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In the current era of globalization and technology, computers, RFID are examples of information technology tools that are indispensable for meeting human needs in almost every aspect of life, including the management of infrastructure and equipment lending.According to direct research at Widya Praja Ungaran Vocational School, there are only two workers who handle facilities and infrastructure. In carrying out their work assignments, they still experience difficulties. Excess workload and the process of borrowing tools that still lacks a sense of responsibility, so that the results of the work are not maximized.The existence of increasingly sophisticated technology, the management of infrastructure and equipment lending can be done with the help of technological tools that will be implemented in this school. This research aims to make it easier to administer, because this school has not yet added a new workforce.This research can be designed with the help of software (Bootstrap, MySql), programming (PHP, Arduino IDE) and equipment (NodeMCU ESP8266, RFID, LCD, I2C, buzzer, power supply, breadboard, jumper cables, resistors, LEDs) to provide data information. more accurate, effective, efficient and provide a good working atmosphere in this school. It is hoped that this research can reduce work overload and create a sense of responsibility in borrowing equipment, using local networks (wifi / handphone) and computers or laptops, with the research method used is research and development (R&D).

This study investigates the role of scaffolding assessment in fostering self-directed learning (SDL) within project-based learning (PBL) environments in higher education. Scaffolding assessment, characterized by gradual guidance, helps students transition from structured support to greater autonomy while enhancing critical thinking, goal-setting, and self-regulation. Through a mixed-methods approach, the study examines students' perceptions and experiences of scaffolding interventions in a research-based course. Quantitative findings reveal positive impacts on autonomy, critical thinking, and goal-setting, while qualitative insights highlight the importance of tailored scaffolding tools, motivational elements, and digital adaptability.Although scaffolding significantly enhances SDL by promoting independence and cognitive engagement, challenges remain in optimizing digital tools and addressing individual learning needs. Personalized scaffolding strategies and motivational scaffolds are essential for sustaining long-term engagement and effectively supporting diverse learners in complex, research-intensive environments. This study underscores the importance of adaptive scaffolding designs that balance structure and flexibility, offering practical implications for educators seeking to implement scaffolding assessments to enhance student autonomy and learning outcomes in higher education.

The rapid advancement of technology in the digital era has emphasized the need for optimizing learning processes through digital media, particularly in elementary education. Despite the proven benefits of digital tools in enhancing student engagement and comprehension, many educators, including those at SDIT AUM, face challenges due to limited understanding and skills in utilizing such technologies. Specific issues include low proficiency in using digital platforms, minimal creativity in designing interactive learning materials, and inadequate adoption of Artificial Intelligence (AI)-based tools. Previous studies have highlighted the effectiveness of practical training programs in improving teachers' competencies in using digital media, emphasizing the importance of integrating theoretical knowledge, hands-on practice, and continuous evaluation. This community engagement program addressed these challenges through a structured approach, including training on digital platforms like Canva, Gamma, and Zoom, combined with direct practice and interactive discussions. The results revealed significant improvements, with educators demonstrating increased understanding of digital media (from 45% to 85%), enhanced skills in creating interactive materials (from 40% to 80%), and greater motivation to adopt AI-based tools (from 50% to 90%). These findings affirm the effectiveness of the program in empowering teachers to create innovative and engaging learning experiences, with the potential to serve as a replicable model for other schools striving to bridge the gap between traditional teaching methods and digital transformation.

The learning of the Qur'an and Hadith plays an important role in shaping the character and morals of the younger generation, especially at the Elementary School level. The learning of the Qur'an and Hadith is expected to instill values of faith, diversity, as well as foster attitudes of tolerance and social concern among students. This study aims to describe the learning of Surah An-Nas using the drill method, the steps of its implementation, and its execution at SDN 1 Slaharwotan Ngimbang Lamongan. This research uses a qualitative approach with a case study design, involving Islamic Education teachers and students as research subjects. Data were collected through observation, interviews, and documentation. The results of the study show that learning through the drill method is effective in improving students' ability to read and memorize the Qur'an, especially Surah An-Nas, with correct pronunciation (tartil) and fluency. The learning model is technology-based or a multimedia learning model, where teaching takes place using tools and media such as LCD projectors, active speakers, notebooks, and interactive learning CDs, demonstrating the application of technology to support the teaching and learning process, as well as increasing interactivity and effectiveness. The learning method uses repetition (drill), so it is hoped that the material being taught will be retained in students' memory. This study provides insights into the importance of teacher competence in developing teaching materials that suit the developmental needs of students, as well as the importance of adjusting teaching methods to the curriculum and the characteristics of children in Elementary Schools.

