Publication Search

Electronic Medical Records (RME) is an information system used to manage patient medical data electronically, which aims to improve the efficiency and quality of health services in hospitals. This study aims to evaluate the performance and effectiveness of RME in hospitals using the PIECES model. The main focus of the research is on the dimensions of Performance, Information, Economics, Efficiency, and Control to identify the strengths and weaknesses of RME and provide recommendations for improvement. This research uses the Study Literature Review (SLR) method which involves collecting and critically analyzing relevant literature from scientific journals, articles and books. The collected data is evaluated based on the dimensions of the PIECES model to provide a comprehensive picture of RME implementation. The research results show that RME can improve data access speed, system response time, and accuracy of medical information, which supports better clinical decision making. Economically, RME helps reduce operational costs and improve work efficiency. However, challenges such as network reliability, data security, and interoperability still need to be overcome to achieve the full benefits of RME. Dimension Control highlights the importance of strict security policies and user training to ensure safe and effective use.

Financial technology (fintech) has become a major driver of transformation in the global banking sector, offering innovative solutions that not only enhance operational efficiency but also expand the reach and quality of financial services. This study aims to explore how international banks integrate fintech technologies into their business strategies to remain competitive in the ever-evolving global market. By analyzing data from various sources, including case studies of leading banks and academic literature, this study highlights the strategic and operational impacts of fintech adoption. The findings indicate that the implementation of fintech not only improves transaction efficiency and security but also opens new market opportunities and promotes global financial inclusion. However, this study also identifies several challenges in fintech implementation, such as complex regulations and cybersecurity threats, and provides recommendations for effective implementation strategies to overcome these barriers.

Growing demand for electricity savings has led to the development of an automatic LED emergency light system. It is based on providing light when the power is cut off. Once fully charged, the battery ceases charging, and in the event of a power failure, the LEDs are automatically powered by the battery. The project focuses on two primary functions: it automatically activates during power outages to give illumination, eliminating the need to search for the switch, and the battery rapidly begins recharging as the main power is restored. The emergency light is crucial due to the inconsistent voltage distribution and frequent power outages in operational regions of communities and diverse enterprises. The system includes a power supply that converts 230V AC to 12V DC, a relay that uses a control pulse to alternate between connecting the battery to the LEDs and isolating it, and a rechargeable Li-ion battery that supplies power to the LEDs during blackouts. The parallel-connected LEDs light up during a power outage in the circuits. The circuit architecture shown here serves to mitigate the entire discharge of the battery, hence enhancing the battery's longevity. Key components of the system include a step-down transformer, a bridge circuit to convert AC to DC, a Zener diode to maintain voltage stability, capacitors for energy storage, and various diodes to control current flow. The project highlights the advantages of LED emergency lights, such as efficiency, longevity, and minimal energy waste, though it acknowledges the higher initial cost and temperature sensitivity as disadvantages. The automatic LED emergency light is suitable for use in homes, offices, retail shops, and other commercial settings. The project demonstrates a cost-effective and compact solution that enhances daily life by providing reliable lighting during power failures.

Business model design is a strategy for creating, delivering and capturing value so that companies can compete in the business environment. The port as an important point that allows business, services, and trade to take place has a changeable environment. The research aims to identify environmental factors that affect the port's business model, and provide strategy recommendations based on Miles and Snow's typology strategy analysis. Data analysis techniques using RBV, SWOT and Miles and Snow typology. The results of RBV analysis show that the port has 50% sustainable resources, 40% temporarily competitive and 10% less competitive. The results of SWOT analysis, the ports of Balige and Ajibata are in quadrant I position and it is recommended to use strategies based on the strength-opportunity matrix. The existing alternative strategies are analyzed using the Miles and Snow typology, obtaining three types of strategies that can be used, namely prospector, defender and analyzer. The strategy is expected to increase the port's competitiveness, operational efficiency and flexibility in the face of environmental changes.

Indonesia as one of the developing countries that Pancasila economic system must utilize new digital technologies to improve its economy, improve its economiy. This research aims to understand the role of e-commerce in improving people’s walfare in the digital era. It explores how the digital economy has impacted the growth of online commerce businesses in Indonesia over the past five years and examines the digital strategies adopted by e-commerce companies to improve  operational efficiency and customer service. Operational efficiency and customer service. The study highlights the contribution of leading platforms such as Shopee and Tokopedia, which are use advanced digital marketing tehcniques, user-friendly interfaces and strong security measures to build trust, and strong security measures to build consumer trust and increase engagement. Financial technology (fintech) also plays an important role in supporting e-commerce by enabling transaction role in supporting e-commerce by enabling secure transactions, efficient transactions, and expanding access to financial services. In summary, the growth of combined internet usage, e-commerce, and fintech in Indonesia highlights the country’s significant strides in developing a dynamic digital economy. The country’s significant strides in developing a vibrant digital economy. These advancement are diving economic growth, enhancing financial inclusion, and transform the shopping experience, thereby improving the overall economic well-being of society as a whole in the digital age    

