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The implementation of Electronic Medical Records (EMRs) in hospital emergency units is essential to improve the speed, accuracy, and quality of services. However, various challenges hinder optimal system utilization. This study aimed to assess the adoption of EMR at the Emergency Unit of RSUD A.M Parikesit Tenggarong using the Human-Organization-Technology Fit (HOT-FIT) framework. A qualitative descriptive approach was employed involving seven purposively selected informants, including health professionals, administrative staff, and IT personnel. Data were collected through interviews, observations, and document reviews, then analyzed using the Miles and Huberman interactive model. The findings indicate that from the human aspect, the system was considered easy to use (85%), though user satisfaction remained moderate (67.14%) due to system errors and incomplete CPPT data entries. Organizationally, the hospital provided adequate infrastructure and support, though some policies require stronger enforcement. Technological aspects revealed limitations in system stability, lack of pharmacy integration, and low service quality due to frequent downtime. The study concludes that EMR implementation in the Emergency Unit has not yet achieved full effectiveness across all HOT-FIT domains. Improvements are needed in system reliability, information consistency, and inter-unit integration to optimize EMR benefits and enhance patient care delivery in critical settings.

Plyometric training is a physical training method aimed at improving explosive strength and movement speed, which are crucial in martial arts such as silat. This mini-research aims to analyze the effect of plyometric training on enhancing the quality of kicks in silat, particularly in terms of power, speed, and accuracy. The method used is qualitative, involving a plyometric training program over several weeks applied to individuals learning silat, with performance measurements of kicks taken before and after the intervention. The results show that plyometric training significantly improves lower limb explosive power, coordination, and kicking effectiveness. These findings suggest that plyometrics is an effective training approach and can be integrated into physical development programs, particularly to enhance kicking ability.

Admission of new students is an important process in the world of education that requires efficiency, accuracy and good data management. However, in many institutions, this process is still carried out manually so it is susceptible to recording errors, data duplication, and takes quite a long time. One of them is at SDN 15 Batu Nanggai. This research aims to design and build a new computerized student data collection information system to support the registration process more effectively and efficiently which will later be useful for dapodik operators in meeting data needs for student administration. This system was built using web-based technology with main features such as online form filling, automatic data verification, and data storage in a structured database. By implementing this system, it is hoped that it can increase the speed of the data collection process at SDN 15 Batu Nanggai, minimize data input errors, and make it easier for the school to manage new student information in real-time. The test results show that the system is able to work well and is well received by users as a digital solution that facilitates the administrative process of collecting new student data at SDN 15 Batu Nanggai.

The fulfillment warehouse system is one of the logistics innovations implemented by e-commerce platforms to enhance operational efficiency and customer satisfaction. Shopee, as one of the largest e-commerce platforms in Indonesia, has introduced the Shopee Fulfillment Center to assist sellers in the storage, packaging, and shipping processes. This study aims to analyze the impact of Shopee’s fulfillment warehouse system on the timeliness of order deliveries. The research employs a descriptive qualitative approach, with data obtained through observation and digital searches. The findings indicate that Shopee’s fulfillment warehouse system is effective in ensuring timely deliveries by optimizing storage, processing, and distribution operations. Through automation technology, optimized warehouse layouts, and real-time tracking system integration, Shopee accelerates order processing times, reduces the risk of delays, and improves delivery accuracy. Additionally, the presence of distribution centers across various regions helps minimize travel distances and speeds up the delivery process to customers. Continuous investment in logistics infrastructure and strategic partnerships with multiple courier services further contribute to supply chain efficiency, ensuring faster and more timely deliveries while enhancing customer satisfaction.

Office management is a key component in ensuring the effectiveness and efficiency of administrative services in both public and educational institutions. The increasing demands for service speed, accuracy, transparency, and professionalism necessitate an integrated and adaptive office management system. This study aims to explore how office management contributes to enhancing administrative service quality through a library research approach. Data were obtained from academic journals, theses, institutional reports, and theoretical literature. The analysis reveals that effective office management encompasses structured planning, proper document management, digital information systems, and staff competency development, all of which contribute significantly to improved service quality. Moreover, standard operating procedures and the integration of manual and digital systems enhance consistency and service reliability. The study supports the theoretical proposition that office management functions planning, organizing, actuating, and controlling are directly correlated with administrative performance indicators. Practical implications include the urgency of digitizing records, implementing standardized workflows, and continuously training administrative personnel. Limitations of this research lie in its purely conceptual and literature-based nature, thus future studies are recommended to adopt empirical or mixed methods approaches for broader generalizability. These findings reaffirm the importance of repositioning office management from a support function to a strategic pillar in administrative service improvement efforts.

