRCSO: Promoting Impactful Innovation And Delivering Real, Sustainable Solutions

    UNIKOM And IYSA Collaborate to Host International Competitions NICYMS, IICYMS, And WRCSO: Promoting Impactful Innovation And Delivering Real, Sustainable Solutions

    BANDUNG, UNIKOM – Universitas Komputer Indonesia (UNIKOM) once again demonstrated its commitment to advancing research, innovation, and youth excellence by collaborating with the Indonesian Young Scientist Association (IYSA) to organize a series of prestigious national and international scientific competitions. As part of its annual agenda, the collaboration featured three renowned events: the National Invention Competition for Young Moslem Scientists (NICYMS) 2026, the International Invention Competition for Young Moslem Scientists (IICYMS) 2026, and the World Robotics & Computer Science Olympiad (WRCSO) 2026. The competitions were held from July 7–10, 2026, at UNIKOM’s Smart Building Campus in Bandung.

    The competitions provided a platform for elementary, junior high, and senior high school students, as well as university students from across Indonesia and abroad, to present their research, innovations, and creative projects designed to address various global challenges. Through the longstanding partnership between UNIKOM and IYSA, the events served not only as competitive platforms but also as opportunities to strengthen academic networks, cultivate a culture of research, and encourage the emergence of internationally competitive young innovators.

    In his opening remarks, President of IYSA, Deni Irawan, M.Pd., expressed his appreciation and warmly welcomed all participants, supervising teachers, judges, collaborative partners, and delegations from various regions and countries participating in NICYMS, IICYMS, and WRCSO 2026. He explained that the three competitions were designed to provide young people with a platform to showcase their talents in science, technology, and innovation while fostering creativity and developing innovative solutions to global challenges. According to him, by conducting the competitions in an offline format, participants not only gained valuable experience presenting their research directly before an international panel of judges but also enhanced their communication skills, broadened their research perspectives, strengthened their self-confidence, and expanded their international networks with fellow young innovators.

    Deni Irawan also conveyed his appreciation to UNIKOM for its continuous commitment and collaboration over the past several years in supporting international research and innovation competitions. He noted that this partnership reflects a shared commitment to providing meaningful opportunities for young generations to develop their potential, explore scientific knowledge, and create innovations that deliver positive impacts and tangible benefits to society.

    Meanwhile, in an interview session, Dean of the Faculty of Design at UNIKOM, Prof. Dr. Lia Warlina, M.Si., Ir., stated that the collaboration between UNIKOM and the Indonesian Young Scientist Association (IYSA) has now entered its third consecutive year. According to her, the partnership represents UNIKOM’s commitment to nurturing young talents through scientific competitions at both national and international levels.

    “Through the organization of NICYMS, IICYMS, and WRCSO 2026, we aim to provide students with opportunities to showcase their research, innovations, and creativity in science, technology, and various other disciplines. This year, participants came not only from different regions across Indonesia but also from overseas, taking part in both onsite and online competitions,” she concluded.

    The second and third days of the event featured an exhibition showcasing hundreds of innovative projects and research works from educational institutions ranging from elementary schools, junior high schools, senior high schools, to universities from Indonesia and various other countries. The exhibition served as both a platform for recognizing participants’ achievements and an opportunity to introduce their research, exchange ideas, and expand collaborative networks in science and innovation.

    Among the participants of the International Invention Competition for Young Moslem Scientists (IICYMS) 2026, Azkania Nadhra and Maesa Dinara from SMAS IT Al Binaa introduced an innovation entitled Smart Sticker Mango, an intelligent sticker designed to detect the ripeness level of mangoes. According to the students, the innovation was inspired by the common difficulty faced by farmers, traders, and consumers in distinguishing ripe mangoes from unripe ones, which often results in food waste due to improper storage and distribution.

    Through Smart Sticker Mango, they hope farmers, distributors, retailers, and consumers will be able to determine fruit ripeness more accurately, thereby reducing post-harvest losses and food waste. The innovation was also developed in line with the Sustainable Development Goals (SDGs), particularly those related to reducing food waste and promoting innovations that create positive impacts on society. Looking ahead, they hope the technology can be expanded beyond mangoes to various other fruits and vegetables, providing broader benefits for agriculture, trade, and food security.