Batam Port is one of the strategic ports in Indonesia that plays an important role in the flow of goods and passengers and supports regional and international connectivity. As a port with mandatory pilotage waters, pilotage and towing services are vital components in ensuring the safety and efficiency of port operations. The imposition of Non-Tax State Revenue (PNBP) of 5% from these services aims to increase state revenue and the quality of port services. However, the implementation of this policy raises various challenges, such as overlapping levies that increase ship operational costs and low levels of user compliance.This study aims to analyze the legal regulations, implementation, and impact of the imposition and management of PNBP contributions of 5% from pilotage and towing services in Class II Pilotage Waters of Batam Port. The research method used is qualitative with data collection techniques through in-depth interviews, observations, and documentation studies. Research respondents included officials of the Batam Special Harbormaster and Port Authority Office (KSOP), Port Business Entities holding pilotage delegations, shipping companies, and port service user.The results of the study show that the imposition of 5% PNBP is supported by a strong legal basis, but its implementation still faces obstacles such as high operational costs due to overlapping levies and low understanding and compliance of service users. The management of PNBP funds that is not transparent is also an obstacle in achieving the goal of improving port services and infrastructure. To overcome this problem, efforts are needed to harmonize levy policies, increase transparency and accountability in fund management, and provide more effective education and socialization to the maritime community. Suggestions submitted include harmonization of policies between KSOP Batam and the Port Business Entity BP Batam, increasing socialization and education to service users, and reviewing regulations by the government to ensure port efficiency and competitiveness. With these steps, it is hoped that the implementation and management of 5% PNBP can be more efficient, fair, and provide optimal benefits for all stakeholders in Batam Port.  

In the digital era, the advancement of information technology is crucial for enhancing operational efficiency in retail businesses. This study aims to design and develop a sales and inventory information system with a shelf mapping feature for Toserba Decky, which faces challenges in managing stock and manual transactions. The methodology employed is the Waterfall approach, encompassing requirements analysis, design, implementation, and system testing. Data was collected through direct observation, literature review, and analysis of the store's shelf layout. The findings indicate that the developed system can improve data accuracy, reduce recording errors, and expedite product searching. The implications of this research suggest that an effective information system in managing transactions and inventory can enhance operational efficiency and customer satisfaction. This study recommends regular system updates and technical support to ensure optimal system performance and security.    

This research aims to develop a web-based Mosque Management Information System (SIMM) to manage the administrative and operational activities of mosques. The method used in this research is the Systems Development Life Cycle (SDLC) Waterfall model. The SDLC phases include Project Planning Phase, Analysis Phase, Design Phase, Implementation Phase, and Support Phase. This research was conducted at Al Hikmah Mosque, located in Grand Samara Residence, Dusun Kopo, Klari Village, Karawang District. Data and information were collected through surveys and interviews with mosque administrators. The results show that the developed web-based SIMM can improve efficiency in data management, enhance coordination among stakeholders, and increase transparency in financial management. The system was well received by mosque administrators and is expected to improve the overall quality of mosque management. Additionally, this SIMM is expected to provide better services to the congregation and increase the accountability of mosque administrators.

This community service project aimed to support the development of the "Kerupuk Santoso" MSME in Karangkembang Village, Lamongan Regency, East Java, through training in business management and digital marketing. While this MSME has significant growth potential, it faces various challenges, including limitations in marketing and management. Through a series of training sessions and mentoring, the MSME operators successfully improved their skills in management and digital technology utilization to expand their market reach. The results of this project show a significant increase in operational efficiency and product competitiveness in a broader market. The support from the local community and the active involvement of KKN students played a crucial role in the success of this program. This initiative is expected to have a long-term positive impact on the local economy and the well-being of the community.