Cutting is part of cooking activities commonly known as the process of dividing using a knife. As for the cutting tools, there are various types, ranging from manual to automatic, from using knives to sensors. In the report, it is mentioned that the modification of the cutting tool involves an existing fruit cutting tool that was then modified by the author into a tool that divides breadfruit into 8 parts using a spring-based pressing system. This cutting tool is suitable for SMEs such as sellers of fried breadfruit, who can sell or even produce it on a large scale, thereby increasing production capacity. The research method used is an experiment by conducting a literature study, such as collecting data from journals, scientific articles, and books relevant to the discussed topic. The design of the breadfruit cutting tool produces uniform fruit slices in 8 seconds using the breadfruit cutting tool and 1 minute 37 seconds using a kitchen knife. This results in a time difference of 1 minute 29 seconds, making the breadfruit cutting tool much more time-efficient and increasing production capacity compared to using a kitchen knife. One thing to note about this breadfruit cutting tool is the sharpness of its blade, which can be sharpened again using a sharpening tool when it becomes dull.

Madrasah Diniyah Takmiliyah Awaliyah was one of the non-formal education in Indonesia, however there are several problems in learning at MDTA such as those found in moral learning at MDTA Masjid Agung Ashliyah Padang Panjang, namely teacher textbooks in teaching have not met learning objectives because the material is still limited and incomplete, the books provided by the madrasah are also still limited and teachers have not used teaching tools in the form of lesson implementation plans (RPP) in the learning process, so that the learning process is less effective and efficient. This study aims to produce a product in the form of teacher teaching materials as a guide for teachers in teaching. This study is entitled "Development of Teacher Teaching Materials for the Subject of Morals for Class IV at MDTA Masjid Agung Ashliyah Padang Panjang". This type of research was Research and Development (R&D) using the 4D model, namely Define, Design, Develop, Disseminate, but this research only goes as far as Develop. This research was conducted at MDTA Masjid Agung Ashliyah Padang Panjang from May 10 to August 5, 2024. This study focuses on research on the development of teacher teaching materials for the subject of morals for class IV MDTA on the material "Morals are Easy for Fellow Humans". After the development of the teacher teaching materials, a feasibility test was carried out by curriculum experts and media experts. The results of the curriculum feasibility test were 86% with very feasible criteria, while the results of the media feasibility test were 84% with very feasible criteria, while the response of the morals subject teacher to the development of this teacher teaching material was 89.4% with a statement of very feasible. So it can be concluded that the development of teacher teaching materials for the subject of morals is very feasible to use.

The development of digital technology has transformed how companies present themselves online, with company profile and portfolio websites becoming crucial tools in building image and credibility in the digital market. This research aims to identify business opportunities in the website development industry, particularly for small and medium enterprises (SMEs), using NestLink as a case study. Utilizing the Business Model Canvas (BMC) method, the research analyzes the business model components of NestLink in providing website development services.The research results show that NestLink offers customized website solutions, including company profile website creation, ready-to-use templates, and portfolio websites. Distribution channels include social media, official websites, and digital advertising. The main strategy focuses on responsive design, good user experience, and flexible templates. The primary revenue comes from website development services and template sales.    

This study aims to design the VoksEat website as a food delivery service platform targeted at students of the IPB Vocational School. The methodology employed is the prototype method, allowing iterative design based on user needs. The research process began with identifying requirements through interviews and observations, followed by creating an initial prototype using design tools such as Figma and testing the prototype to gather user feedback. Object-oriented modeling with the Unified Modeling Language (UML) approach was utilized to ensure a well-organized system structure, including diagrams such as use case, activity, and class diagrams. The results indicate that the prototype method is effective in producing a functional website design that aligns with user needs. The VoksEat website features ordering guides, restaurant recommendations, and an integrated order form that provides users with easy access. This study contributes to developing a locally-based digital solution to meet student needs and enriches the literature on applying the prototype method in web-based information system development.