    On the third day, participants also attended a series of workshops held across the UNIKOM campus. The workshops were organized as part of UNIKOM’s Community Service Program, particularly for participants interested in paper craft through the “Paper Sculpture Amazing Pop Up” workshop and photography through the “Smartphone Modeling Photography” workshop. These international workshops resulted from collaboration among IYSA, the Faculty of Design at UNIKOM, the Visual Communication Design Study Program, Graphic Design Study Program, Interior Design Study Program, and the Master’s Program in Design at UNIKOM. Through these activities, participants gained hands-on learning experiences from academics and industry practitioners while enriching their knowledge and practical skills relevant to the rapidly evolving creative industries and global innovation landscape.

    The event concluded with a Closing Ceremony followed by an Awarding Ceremony, jointly organized by UNIKOM and IYSA to recognize participants who achieved outstanding accomplishments. In the National Invention Competition for Young Moslem Scientists (NICYMS) 2026, the Gold Medal in the Pure Science category at the secondary school level was awarded to Sekolah Menengah Pertama 3 Kudus. In the Applied Life Science category, Gold Medals were awarded to Sekolah Menengah Atas Taruna Nusantara, Madrasah Aliyah Unggulan Amanatul Ummah, and Sekolah Menengah Pertama Negeri 2 Garut, while Silver Medals were presented to Madrasah Aliyah Negeri 2 Makassar and Sekolah Menengah Atas Ibnu Hajar Boarding School. In the Social Science category, Gold Medals were earned by Sekolah Menengah Atas Taruna Nusantara Magelang and Sekolah Menengah Atas Ibnu Hajar Boarding School. At the International Invention Competition for Young Moslem Scientists (IICYMS) 2026, the Gold Medal in the Applied Life Science (University) category was awarded to Sriwijaya University. In the school-level competition, Gold Medals were also earned by Madrasah Aliyah Negeri 4 Jakarta, SMAS IT Al Binaa, SMAS IT Al Binaa Islamic Boarding School, SMP Labschool Jakarta, and SMP Negeri 41 Jakarta.

    Meanwhile, in the World Robotics & Computer Science Olympiad (WRCSO) 2026, the Gold Medal in the Physics and Engineering category was awarded to Nikola Academy and SMAS IT Al Binaa, while the Silver Medal went to Ibnu Hajar Boarding School. In the Environment category, SMAS IT Al Binaa received the Gold Medal, while Sekolah Bogor Raya earned the Silver Medal. In addition, SMA Regina Pacis Bogor and Insan Cendekia Magnet School won the Gold Medal in the Robotics category, Fitrah Islamic World Academy (FIWA) secured the Gold Medal in the Design and Animation category, and SMAN 2 Surabaya claimed the Gold Medal in the Computer category.

    Through the annual IYSA competitions, UNIKOM continues to strengthen its role as a university actively promoting impactful research, innovation, and international collaboration. The ongoing partnership between UNIKOM and IYSA is expected to nurture more creative and innovative young talents capable of making meaningful contributions to the advancement of science and sustainable development at both the national and global levels. (Directorate of Hms & Pro)

  • Design of Web-Based Land Deed Registry with a Geographical Information System

    Design of Web-Based Land Deed Registry with a Geographical Information System

    Authors: Agis Abhi Rafdhi, Umi Narimawati, Nizar Rabbi Radliya, Lia Warlina

    Abstract

    The needs of the community in completing the administration, especially in the field of land and buildings are quite high. Especially in the land sector, which is never empty of buying and selling transactions. In the process, the community needs to take care of the administration from the village level to the sub-district level to get their land titles. At the sub-district level, which of course covers the area of several villages, it certainly requires a fast process to avoid queues and also tidy up the data as archives if one day it is needed. Cibiru District, which is located in the eastern part of Bandung City, includes 4 (four) urban villages, namely Pasirbiru Village, Cipadung Village, Palasari Village, and Cisurupan Village. With the coverage of the four sub-districts, of course, if there is a land administration process, it requires a system that can properly handle the interaction between sub-district officers and the community. The purpose of this study is to design a Land Deed Submission Information System with the intention of providing two-way services between the communities as users so that they can directly access and participate in the stages. The method used in this study uses qualitative methods by using interview and observation data collection techniques to the object of research, namely the Cibiru District Office. The system development method used is object-oriented with a prototype as a software development method. The results show that with the design of this information system, the problems that have been described previously can be resolved, so that the community can easily monitor the progress of the land deed. The process in the system includes an application for a Sale and Purchase Deed (AJB), site review, and AJB collection. All processes that are usually carried out by visiting the sub-district directly can be facilitated by the existence of this information system which can be accessed via the website by the user and can directly input data and file requirements. © School of Engineering, Taylor’s University.

