Digital transformation in the health sector drives the need for efficiency in document management, especially for BPJS Kesehatan claims. Manual processes often cause delays and the risk of losing documents. Therefore, this study aims to design an integrated electronic document application to overcome these problems. This study uses the SDLC Waterfall approach which includes the stages of gathering needs, design, implementation, testing, and maintenance. Data were collected through interviews, observations, and needs analysis at the Ibnu Sina Islamic Hospital, Payakumbuh. The designed application successfully integrates various BPJS Kesehatan claim documents, such as Individual Patient Sheets (LIP), Participant Eligibility Letters (SEP), and laboratory results, into one PDF format automatically. The designed system can help the digital transformation of hospitals and simplify the claim verification process. The integrated electronic document application improves the efficiency and accuracy of BPJS Kesehatan claim document management.

Traffic congestion is a major challenge in many big cities, including Serang City, Banten Province. This study aims to optimize vehicle flow at a four-way intersection using a traffic light system based on Omron CP1L Programmable Logic Controller (PLC). The research method involves simulation and hardware experiments to analyze traffic efficiency. The simulation results show that the PLC system can adjust the duration of traffic lights based on vehicle density, thereby reducing queues and increasing vehicle flow efficiency. This study concludes that the PLC-based approach is effective for more dynamic traffic management and recommends further improvements to the design aspects of indicator lights to ensure signal clarity for road users.

This research was motivated by vehicle users who did not remember when to service their vehicle, causing damage to the vehicle. Therefore, a system is needed to provide information about vehicle service schedules using electronic media, one of which is WhatsApp messages. This research was conducted at TOMO Pondok Mahkota Motor. The research method is a quantitative method. The data collection techniques used were interviews, observation and questionnaires. In preparing this application system, the UML method was used. Application development using the PHP programming language and preparation of database structures using MySQL. The research results show that this system is useful for recording customer data, providing information on the next four-wheeled vehicle service schedule to customers, customers find out information on the next four-wheeled vehicle service schedule via WhatsApp notifications. 

This research aims to design and implement a web-based administrative service information system at the West Umbu Ratu Nggay District Office using the Waterfall method. This information system was developed to increase efficiency and effectiveness in managing administrative services, such as writing letters, archiving documents and other administrative processes which often take a long time if done manually. By applying the Waterfall method, system development is carried out in stages, starting from requirements analysis, design, implementation, testing, to maintenance. This method was chosen because of its ability to ensure that each stage of system development is carried out in a structured and detailed manner. The research results show that the information system developed is able to automate various administrative processes at the Umbu Ratu Nggay Barat District Office, making it easier for employees to carry out their duties and improving the quality of service to the community. Evaluation of this system was carried out through functional testing and user trials, which showed that the system functions well and meets the administrative needs of the sub-district office.

This research aims to explore the use of Canva as an interactive learning medium at the elementary school level. Canva, an easy-to-use graphic design platform, offers great potential to create engaging, creative, and visual learning experiences for students. This study uses a qualitative approach with a case study method involving grade IV students in an elementary school as research subjects. Data collection techniques include observations, interviews with teachers and students, and documentation of student work using Canva. The results of the study show that the use of Canva can increase student interactivity, creativity, and motivation to learn. Students actively participate in learning, mainly when creating posters, infographics, or presentations describing the concepts being taught. Material comprehension has also improved, especially on topics that require visual representation. While several obstacles are related to device access and student adaptation time, the benefits of using Canva in learning are significant. This study suggests that teachers should regularly integrate Canva into their learning to improve the student learning experience and provide training on how to use Canva to maximize its use. Further research is needed to examine the long-term impact and compare it with other interactive learning media
 

The development of spatial data utilization has increased dramatically in the past decade. This is related to the widespread use of Geographic Information Systems (GIS) and the advancement of technology in acquiring spatial data. High-tech tools like UAVs (Unmanned Aerial Vehicles) are increasingly integrated with Geographic Information Systems (GIS) and other surveying and mapping technologies, and are therefore used in various surveying, mapping, and spatial analysis projects. One of the advantages of UAVs is that the captured data can be processed through software, producing images with high spatial and temporal resolution. The use of this technology demonstrates that mapping can be performed using photographic data. The purpose of this research is to analyze and map the distribution of cultural tourism sites in detail using UAV and GIS in Nagari Tuo Pariangan, Tanah Datar Regency. Based on the results of the research, it can be concluded that data collection was carried out using a DJI Mavic Pro drone, capturing 228 aerial photos which were then exported into orthophotos. Orthophotos function as a reference for the distribution map of cultural tourism sites. In addition, a database was created, integrating spatial (geographic) and non-spatial (attribute) data, containing the necessary information for tourism objects, such as the owner's name, year of construction, function, and history of the object. There are 31 cultural tourism objects in Nagari Pariangan, Tanah Datar Regency, consisting of 8 Rumah Gadang (traditional houses), 11 Surau (small mosques), 3 hot spring pools, 3 stone inscriptions, 1 hot spring pool, 1 Tuo Pariangan Mosque, 1 river, 1 Tabuik Mosque, and 1 Saruang Hall. Most of these cultural tourism objects are well-maintained by their owners, while a small number are neglected due to a lack of adequate human resources.

