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Voting at SMK Plus YSB Suryalaya has traditionally been carried out manually, resulting in a time-consuming process that is prone to errors. Therefore, to improve the efficiency and accuracy of the election process, an online voting system is needed. This research aims to develop a web-based E-Voting system with a Multi-Vote model, allowing voters to vote for multiple candidates across different election categories. This system is designed to simplify the election process at the school, with features such as candidate registration, voter registration, real-time voting, and automatic processing and tabulation of election results. The system was tested using Black Box Testing to ensure its functionality and security, and the results show that the system performs well and meets user requirements. With this system, it is expected that the election process at SMK Plus YSB Suryalaya can be carried out more efficiently, transparently, and with fewer errors.

Electronic Medical Record (EMR) systems have become a fundamental component of hospital information systems, aiming to improve the quality, efficiency, and continuity of patient care. However, the success of EMR implementation depends largely on user satisfaction. This study investigates user satisfaction with the EMR system implemented at Dr. Soetarto (DKT) Hospital, a mid-tier hospital in Yogyakarta, Indonesia. The research addresses issues related to usability, data accuracy, and system responsiveness that potentially hinder effective EMR usage. The objective is to evaluate user satisfaction using the End User Computing Satisfaction (EUCS) framework, which consists of five dimensions: content, accuracy, format, ease of use, and timeliness. A quantitative approach was applied through a structured questionnaire distributed to 40 healthcare workers, including medical records staff, nurses, pharmacists, and administrative personnel. Data analysis using Spearman correlation revealed significant positive relationships among all EUCS dimensions, with the strongest association found between format and ease of use. The findings indicate that while users are generally satisfied with the system’s performance, improvements are still needed in timely data retrieval and user interface consistency. This study highlights the critical need for continuous system evaluation and end-user involvement to optimize EMR functionality and healthcare service delivery.

Enterprise Resource Planning (ERP) systems have become the operational backbone of many modern companies, not only as a data integration tool but also as a crucial pillar in management control systems (MCS). This study aims to comprehensively analyze the impact of ERP implementation on operational efficiency and corporate accountability. Using a qualitative approach through literature study and case review, this study explores how ERP facilitates real-time and integrated information flow, which in turn improves managerial decision-making capabilities, resource optimization, and increased transparency and accountability at various levels of the organization. The results show that ERP contributes significantly to increased efficiency through process standardization and reduced redundancy, and strengthens accountability by providing clear audit trails and reliable data. However, the success of the implementation is highly dependent on factors such as top management support, adequate employee training, and alignment with business strategy.  

This study aims to improve business process efficiency in the PLN Mobile application through the implementation of Business Process Model and Notation (BPMN). PLN Mobile is a digital innovation by PT PLN (Persero) that allows customers to access services such as bill payment, outage reporting, and service requests. However, various challenges remain, including slow processing times, lack of system integration, and inefficient workflows. The research was conducted at PT PLN (Persero) UP2D S2JB using observation, interviews, and literature review. The results indicate that modeling business processes using BPMN effectively maps workflows, identifies bottlenecks, and offers digital-based solutions. The application of BPMN has been shown to increase transparency, reduce input errors, and accelerate customer service processes. This study recommends ongoing optimization through enhanced analytics features, system security, and regular training for operational staff.

The development of information technology has had a significant impact on the healthcare sector, particularly in improving the efficiency and quality of services. Technologies such as Big Data and the Internet of Things (IoT) enable the collection and analysis of large volumes of medical data as well as real-time patient monitoring. This study aims to analyze how the integration of Big Data and IoT can enhance the quality of healthcare services, with a focus on their impact on patient care and hospital operational efficiency. The research method used is a literature review, involving the collection and analysis of data from various sources such as scientific journals, articles, and related research reports. The results indicate that hospitals that have implemented these technologies have experienced significant improvements in several aspects, including increased diagnostic accuracy, reduced service delays, and more efficient resource management. Real-time patient monitoring through IoT devices enables faster medical decision-making, while Big Data analytics helps predict disease patterns and medical needs. However, the challenges faced include data security issues, infrastructure limitations, and shifts in healthcare practice paradigms. In conclusion, the integration of Big Data and IoT can improve the quality of healthcare services, but addressing the existing challenges is essential to optimize its implementation in the healthcare sector.

Generator Set Service Management is the process of organizing maintenance, repair, and upkeep activities of generator sets, starting from planning, implementation, evaluation, control, and improvement of services to ensure the generator machine continues to operate effectively and efficiently. The research was conducted at PT. Sigma Quantum Insani, located in Balikpapan, East Kalimantan. The problem addressed in the research is the frequent delays in completing scheduled tasks within the generator set service management activities. The purpose of the study is to determine the critical path of activities and identify the duration of the critical path. From the analysis using the Critical Path Method (CPM) assisted by MS Project software, the identified critical path activities are: A1-B1-B2-B3-B4-B5-B6-B7-B8-B9-B10-B14-B16-B17-C1-C2-D1-D2-D3, which include DO approval, engineering scope, painting scope, and delivery scope. The total time obtained for the critical path is 38 days, resulting in a time efficiency of 8 days in the generator set service process.