    Author keywords

    Information system; Land deed; Web-based

    This article can be accessed at https://www.scopus.com/pages/publications/85147502254

  • Odour Pollution Control Using Type-2 Fuzzy Logic Controller

    Odour Pollution Control Using Type-2 Fuzzy Logic Controller

    Authors: Muhammad Aria Rajasa Pohan, Dhiyaa Rifqi Taufiqurrahman, Fernando Sitanggang, Vania Retha Luthfia Fitriani

    Abstract

    This investigation aims to develop an odour reduction system simulation using a Type-2 Fuzzy Logic Controller (T2FLS). T2FLC is a further development of the classic fuzzy logic (Type-1 Fuzzy Logic Controller or T1FLC). Where the membership function of T2FLC is also fuzzy. A test by several references indicates that the performance of T2FLC is better than the T1FLC. The proposed T2FLC is tested and compared to the PID controller and T1FLC. The test is based on simulation using MATLAB and Simulink®. Three attempts are carried out to compare the performance of the three controllers using three different gain (C), time delay (L), and time constant (T) values. This shows that type-2 fuzzy is the most reliable method for magnifying C, L, and T values with rise time = 1.368 seconds, maximum overshoot = 60%, and settling time = 8.989 seconds. © School of Engineering, Taylor’s University.

    Author keywords

    Fuzzy logic Type 2; MATLAB; Odour pollution; Simulink

    This article can be accessed at https://www.scopus.com/pages/publications/85147503914

  • Designing Virtual Reality Game for Learning Al-Quran

    Designing Virtual Reality Game for Learning Al-Quran

    Authors: Rizky Jumansyah, Senny Luckyardi

    Abstract

    This study aims to design a new horror game by utilizing virtual reality technology. This game was developed as an entertainment medium and also a learning medium where in addition to being able to play games, users can also learn to memorize verses of the Qur’an. In data collection, this research uses a qualitative descriptive method, then in the application design process, we used Adobe XD to make the initial design of the game. After getting an idea related to the game that will be made, Unity Software will be used for the virtual reality design stage. The result of this research is that with the presence of this game application, users are offered a new experience because players can feel that deepening spiritual conditions can also be achieved through games. The conclusion is that the “Tadhakar” game application using VR technology can be a new concept for those who are interested. © School of Engineering, Taylor’s University.

    Author keywords

    Design; Developing; Games; Horror games; Prototype; Virtual reality

    This article can be accessed at https://www.scopus.com/pages/publications/85147517696

  • Pupil Center Detection Using Radial Symmetry Transform to Measure Pupil Distance in the Eye

    Pupil Center Detection Using Radial Symmetry Transform to Measure Pupil Distance in the Eye

    Authors: Utama J, Fitriani V. R. L

    DOI: 10.5829/ije.2023.36.05b.04

    Abstract

    In patients with refractive errors or impaired vision, light rays received by the pupil do not fall directly onto the retina. This can be corrected by wearing monocled glasses. The focal point of the eyeglass lens needs to be adjusted to the center of the user’s pupil. This can be known through the measured pupil distance (PD) value information. The measurement of the PD is very important to determine the center distance of the pupils in both eyes. where the eye does not experience the prism effect. This study aims to apply the radial symmetry transformation (RST) method combined with self-quotient (SQI) imagery to detect the pupillary center and measure PD. This algorithm combines to get more optimal results in detecting the center of the pupil in dark conditions or those exposed to shadow illumination. The program created using the MATLAB software simulates PD measurements for pupillary center detection in bright and dark images conditions. The test was carried out ten times, and the results showed that the system was able to measure PD on low-resolution images of 300 x 300 pixels at 72 dpi in bright image conditions; with measurement uncertainty values in each image of 0.60 mm. As for testing on dark images, the uncertainty values are 0.80 mm. In this case, the standard deviation value is obtained from the effect of the different dimensions of the face object on the tested image. © 2023 Materials and Energy Research Center. All rights reserved.