Understanding the evolution of cells is very important, which means studying the development of living things. The smallest structural elements of living things are cells. These cells gradually change both their structure and function. It can be said that almost all biologists can accept the theory of biological evolution or the theory of evolution that continues to develop , even though the theory is based on circumstantial evidence . The principle of this evolutionary theory is that humans, animals, and plants all evolve continuously. This journal is based on the narrative review method and displays a narrative review design from research journals related to the theory of prokaryotic, eukaryotic, and cell membrane-related evolution. The importance of cells continues to develop along with advances in technology and the discovery of sophisticated tools. Until now it is known that the structure and activities of cells are not as simple as previously thought. Cells that exist today are the result of evolution towards more refined cells. and There are many details in cell evolution that cannot yet be explained.

This study developed a Discovery Learning model with a Meaningful Learning approach to improve students' critical thinking skills in Economics at SMAN 2 Tulang Bawang Udik. The study used the ADDIE model and produced a conceptual model, lesson plans, student worksheets, and HOTS assessment instruments. Expert validation results showed that the products were feasible, practicality tests obtained a very practical category, and effectiveness tests with a Nonequivalent Control Group design showed that the critical thinking of students in the experimental class was higher than that of the control class. These results confirm that this learning model is feasible, practical, and effective, and can be a guide for teachers for active, contextual, and high-level thinking skills-oriented learning. Additionally, the integration of Discovery Learning and Meaningful Learning provides a structured and student-centered learning process that encourages learners to construct knowledge independently while connecting concepts to real-life contexts. The resulting learning tools also support teachers in implementing systematic instruction that fosters student engagement and deeper understanding. Overall, the developed model contributes to improving instructional quality in Economics education and offers an innovative alternative for enhancing students’ cognitive abilities, particularly in critical thinking.

A geographic information system are highly valuable tools that help individuals or visitors explore noteworthy destinations. Implementing GIS for online restaurant searches within Southwest Sumba Regency aims to assist users in effortlessly obtaining detailed and accurate information about restaurant locations, enabling them to identify and reach these spots efficiently. The purpose of this project is to design a GIS application that leverages the capabilities of the Google Maps API. This API represents a sophisticated set of modern programming tools that facilitate seamless interaction between different software systems. The GIS application is developed using the waterfall methodology, which emphasizes a structured software development lifecycle to ensure uniformity and operational clarity. Therefore, the results of this study, with a geographic information system mapping the location of eating restaurants can provide information to tourists, as well as the community regarding the location of eating restaurants in the Southwest Sumba Regency area quickly and easily. 

The rapid growth of online English learning platforms has introduced new opportunities for language acquisition, yet maintaining student engagement and motivation remains a persistent challenge. Many learners experience reduced participation and limited knowledge retention in digital settings compared to traditional classroom environments. Addressing this issue, the present study investigates the effectiveness of gamified quizzes as a pedagogical strategy to enhance engagement, motivation, and retention among online English learners. A quasi-experimental design was employed with two groups: a control group that used a standard online platform and a treatment group that engaged with gamified quizzes incorporating points, badges, and leaderboards. Data on engagement were collected through participation frequency and time spent, while motivation was measured using pre- and post-intervention questionnaires, and retention was assessed through follow-up tests. Statistical analyses using independent-sample t-tests and ANOVA revealed significant differences between the two groups. The treatment group demonstrated higher engagement, stronger motivation, and improved retention outcomes compared to the control group. These results, supported by both tabular and graphical representations, highlight the pedagogical value of gamification in addressing motivational challenges and fostering meaningful learning. The study concludes that gamified quizzes serve not only as motivational tools but also as effective mechanisms to strengthen long-term knowledge retention in online English education. Implications for practice suggest that educators and digital learning designers should integrate gamification elements as a central feature of online platforms to optimize learner outcomes.

This study explores the impact of AI-generated writing prompts on students' creativity, autonomy, and writing skills in online language learning environments. Writer's block is a common issue in online education, affecting students’ ability to produce coherent and engaging written work. AI-generated prompts, such as those provided by GPT-4, are proposed as a tool to stimulate creativity and support autonomous learning. The study employs a quasi-experimental design involving [insert number] students, using pre- and post-test writing samples, surveys, and classroom observations to measure improvements in creativity, participation, and writing quality. The main findings show that students who used AI-generated prompts demonstrated significant improvements in writing quality, creativity, and engagement compared to those using traditional writing methods. The study concludes that AI prompts offer an effective method for enhancing students’ writing skills and fostering creativity in online language learning, but a balanced integration with traditional teaching methods is essential. Recommendations for educators include incorporating AI tools into writing instruction to promote creativity and support student autonomy. Future research should focus on the long-term effects of AI prompts and their application in diverse educational contexts.