Predictive Maintenance is a maintenance activity that focuses on monitoring equipment conditions in real-time and analyzing data to predict potential failures before they occur, allowing repairs to be made in a timely manner before major damage occurs. One of the methods used in predictive maintenance is "Infrared Thermography” or use of technology thermal imaging technology. In the context of predictive maintenance, thermography can be used to identify problems that are not visible to the naked eye, such as poor electrical connections, excessive heat buildup, or damage to components that cause heat leakage The purpose of this study was to determine the implementation of Predictive Maintenance with Infrared Thermography method on electrical equipment at PT PHM. The method used in this research is the observation method with primary and secondary data collection. The results showed that the implementation of predictive maintenance with the Infrared Thermography method on electrical equipment and systems at PT PHM was effective in helping the company avoid unnecessary costs and improve operational efficiency. Predictive maintenance allows companies to perform maintenance to identify potential damage before it occurs and can take preventive action so as to reduce repair costs, and operational productivity.

The automotive industry is a strategic sector that plays a crucial role in national economic growth. Facing rapid digital transformation, automotive companies are increasingly adopting Business Intelligence (BI) systems to facilitate a data-oriented decision-making process. This study aims to explore the implementation of BI in XYZ, one of Indonesia’s largest car manufacturers. Using a descriptive qualitative approach through literature review, the research highlights how BI dashboards enable real-time analysis of vehicle sales trends, regional performance, and product models. The findings indicate that BI significantly enhances strategic planning, marketing accuracy, and operational efficiency. Visual tools such as Tableau provide centralized dashboards that facilitate faster insights, enabling companies to adjust production and distribution strategies based on data patterns. The study concludes that BI is not merely a visualization tool but a vital element of the digital transformation strategy in the automotive sector.

Regulation plays an important role in the public sector as a legal foundation and reference in the implementation of governance. This article discusses regulation and its developments in the public sector of Indonesia, highlighting its functions, purposes, dynamics, and challenges in its implementation. Regulation aims to create legal certainty, enhance bureaucratic efficiency, protect public interests, and ensure the quality of public services. Over time, regulation has undergone significant changes, especially after the era of reform and digitalization, which has encouraged increased transparency through e-government and technology-based services. However, the implementation of regulations still faces obstacles such as overlapping rules, weak policy evaluation, and low public legal literacy. These challenges demand reforms that are not only normative, but also strengthen institutional capacity and public participation. Information technology is also an important tool to support adaptive and responsive regulations to the needs of the community. Through a literature review and policy analysis, this article concludes that sustainable regulatory reform is needed to support better, efficient, and public service-oriented governance that is fair and accountable.

The management of State-Owned Goods (SOG) is a crucial aspect of asset management that requires an effective and efficient system. This study aims to analyze the optimization of the State Asset Management Information System (SIMAN) as a tool for managing SOG at the Office of State Treasury and Auction Service (KPKNL) Semarang. Using a descriptive qualitative approach, this research evaluates the implementation of SIMAN in improving the accuracy, efficiency, and transparency of SOG management. The findings indicate that the implementation of SIMAN successfully integrates all aspects of SOG management into a comprehensive digital platform, accelerating the processes of inventory, recording, and reporting SOG. Furthermore, the system facilitates monitoring and auditing by providing real-time and accurate data. The improvement in coordination among units and the use of user feedback are key factors in the system's optimization. However, challenges related to human resource training and technological infrastructure support still require further attention. Overall, SIMAN has had a positive impact on organizational performance and has strengthened accountability and transparency in the management of SOG at KPKNL Semarang.

Plastic waste is currently still a serious problem for society due to the lack of sensitivity to environmental problems and the impact of careless disposal of plastic waste in many places. The injection molding process on industry scale often faces obstacles such as machines that have not worked efficiently, injection capacity that is unable to fill the mold completely, and the emergence of product defects due to plastic flow that begins to freeze before the entire cavity is completely filled. This study aims to design and simulate a prototype injection molding machine with a capacity of 4 tensile test specimens (total volume 28.5 cm³) in order to overcome these problems and to adjust the practicum needs of mechanical engineering students. The design process is carried out with SolidWorks software for 3D design, as well as flow simulation using SolidWorks Plastics and Flow Simulation with recycled Polypropylene (PP) material at melting temperature ± 230 ° C and injection pressure ± 5.3 MPa. The design results in a machine with dimensions of 1273 × 400 × 826 mm equipped with main components in the form of a frame, electric motor and gearbox, hopper, body safety, wheels, piston cylinder, control panel, heater, screw with barrel, and mold. SolidWorks Plastics simulation shows that the plastic flow fills the mold evenly with a filling time of 10.93 seconds, cycle time of 83.94 seconds, and maximum pressure of 5.38 MPa in the gate area, while Flow Simulation simulation shows a spiral flow pattern from the hopper to the end of the mold without backflow, with a mass flow rate of 0.0227 kg/sec and an average pressure of 97.765 Pa. These results prove that the design and simulation can improve process efficiency and mold quality