The development of digital technology has driven fundamental changes in management accounting practices, which no longer serve merely as internal recording tools but have transformed into strategic support systems for business decision-making. This article aims to systematically examine the role of technology-based management accounting in supporting decisions at the strategic, operational, and tactical levels. This study employs a Systematic Literature Review (SLR) method on 20 relevant scientific articles published between 2021 and 2025. The findings indicate that the integration of technologies such as ERP, cloud accounting, artificial intelligence (AI), and big data can enhance the accuracy, speed, and efficiency of managerial decision-making. Additionally, it was found that the implementation of technology significantly impacts operational efficiency and a company's competitiveness. However, the success of implementing technology-based management accounting systems heavily depends on organizational readiness, human resource competencies, as well as supportive work structures and cultures. This article also identifies gaps in the literature, particularly in the context of SMEs, which present important opportunities for future research.

This research aims to develop a web-based school management information system that can improve the efficiency of education administration. In today's digital era, many schools face challenges in effective data and information management. This research uses a Systematic Literature Review (SLR) approach to identify and analyze relevant literature related to the development of web-based school management information systems. The results showed that the development of a web-based school management information system is generally able to improve the efficiency and effectiveness of education administration management, starting from data processing of students, teachers, finances, to reporting. The system supports transparency, speed of access and accuracy of information within the school environment. Although the results show consistent benefits, this research still has limitations in the number of sources and a relatively narrow study, so a broader and more in-depth follow-up study is needed.

This study aims to evaluate the effectiveness of the Oral Reading Fluency (ORF) method in improving the fluent reading skills of second-grade elementary students. The research subjects consisted of five second-grade students who were at reading level 2. The ORF method was implemented through repeated reading, guided oral reading, and timed reading practices to enhance speed, accuracy, and expression. Data was collected through pre- and post-tests, observations, and recorded reading sessions. The results indicated significant improvements in the students' reading fluency, including increased reading speed, better word recognition, and improved comprehension. This study contributes to the understanding of literacy development in early education and highlights the importance of structured oral reading practices in enhancing reading fluency among elementary students.

This study analyzes the influence of weather conditions on the efficiency of ship maneuvering in narrow waters. Maneuvering in confined areas such as rivers, straits, or ports becomes increasingly complex due to external environmental factors, particularly weather elements such as wind speed, wave height, and current direction. The research aims to identify and quantify how these weather variables affect the time, accuracy, and safety of maneuvering operations. A combination of field observations, ship maneuvering simulations, and data analysis was used to assess vessel performance under varying weather scenarios. The findings reveal that strong crosswinds and high waves significantly reduce maneuvering efficiency by increasing turning radius and delaying response times. These results imply the need for enhanced decision-making strategies and weather-adaptive navigational planning in narrow waterways. The study provides practical insights for shipmasters, pilots, and maritime authorities in optimizing maneuver operations under adverse weather conditions.

A conveyor is a tool with a large rubber band arranged transversely between two pulleys at a constant speed as a transporter of solid material in this case coal with the provisions of the permitted amount. Damage to the conveyor tool has a major impact on the smooth running of a coal loading and unloading process, so a coal monitoring tool was designed using an ESP32 microcontroller-based data logger. The purpose of this study is to find out how to design a coal load monitoring tool based on a data logger using the Research and Development (R&D) method type ADDIE. Using the following types of testing: static and dynamic. The research results show that the load monitoring system based on a load cell and ESP32 microcontroller demonstrates high accuracy, with a reading deviation of less than 2% from the actual weight. The system is also considered effective, as it can detect loads, adjust the hatch door angle, and transmit data to Google Spreadsheet in real-time without disruptions. Its ability to adapt to varying loads indicates that the prototype operates stably, responsively, and in accordance with the design objectives.