    Author keywords

    Euclidean Distance; Pupil Distance; Radial Symmetry Transform; Self Quotient Image

    This article can be accessed at https://www.scopus.com/pages/publications/85158848120

  • A Bert Model to Detect Provocative Hoax

    A Bert Model to Detect Provocative Hoax

    Authors: Rio Yunanto, Eri Prasetyo Wibowo, Rianto R

    Abstract

    The information flood makes social media users vulnerable to becoming victims of provocative hoaxes or even spreading hoaxes themselves. This research examines the capabilities of two variants of Bidirectional Encoder Representations from Transformers (BERT) models for the Indonesian language (IndoBERT Base Model and Indonesian BERT base model 522M) in developing the detection of provocative hoaxes in the Indonesian language. The proposed method used two variants of the monolingual BERT model for the Indonesian language from the Huggingface library. The proposed method’s architectural flow starts with data collection and labelling from community hoax collector websites, followed by pre-processing. The cleaned data is then divided into training and test data to proceed to the fine-tuning stage, where several layers and weights of the BERT model are adjusted to fit the desired classification task. The experimental results of the study show that the recommended Indonesian BERT variant for the detection of provocative hoaxes is the IndoBERT Base Model with a learning rate of 1e-5, a batch size of 32, and a maximum length limit of 128 tokens, achieving an average training accuracy of 99,22%, with a training time of 21min 52s. The research findings also indicate that a learning rate 1e-5 can produce better test accuracy than a learning rate of 2e-5 or 3e-5. The detection model of provocative hoaxes using Indonesian BERT variants needs to be improved, especially in terms of collecting a large amount of hoax data, to enhance the accuracy of the provocative hoax detection model. © School of Engineering, Taylor’s University.

    Author keywords

    Accuracy; Classification; Hoax; Provocative; Transformer

    This article can be accessed at https://www.scopus.com/pages/publications/85180943734

  • The Production of Mingling Spaces as a Form of Children’s Mobility

    The Production of Mingling Spaces as a Form of Children’s Mobility

    Authors: Dhini Dewiyanti, Andiyan, Dianna Astrid Hertoety, Tri Widianti Natalia

    DOI: 10.13189/cea.2023.110613

    Abstract

    The city of Bandung in Indonesia is facing challenges due to the decreasing availability and high prices of land. This has resulted in settlements that do not meet the basic housing requirements, including providing open spaces or communal areas for residents. As part of the community, children are particularly affected by spatial injustice caused by the lack of space, specifically for playing. Furthermore, children in Bandung often visit play areas in other communities. Preliminary research are indicating some interesting phenomena, including 1) the existence of spaces in settlements that are only used by children from the specific community and 2) the existence of spaces that are shared and used by children from various surrounding settlement areas. These shared spaces, where children from different areas come together to play, are called “mingling spaces”. Therefore, this research aims to identify and understand the mingling spaces that emerge from children’s activities during their collective play. It was conducted in three settlement areas in North Bandung with shared play spaces. Data were collected by observing the play behaviour of children aged 4-12. Spatial analysis using social constructivism methods provides an understanding of the mingling spaces between two different communities. Mingling spaces in this research are manifested as a “third space” referred to as the ‘Dynamic Third Space’. Mingling space is dynamic because it is temporal, tends to disappear at any time, and can be permanent and also mobile. Mingling spaces exist due to shared goals, time, and access. These findings indicate a tendency towards spatial injustice, specifically for children, in obtaining their rights to suitable play spaces. © 2023 by authors. All rights reserved.

    Author keywords

    Children’s Play; Mingling Space; Mobility; Planned and Unplanned Settlements; Spatial Identification

    This article can be accessed at https://www.scopus.com/pages/publications/85173921870

  • The Ensemble Method and Scheduled Learning Rate to Improve Accuracy in CNN Using SGD Optimizer

    The Ensemble Method and Scheduled Learning Rate to Improve Accuracy in CNN Using SGD Optimizer

    Authors: Suhirman S, Rianto R, Insap Santosa, Rio Yurianto

    Abstract

    Indonesia is an agricultural country where most people work as farmers. As an agricultural country, Indonesia produces staple foods, such as rice, corn, sago, and fruits. This research uses the Convolutional Neural Network (CNN), one of the popular algorithms in Deep Learning to classify two varieties of fruit using Stochastic Gradient Descent (SGD) optimizer. The data used in this research is the primary data collected using a smartphone camera. The data are 400 images of two fruit varieties, Mango, and Avocado. The main research objective is to obtain the highest accuracy by modifying the classifier model and learning rate. The model modification, this research uses an ensemble system while in learning rate using an exponential scheduled learning rate. The result shows that the accuracy of the ensemble system is 0.99, the scheduled learning rate is 0.97, while without modifications is 0.53, respectively. However, when using the SGD optimizer to train CNN, it is advised to use a predefined learning rate. A shorter training period with sufficient model accuracy and practicality supports the scheduled learning rate. © 2023 Taylor’s University. All rights reserved.