This research aims to examine the management process of qurbani implementation in Ma’had Al-Zaytun, an educational institution known for its comprehensive approach to character building and spiritual development. The implementation of qurbani at this institution covers several management functions, including planning, organizing, implementing, and evaluating. The study employs a qualitative approach using a case study method, with data collected through direct observation, in-depth interviews with those involved in qurbani management, and analysis of supporting documents. The findings indicate that the qurbani management process in Ma’had Al-Zaytun is well-organized and systematically executed, upholding Islamic legal principles and promoting values of social solidarity. Effective planning, from selecting appropriate sacrificial animals to determining the slaughter time and location, as well as the meat distribution process, is crucial to the program’s success. The involvement of committees, students, and teachers fosters operational efficiency. However, the study highlights challenges such as coordination issues and distribution management. To address these, it recommends improving training, supervision, and management information systems.

Science continues to advance over time. This development has led to the birth of various new technologies that mark the progress of the times. Currently, technology has entered the digital era, where almost all areas of life are beginning to utilize these advances to increase work efficiency and effectiveness. In Indonesia, digital transformation has also penetrated various sectors, including education. This change presents a significant opportunity for the world of education to expand access, improve the quality of learning, and encourage innovation in teaching methods. As an entity closely linked to human culture and civilization, education has undergone significant changes in the era of globalization. The use of digital technologies, such as online learning, learning management systems (LMS), and interactive media, has become an integral part of the educational process. This not only facilitates the delivery of material but also opens up more flexible and inclusive learning opportunities for various levels of society. However, behind these opportunities, challenges also arise, such as disparities in technology access, low digital literacy in some communities, and the need to adapt curricula and teaching methods to be relevant to current developments. Therefore, the success of educational transformation in the digital era depends not only on the availability of technology but also on the readiness of human resources, including educators and students, to optimize its use. Therefore, the development of digital science and technology has become a driving force for global educational change. Education is required to adapt quickly and accurately to produce a generation that is not only academically intelligent.

This community service program focuses on transforming financial management at Pharmacare Pharmacy Ciputat through the integration of digital accounting and strengthening human resource (HR) management. The background to this activity stems from the problem of partners who still rely on manual recording for financial transactions, inventory management, and report preparation. This condition results in inefficiency, late reporting, potential recording errors, and difficulties in strategic decision-making. In addition, limited HR competency in the use of digital accounting technology and the absence of financial standard operating procedures (SOPs) are major obstacles to improving organizational performance. The main objective of this activity is to implement an integrated digital accounting system capable of producing real-time financial reports, increasing inventory management efficiency, and building transparent financial governance. Simultaneously, employee competency is improved through intensive training and mentoring in the use of accounting software and the preparation of financial SOPs. The involvement of students and faculty in this activity aligns with the spirit of Independent Learning and Independent Campus (MBKM) and supports the achievement of the university's Key Performance Indicators (IKU), particularly in providing off-campus experiences and utilizing work results for the community. Through this program, it is hoped that Pharmacare Ciputat Pharmacy can improve operational efficiency, strengthen business sustainability, and provide more optimal healthcare services. More broadly, this activity contributes to community economic empowerment by strengthening the capacity of small businesses in the healthcare sector.

Technology is now increasingly advanced and developing rapidly. Almost every aspect of human life is now assisted by technology, especially computerized technology. This technology has penetrated almost all aspects of life and significantly increased efficiency in completing work. With the existence of computerized technology, many processes that were previously time-consuming and labor-intensive can now be done more quickly, easily, and efficiently. One example of the application of technology in everyday life is the design of a smart cupboard for storing shallots. This smart cupboard is designed to help shallot farmers and sellers store their agricultural products more efficiently. The working system of this tool is similar to the method of storing shallots in traditional huts, but with more sophisticated technology. This smart cupboard can regulate temperature and humidity automatically, which is very important to maintain the quality of shallots. The optimal temperature for storing shallots is between 25º - 30º C, with air humidity around 50% - 60%. If the temperature or humidity in the cupboard does not match the desired conditions, the system will automatically activate the lights and fans to return the temperature and humidity to the desired level. With this automated control system, shallots can be kept fresh for longer, reducing the damage that typically occurs to shallots due to unstable temperature or humidity. The advantage of this smart cabinet is that it can maintain the quality of shallots for a long time, even when stored in large quantities. This greatly assists farmers and traders in reducing losses due to perishable shallots and increasing the efficiency of shallot storage and distribution.  