The adoption of Robotic Process Automation (RPA) has emerged as a crucial strategy for medium-sized enterprises (SMEs) to streamline back-office operations, enhance productivity, and reduce operational costs. RPA involves the use of software robots to automate repetitive, rule-based administrative tasks, allowing employees to focus on more complex, value-added activities. This study explores the implementation of RPA in medium enterprises, focusing on its impact on cost efficiency, administrative workload reduction, and operational performance. The research uses a case study approach, analyzing medium enterprises that have adopted RPA to assess the effectiveness of automation in improving business processes. Data collection methods include interviews, surveys, and company reports to evaluate how RPA affects workload, accuracy, and cost savings. The findings indicate that RPA significantly reduces manual administrative tasks, leading to faster processing times, lower error rates, and substantial cost savings. Employees in enterprises that adopted RPA reported increased job satisfaction due to the reduction of monotonous tasks and the opportunity to engage in more strategic work. However, challenges such as employee resistance, data security concerns, and system integration complexities were also identified. The study compares RPA’s impact with traditional manual processes, highlighting improvements in speed, accuracy, and overall cost efficiency. Additionally, the study compares RPA adoption across industries such as manufacturing, retail, and service, revealing sector-specific challenges and successes. The paper concludes by emphasizing the practical implications for SMEs, suggesting that RPA can optimize business operations and urging further research on its long-term effects on employee roles and organizational culture.

This research aims to analyze the role of digital communication in improving business efficiency by focusing on the use of digital communication tools such as email, chat, and collaboration platforms. The research object consisted of 10 STIE Ganesha students of the employee class who were selected as respondents to provide insight into their experience in using digital communication tools in the context of their work. This research was carried out in May 2024 using a qualitative approach, where data was collected through in-depth interviews and thematic analysis to identify key patterns and themes related to the effectiveness of digital communication compared to traditional communication methods. The results showed that digital communication tools significantly improved operational efficiency for working students, allowing them to complete tasks more quickly and organized. However, the findings also reveal significant challenges, such as information overload and notification distractions, which can reduce productivity and focus. Therefore, while digital communication offers many advantages, it is important for individuals to develop effective management strategies to address these negative potentials, such as notification management and wise time allocation. The implications of this study underscore the importance of a deep understanding of digital communication tools and their effective application to maximize productivity in the modern business environment.

Shashi Baby Porridge business in Bukittinggi faces significant operational cost challenges due to high electricity consumption, particularly from production equipment. To address this issue, a community service team from the Department of Electrical Engineering at Padang State Polytechnic implemented a Solar Power System (SPS) as an alternative solution. The service process included energy needs analysis, SPS system design, installation, and performance monitoring and evaluation. The implementation of the SPS successfully reduced electricity costs and dependence on conventional electricity while supporting environmental conservation efforts. The installed SPS, with a total capacity of 200 Wp, provides energy for lighting, resulting in significant savings in operational costs. Socialization with the owners and workers was also carried out to ensure optimal system maintenance and operation. The outcomes of this project are expected to inspire other small businesses to adopt renewable energy technologies to enhance efficiency and sustainability.

This research aims to analyze the opportunities and challenges of implementing financial technology (Fintech) in Micro, Small, and Medium Enterprises (MSMEs) in Banyumas Regency. Banyumas was chosen as the research location because it has good potential for the development of MSMEs. This study uses a qualitative descriptive approach, analyzing data obtained from information and interviews with MSME actors. Based on the research results, it is concluded that MSME actors have a good understanding of fintech as a financial technology innovation that can help operational efficiency for MSMEs. MSME actors recognize the importance of using fintech today; they experience ease and efficiency in payment transactions, potential for sustainable growth, increased competitiveness in the digital economy era, and the potential to boost sales. However, in its implementation, MSMEs face several obstacles and challenges in using fintech, including security and privacy factors, the lack of interest and understanding of fintech usage by consumers, the risk of cybercrime, and limited internet access. Therefore, support from various parties such as the government, industry, and the wider community is needed to optimize the benefits of fintech.

This research focuses on analyzing the performance of dry bulk unloading at Tanjung Tembaga Port, with a case study of PT Delta Artha Bahari Nusantara. The main objective of this research is to evaluate the performance of dry bulk loading and unloading services at the port and identify efforts that can be made to improve loading and unloading productivity. The research method used is descriptive quantitative, with data collection through direct observation, interviews, and documentation studies. The data obtained were analyzed using statistical methods and compared with the established operational service performance standards. The results showed that the performance of loading and unloading at Tanjung Copper Port seen from all indicators of loading and unloading performance can be concluded that the average of all indicators includes good category as evidenced by the total percentage of the average of 79.96%. This study concludes that to improve loading and unloading performance, PT Delta Artha Bahari Nusantara needs to improve facilities and infrastructure, improve operational systems, and provide training to the workforce. Thus, it is expected that the port can be more efficient in handling dry bulk loading and unloading and contribute positively to the supply and distribution chain.