The provision of population administration services, such as the issuance of electronic Resident Identity Cards (e-KTP), is very important to ensure the continuity of public services in all regions. The use of information technology in population administration procedures has spread throughout the world as a means of increasing bureaucratic efficiency and service quality. The fact that there are organizations that use IT resources to support business operations and procedures in daily activities is proof of this (Salsabila and Hadi, 2014). The e-KTP program was introduced by the Indonesian government to improve the accuracy of demographic data and speed up the service delivery process. However, problems with availability, security and data integrity in the e-KTP system also occur when the technology is implemented. System audits are critical to maintaining service quality and security. The organization in charge of population administration services, such as the distribution of e-KTP, is the Population and Civil Registration Service (DISDUKCAPIL). E-KTP is intended to increase the accuracy of population data and make the population identification process more effective and secure. However, the successful implementation of e-KTP is highly dependent on good information technology governance. Tools for performance evaluation determine whether the information system can achieve its business goals. The Department of Population and Civil Registration has achieved Capability level at level 3 (Estabilished Process) based on an evaluation of the information technology governance system that uses the COBIT 5 DSS (Deliver, Service, Support) domain. This shows that an organization has implemented the entire process. COBIT 5 DSS (Deliver, Service, Support). This shows that an organization has implemented the entire process. COBIT 5 has provided assistance in the form of guidelines for harmonization between the business objectives of the Department's e-KTP creation services in order to increase the level of IT process capabilities. Population and civil registration, as well as the goals of the six Indonesian countries proclaimed by the Minister of Home IT to increase the effectiveness and efficiency of services, enable E-KTP to achieve its organizational goal.

The Viola-Jones algorithm in OpenCV is efficient for detecting faces. The study is the accuracy of face detection using Viola-Jones on FCNN. The data is divided into training, testing, and validation sets. The FCNN model achieves high accuracy but suffers from overfitting. Techniques such as regularization and dropout can improve performance. The training duration is relatively short. FCNN machine learning model. The first layer is a hidden layer with 128 neurons and uses the ReLU (Rectified Linear Unit) activation function. The second layer is the output layer with ten drilled neurons showing excellent performance, with a training accuracy of 99.49% and a validation accuracy of 97.68%. This shows that the model successfully learned patterns from training data and applied them effectively to validation data.

This research aims to find out: (1) Improvement in student learning outcomes, (2) Student responses, (3) Find out whether there is an increase in student and teacher activity, after implementing the taching factory learning model on basic electrical concepts material in class XI TBSM SMK Negeri 1 Nisam. The type of research used is Quasi Experimental Design using a non-equivalent control design. The sampling technique used was 40 students consisting of 20 class XI TBSM 2 students as the experimental class and 20 TBSM 1 students as the control class. Data collection instruments use multiple choice questions and questionnaires. The research results show that: (1) There is an increase in student learning outcomes after implementing the teaching factory learning model on basic motorbike electrical concept material with an average n-gain score for the experimental class of 0.70, which is in the medium category, in the control class the average is n -gain score of 0.16 is in the low category. (2) Student response questionnaire after applying the teaching factory learning model to the basic concepts of motorbike electricity in class XI TBSM SMK Negeri 1 Nisam is in the very good category with an average score of 83%. (3) teacher activities are in the good category with an overall average score of 3.42 with a percentage of 85.5%, while student activities are in the good category with an overall average score of 3.33 with a percentage score of 83%.

This research brings the concept of the Internet of Things (IoT) in creating the Apilastic Robot, a device that aims to reduce customer losses by identifying the causes of rejected items, particularly in frequently returned cups. Through qualitative data collection from a case study with the researcher as the human instrument, the research objective was to develop a device that can recognize the type of damage on the glass, provide support to the user to identify the source of the problem, and take appropriate steps. The results of the analysis showed that product effectiveness had the greatest influence on tool usage satisfaction, explaining 77.2% of the variability in tool effectiveness. It is expected that these findings provide support to users in troubleshooting frequently returned glassware with root cause identification and appropriate steps.