    Author keywords

    CNN; Ensemble; Learning rate; SGD

    This article can be accessed at https://www.scopus.com/pages/publications/85183973721

  • Unikom Faculty Of Design’s Visual Communication Design And Graphic Design Study Programs Prepare Students For Their Final Projects Through A Creative Seminar On Industrial Design And Public Speaking

    Unikom Faculty Of Design’s Visual Communication Design And Graphic Design Study Programs Prepare Students For Their Final Projects Through A Creative Seminar On Industrial Design And Public Speaking

    BANDUNG, UNIKOM – Thursday, July 1, 2026, the Visual Communication Design (VCD) and Graphic Design study programs at the Universitas Komputer Indonesia (UNIKOM) held a Seminar on Theses and Final Projects for the Even Semester of the 2025/2026 Academic Year, held in the 4th-floor auditorium of the UNIKOM Miracle Building. Under the theme “Creative Chat! Exploring Industrial Design and the Power of Public Speaking,” the event served as a platform to equip students in preparing their final projects while also helping them face the challenges of an increasingly dynamic professional world.

    The Chair of the Final Project Seminar Organizing Committee, Dhika Mega Pratama, M.Ds., expressed gratitude in his report for the enthusiasm shown by the participants. He noted that the seminar was attended by 134 students currently enrolled in Final Project (TA) and thesis courses, as well as faculty members and members of the general public. He hoped that all students would participate in the entire series of activities until completion to gain the maximum benefit.

    Meanwhile, the Final Project and Thesis Coordinator for UNIKOM Visual Communication Design (VCD) Program, Deni Albar, S.Sn., M.Ds., noted in his remarks that the presence of the two guest speakers Arman Sidik and Gita Andriani was by no means coincidental. “We selected them because they possess experience and expertise highly relevant to the needs of students currently working on their final projects. Kang Arman is a design practitioner with extensive professional experience. He has been in the same position as our students are now, so the insights he shares are expected to provide both inspiration and a realistic picture of the creative industry. Meanwhile, Gita Andriani is both a practitioner and a trainer in the field of public speaking. The ability to convey ideas and present work effectively is one of the key competencies students must possess, especially when facing seminars or final project defense sessions,” he explained.

    The series of activities continued with an opening address by the Head of the Visual Communication Design Study Program at UNIKOM, Dr. Kankan Kasmana, S.Sn., M.Ds., in his capacity as representative of the Dean of the Faculty of Design, Prof. Dr. Lia Warlina, M.Si, Ir. In his remarks, he noted that the Thesis and Final Project Seminar is a regular annual event held as part of the preparation for students nearing the completion of their studies. According to him, the seminar is intended to help students overcome “mental blocks,” particularly the perception that graduates of private universities have limited opportunities. On the contrary, through the insights and experiences shared by the speakers, students are expected to develop a more positive, confident, and optimistic mindset, recognizing that opportunities to create and build a career in the creative industry are vast and wide open.

    During the main session of the seminar, students gained insights into developments in industrial design, the creative process involved in producing work relevant to industry needs, and the importance of public speaking skills as a competency that design graduates must possess. The material was presented by speakers Arman Sidik and Gita Andriani, moderated by Satria Indra Praja Persada, S.Ds., M.M., a Visual Communication Design lecturer at UNIKOM who also has professional experience in the field of graphic design. Throughout the seminar, participants were also encouraged to actively engage in discussion during the Q&A session.

    Through the Thesis & Final Project Seminar, UNIKOM Visual Communication Design and Graphic Design programs demonstrated their commitment to supporting the improvement of students’ academic quality. Not only did the event equip participants with technical knowledge for preparing their final projects, but it also strengthened their communication skills, creativity, and readiness to enter the ever-evolving world of work and the creative industry. (Directorate of Hms & Pro)