Furniture has high added value and significant global competitiveness, largely due to the diversity of natural raw materials available in Indonesia, such as wood, rattan, and bamboo, as well as distinctive and high-quality designs. This advantage is supported by the skills and competence of the available human resources, making Indonesian furniture superior to products from other countries. Product quality is a key element in winning market competition, as it impacts customer satisfaction and loyalty. Masnur Joglo, a furniture company located on Jl. Muara Karya, specializes in producing various types of furniture from high-quality woods such as super mahogany and red teak. However, the purchasing system, which requires customers to visit the store directly and manually record prices, results in inefficiencies in terms of time and transportation costs. Customers often need to visit multiple stores to find the desired product, which is an inefficient process. To address these challenges, this study proposes the development of an Android-based sales application as a solution. This application is designed to expand Masnur Joglo's market reach and facilitate online ordering of furniture products, anytime and anywhere. The study aims to design and develop an Android-based sales information system that can enhance operational efficiency and streamline the sales process while better meeting customer needs. The application development method employs the waterfall model and uses MySQL and Firebase databases.  

This research investigates ship maintenance management practices among senior students in shipping engineering during their internships at a vocational school in Jakarta. The study explores the challenges faced, strategies employed, and lessons learned in managing maintenance tasks onboard ships. Seven participants were interviewed, highlighting technical malfunctions, resource limitations, time constraints, environmental factors, and communication barriers as primary challenges. Participants utilized preventive maintenance, cross-training, task prioritization, collaborative problem-solving, and digital tools to enhance operational efficiency. Lessons underscored the importance of preparation, teamwork, adaptability, continuous learning, and communication skills in navigating maritime maintenance complexities. The findings emphasize the role of proactive maintenance strategies and technological integration in optimizing sustainability and operational reliability within the maritime industry. Integrating practical training into educational curricula and embracing digital innovations are recommended for preparing future professionals. Future research could explore larger sample sizes and quantitative methodologies to validate findings and quantify the impact of maintenance practices. This study contributes to enhancing vocational education in maritime sciences and informs industry practices for advancing ship maintenance management globally.

The production of tofu is vulnerable to deficiencies stemming from issues such as diminished worker attentiveness, subpar raw materials, and ambiguous operational protocols. Employing the seven traditional tools and additional new methods, this study scrutinized these shortcomings. The outcomes indicate that these variables exert a notable influence on product quality. These discoveries establish a foundation for pinpointing areas of enhancement to elevate the efficiency and quality of the tofu production process.

One way management can control the foundation better is by controlling operating costs as effectively and effectively as possible. An operational audit is a systematic process used to assess how effective and efficient operations are under internal supervision. This audit report is submitted to the management along with recommendations for improvement. This study aims to find a more efficient way to control operational costs through operational audits. The research method used is using a qualitative descriptive method. Based on the research, it can be concluded that the Foundation's operational audit has been carried out independently and in accordance with applicable audit theories and standards. The operational auditor remains objective and can carry out his responsibilities honestly and carry out all his or her abilities in auditing. In addition, operational auditors are still reflected in the position of the audit unit.

The rapid development of technology demands solutions to optimise heat management for electronic components. Through this study, the researchers evaluated the effectiveness of various types of coolants in a liquid cooling system for electrical equipment, especially CPUs. Using design simulations conducted through SolidWorks software, this research aims to optimise the flow rate and selection of coolant type to achieve maximum thermal efficiency and reduce production and operational costs. The simulation results show that water is the most efficient coolant with significant temperature reduction compared to Ethylene Glycol (EG), Propylene Glycol (PG), and silicone oil. Water shows a temperature drop of 11.76°C, while EG and PG show a temperature drop of 8.82°C and 7.35°C respectively and silicone oil shows a temperature drop of 4.9°C. It can be seen from the simulation that water shows the most effective temperature reduction compared to EG, PG, and Silicone Oil.      

The research issues include the performance of three-phase induction motors and the impact of load on three-phase induction motors. This study aims to develop a driving system for empty fruit bunches (EFB) processing machines using induction motors at PT. Suryabumi Agro Langgeng, South Sumatra. The research was conducted at PT. Suryabumi Agro Langgeng in South Sumatra, from May to June 2024. Primary data in this research were obtained through observation and interviews, while secondary data were gathered from document analysis. In the context of this research on three-phase induction motors, document analysis techniques can be used to analyze various documents such as scientific literature, technical specifications, maintenance reports, production records, or other documents related to induction motors. The research methods include system requirements analysis, system design and implementation of the driving system, and performance testing of the developed system. The results show that the use of induction motors can provide better operational efficiency in EFB processing. This research is expected to contribute positively to improving the efficiency and productivity of PT. Suryabumi Agro Langgeng's operations.