Letter archiving is one of the important aspects in school administration that plays a role in maintaining the order and smoothness of the documentation process. This study aims to analyze the implementation of manual and digital letter archiving systems and their impact on administrative efficiency at SMK Harapan Bangsa. The method used is descriptive qualitative research with data collection through interviews, observations, and documentation. The results of the study indicate that although the manual archiving system is still widely used, the implementation of a digital system has begun to be introduced as an effort to increase the speed and accuracy of document management. However, the implementation of a digital system still faces several obstacles such as limited infrastructure and lack of training for staff. In conclusion, the implementation of an archiving system that combines manual and digital methods has the potential to increase administrative efficiency, but further development is needed in terms of technology and human resources so that its benefits can be felt optimally.

This research aims to analyze the performance comparison of several AI Image Generator platforms in generating images based on text prompts, considering the influence of internet speed on rendering time. The platforms tested include Blackbox AI, Craiyon AI, Dreamina AI, and Freepik AI. Testing was conducted using two types of internet providers, namely XL and Indihome, to evaluate differences in rendering time and the accuracy of the generated images. The results indicate that internet speed significantly affects rendering time, with Freepik AI showing the greatest impact. Additionally, the accuracy of the generated images varies depending on the platform's ability to translate text prompts into images. These findings provide insights into the factors influencing the performance of AI Image Generators, particularly in the context of internet speed and output accuracy.

This study aims to systematically examine the use of Math Mechanixs software as a medium for learning mathematics to improve students' computational skills. The method used is Systematic Literature Review (SLR), with data sources obtained from various scientific databases such as Google Scholar, Garuda, DOAJ, and ResearchGate. The study was conducted by filtering articles based on inclusion and exclusion criteria, then analyzed to find patterns and effectiveness of the use of the software. The results of the review indicate that Math Mechanixs, with its 2D/3D graphic visualization features, equation editor, and scientific calculator, has great potential in helping students understand mathematical concepts more efficiently and interactively. In addition to increasing the speed and accuracy of calculations, this software also encourages the development of students' algorithmic and logical thinking skills. However, more empirical research is needed to strengthen these findings in the context of Indonesian education. This study recommends the integration of Math Mechanixs in mathematics learning with the support of teacher training and adequate supporting facilities.    

Computational ability is one of the basic skills that is very important for students in learning mathematics. However, many students face difficulties in understanding mathematical concepts due to the lack of interactive and fun exercises. To overcome this, TuxMath is present as an educational game-based software specifically designed to improve students' arithmetic skills through challenging and interesting games. This study aims to evaluate the effectiveness of TuxMath in improving students' computational abilities, through literature reviews and empirical analysis of previous studies. The method applied is the Systematic Literature Review (SLR), by investigating various journals, articles, and studies published between 2020 and 2024. The results of the study show that the use of TuxMath can increase the speed and accuracy of students' arithmetic calculations, increase learning motivation, and help them understand mathematical concepts in a more enjoyable way.    

Fluent reading is the ability to understand symbols in the form of words by paying attention to several aspects, including the ability to recognize words, automatic reading skills, speed in transitioning from one word to another, the use of intonation and expression in oral reading, and accuracy in understanding the meaning of the words being read. Therefore, this study aims to analyze the fluent reading ability of second-grade students, focusing on the aspects of accuracy, speed, and fluency in reading, including pauses, intonation, and expression. This research adopts a case study method with a reading test technique designed to assess these three main components. The subjects of this study are five second-grade students from a primary school.

This study examines communication strategies in promoting national values ​​in the era of social media which has a very important role in building collective awareness and strengthening the sense of national unity. Social media, as a fast and broad means of communication, offers challenges as well as opportunities for efforts to strengthen nationality. In this context, an effective communication strategy must utilize digital platforms to disseminate inclusive national messages, prioritize tolerance, and strengthen national identity. The approaches used can be in the form of utilizing visual content, narratives that touch emotions, and collaboration with influencers and public figures to create a greater impact. In addition, it is important to pay attention to the aspects of speed and accuracy of information, so that the message conveyed is not easily distorted or misinterpreted. This study uses method a qualitative approach with a case study design to understand communication strategies in promoting national values ​​in the era of social media. The qualitative approach was chosen because it allows researchers to explore in depth the communication phenomena that occur in society, especially on social media. This study discusses various communication techniques and models that can be used to convey national values ​​to the younger generation, as well as the challenges faced in managing information amidst the diversity of opinions on social media. The results of this study to contribute to the development of more effective communication strategies in promoting national values ​​in the digital era.