The rapid development of information and communication technology has opened up significant opportunities to enhance service efficiency in various fields, including the beauty industry. Soraaya Studio, which offers a range of beauty services, currently still manages appointment scheduling manually. This manual system leads to several challenges, such as difficulties in efficient schedule management, data duplication, recording errors, and disorganization in the service reservation process. Furthermore, communication with customers regarding schedule confirmation becomes less effective. With the increasing number of customers, this manual scheduling system is no longer able to meet the growing complexity of operational needs.To address these issues, a web-based appointment scheduling system has been designed, which is integrated and user-friendly. This system is built using the PHP programming language with a MySQL database and features a responsive interface, making it easily accessible from various devices, including desktops and mobiles. Key functionalities provided include real-time creation, modification, and cancellation of appointments, management of service availability, and automated notifications via email or text messages to customers and studio staff. The implementation of this system aims to improve the accuracy and speed of the scheduling process, reduce manual errors, and facilitate schedule monitoring by management and staff, thereby enabling Soraaya Studio to provide a more professional and satisfying service to its customers.

Background: Telenursing in its application is able to provide nursing care services that can increase patient satisfaction and increase family participation. Telenursing can also function to reduce distance, visiting time, and monitor patients who have returned home from the hospital. This study aims to show the significance of the application of telenursing in nursing services. Method: The method applied is a systematic review referring to the PRISMA guidelines. Results: The research findings indicate that seven studies were taken from 5,737 publications. Publications were taken from the period 2020 to 2025. Research articles were searched through academic electronic databases (Scopus, Pubmed, and Google Scholar). The application of telenursing has positive implications for nurses, patients and families in assisting the nursing care process. Conclusion: Telenursing is an effort to improve nursing services so that they can reach distant locations, time efficiency and make it easier for patients and families to get nursing services.

PT Udara jadi Bersih Bekasi is a company engaged in testing Heating, Ventilation, and Air Conditioning (HVAC) systems. So far, the process of recording test results is still carried out manually using paper media. This process poses a number of obstacles, such as delays in recording, potential input errors, and limitations in accuracy and data storage. This condition also has an impact on delays in the submission of test results information to supervisors, who should need fast and accurate data for decision-making. To answer this problem, a web-based application is needed to design a web-based application that is able to digitize the entire workflow of recording and reporting HVAC test results. With a web-based system, data can be managed centrally, more structured, and easily accessible at any time. This application is also equipped with QR Code technology to speed up access to test results. Supervisors and technicians only need to scan the code for complete information, so they no longer rely on manual searches that are time-consuming and prone to serious errors in technical documentation. The design of this application uses the Waterfall method which consists of the stages of needs analysis, system design, implementation, testing, and maintenance. UML is used as a tool to describe business processes and system activity flows in detail, so that development can be carried out more systematically, efficiently, and in a targeted manner according to applicable software engineering standards. With the implementation of this application, PT Udara jadi Bersih Bekasi is expected to be able to improve operational efficiency, reduce recording errors, and speed up the information distribution process. In the end, this digitalization will support companies in providing services that are more professional, accurate, innovative, reliable, and according to the needs of the modern HVAC industry in the era of global digitalization.

Nyemilee is a student-run homemade fruit salad business that uses a pre-order system and social media to align operations with academic schedules. This qualitative-descriptive study involved interviews, Instagram (@nyemilee.id) observation, and PO documentation. Findings show that PO enhances efficiency, Instagram acts as a digital storefront and customer service tool, while time and demand challenges are managed through scheduling and daily quotas.

Electric Vehicles Require A Reliable Monitoring System To Maintain Their Efficiency And Safety. This Study Designs A Monitoring System For Battery Condition And Vehicle Location Based On The Esp32 Microcontroller And The Mit App Inventor Application. The System Uses The Pzem 017 Sensor To Monitor Voltage, Current, Power, Energy, As Well As Battery Capacity And Health, And The Neo-7m Gps Module For Location Tracking. Data Is Displayed In Real Time Through An Android Application. Test Results Show That The System Provides Accurate Information, With Minimal And Statistically Insignificant Measurement Errors According To The Paired T-Test. The System Also Remains Stable At Various Vehicle Speeds (Anova), And The Location Tracking Demonstrates An Average Accuracy Of 4.77 Meters In Open Areas. In Enclosed Areas, The Error Increases To An Average Of 10.26 Meters. The System Is Also Capable Of Automatically Calculating Battery Capacity And Health. Overall, The Developed System Proves To Be Effective, Efficient, And Flexible In Supporting The Reliability And Safety Of Electric Vehicles.