Customer satisfaction is a key factor in the success of a company, especially in the technology industry that demands fast, accurate, and quality service. This study aims to analyze the effect of Speed, Maintenance, Accuracy, and Marketing Strategy variables on Customer Satisfaction at CV. Andi Jaya Technology. The research method used is regression analysis with t-test to measure the effect of each variable partially and F-test to see the effect simultaneously. The results of the study show that partially, the Speed ​​variable has a t-count value of 4,352, Maintenance of 5,573, Accuracy of 6,167, and Marketing Strategy of 3,166. All t-count values ​​are greater than t-table (1,677 at α = 5%), so it can be concluded that each variable has a significant effect on Customer Satisfaction. In addition, the results of the simultaneous test show that the variables Speed, Maintenance, Accuracy, and Marketing Strategy together have a significant influence on Customer Satisfaction with an F-count value of 9.515, greater than the F-table (2.58 at α = 5%). The results of this study confirm that factors such as speed of service, system maintenance, accuracy in work, and effective marketing strategies play an important role in increasing customer satisfaction. Therefore, CV. Andi Jaya Technology needs to continue to improve these aspects in order to maintain customer loyalty and increase the company's competitiveness in the technology industry.

This study examines communication strategies in promoting national values ​​in the era of social media which has a very important role in building collective awareness and strengthening the sense of national unity. Social media, as a fast and broad means of communication, offers challenges as well as opportunities for efforts to strengthen nationality. In this context, an effective communication strategy must utilize digital platforms to disseminate inclusive national messages, prioritize tolerance, and strengthen national identity. The approaches used can be in the form of utilizing visual content, narratives that touch emotions, and collaboration with influencers and public figures to create a greater impact. In addition, it is important to pay attention to the aspects of speed and accuracy of information, so that the message conveyed is not easily distorted or misinterpreted. This study uses method a qualitative approach with a case study design to understand communication strategies in promoting national values ​​in the era of social media. The qualitative approach was chosen because it allows researchers to explore in depth the communication phenomena that occur in society, especially on social media. This study discusses various communication techniques and models that can be used to convey national values ​​to the younger generation, as well as the challenges faced in managing information amidst the diversity of opinions on social media. The results of this study to contribute to the development of more effective communication strategies in promoting national values ​​in the digital era.

Minimally invasive surgery offers several advantages, including reduced blood loss, smaller incisions, less pain, and a lower risk of complications than open surgery. This approach enhances patient comfort and supports faster recovery. When guided by optimal path planning, surgical robots can accurately navigate the body to remove malignant tumors with high precision. This study proposes a Modified Particle Swarm Optimization (MPSO) algorithm to determine the optimal path for robotic-assisted minimally invasive surgery targeting brain tumors. The algorithm improves upon standard PSO by modifying the velocity update equation and incorporating an adaptive inertia weight, enhancing convergence speed, global search ability, and solution accuracy. Experimental results show that the proposed MPSO achieves a maximum fitness value of 19.10 in a sparse obstacle environment, outperforming standard PSO and IPSO in quality and in the required number of iterations. The approach effectively balances path efficiency and obstacle avoidance, making it well-suited for complex surgical scenarios. In conclusion, the MPSO-based method provides a reliable and precise solution for robotic surgical navigation, improving outcomes and safety in minimally invasive procedures.

Overhead cranes are an important device in the manufacturing and construction industry that functions to move heavy loads efficiently and safely. However, human error often occurs which can cause work accidents, equipment damage, and decreased productivity. Therefore, this research aims to design and build an Arduino-based automatic overhead crane system that can increase work efficiency and safety. This system is designed using an Arduino microcontroller as a control center, equipped with an ultrasonic sensor to detect the position and distance of the load, as well as a servo motor to regulate crane movement automatically. The system also features a wireless communication module to monitor and control the crane remotely. The research method used is Research and Development (R&D), which includes the stages of needs analysis, system design, hardware and software implementation, and performance testing. Test results show that this automatic overhead crane is capable of moving loads with high accuracy and a speed that can be adjusted according to needs. The system also succeeded in reducing manual intervention, thereby increasing work safety and reducing the risk of accidents by up to 30% compared to manual systems. The Arduino-based automatic overhead crane design succeeded in meeting the research objectives, increasing work efficiency and safety. Routine maintenance and periodic checks on mechanical and electronic components need to be carried out to ensure the system continues to function optimally and reduces the risk of damage.