This research aims to identify and analyze the essential instructional tools needed in gas turbine learning for cadets of the Naval Academy's engineering corps using a mixed-method approach with an explanatory sequential design involving 160 respondents, consisting of 120 engineering corps cadets, 15 instructors, and 25 field engineering officers. The research results identified 28 types of gas turbine instructional tools categorized into four groups, with simulators and software showing the highest level of importance (4.65/5.0), and there were significant differences in the perception of importance levels among the three groups of respondents (F(2,157) = 12.45, p < 0.001). The AHP analysis produced a priority framework in four levels, with Level 1 encompassing 5 essential instructional tools: gas turbine simulator (0.742), gas turbine cut-section model (0.698), control system trainer kit (0.681), interactive learning video (0.673), and troubleshooting simulator (0.667). Regression analysis showed that instructional tools significantly contribute to learning effectiveness (R² = 0.742), with the gas turbine simulator as the main predictor (β = 0.384), positively impacting the cognitive aspect with a 26.8% increase in concept understanding (effect size 1.24), the affective aspect with an increase in learning motivation and career interest from 67% to 84%, and the psychomotor aspect with a 33.7% increase in hands-on skills and a 28.5% reduction in troubleshooting time. The resulting priority framework provides strategic guidance for optimizing resources and gradually developing gas turbine learning capabilities in military educational institutions, despite facing major obstacles such as budget constraints, technology compatibility, lack of quality human resources, and limited laboratory infrastructure.

This study aims to analyze the influence of internal combustion engine instructional tools on the competency achievement of cadets at the Indonesian Naval Academy Technical Corps. Using a mixed-methods research approach with sequential explanatory design, this study involved 160 cadets divided into experimental group (n=80) and control group (n=80). Quantitative data were collected through knowledge competency tests, practical skills assessments, and attitude scales, while qualitative data were obtained through in-depth interviews, focus group discussions, and participatory observations. The results showed that internal combustion engine instructional tools had a positive and significant effect on cadet competency achievement in three domains: knowledge (Cohen's d = 1.56), practical skills (Cohen's d = 2.68), and learning attitudes (Cohen's d = 1.62). Multivariate analysis showed that the use of internal combustion engine instructional tools explained 68.8% of the variance in the combination of cadet competencies (Wilks' Lambda = 0.312, p<0.001). Qualitative findings identified four main themes: enhanced conceptual understanding, hands-on skills development, increased motivation and engagement, and implementation constraints. Mediation analysis showed that attitude served as a partial mediator in the relationship between instructional tools and competency achievement. The results confirm that internal combustion engine instructional tools are a crucial determinant factor in technical competency achievement, with significant implications for military technical education curriculum development and Indonesian Navy operational readiness.

The rapid development of digital technology has reshaped communication practices in online learning, particularly in language education. Emojis, as a visual symbol widely used in digital interactions, have the potential to enrich emotional expression and participation, but their role in educational contexts remains insufficiently explored. This study aims to investigate how emojis influence students’ emotional expression, engagement, and digital literacy in online language classrooms. To achieve this, a qualitative observational design was employed, focusing on university students participating in online language courses. Data were collected from authentic digital interactions, including chat messages, discussion forums, and collaborative platforms, and were analyzed through content analysis to identify the communicative and pedagogical functions of emojis. The findings indicate that emojis help clarify emotional expression, support comprehension of messages, and encourage active student participation in online discussions. These results demonstrate that emojis not only serve as supplementary tools for digital communication but also contribute to creating a more engaging and supportive learning environment. Synthesizing the main ideas, this study extends the understanding of digital communication theory by highlighting the pedagogical value of emojis beyond their informal use on social media. In conclusion, emojis play a crucial role in strengthening interaction, fostering emotional presence, and enhancing learning outcomes in online language education. The study recommends integrating emojis into digital teaching practices while encouraging further research on cultural variation, learner levels, and diverse digital platforms to maximize their educational potential.

The increasingly dynamic global financial landscape demands effective risk management strategies to ensure financial stability and institutional sustainability. Two critical approaches, risk financing transfers and risk retention, offer complementary solutions. Risk financing transfers allow institutions to redistribute financial risks to third parties through mechanisms such as securitization and Credit Risk Transfers (CRTs), improving market efficiency. In contrast, risk retention emphasizes accountability by require institutions to retain a portion of the risks, fostering market discipline and investor confidence.This study employs a Semantic Literature Review (SLR) to analyze the interaction between these approaches, focusing on mechanisms like securitization, contract design, and macroprudential policies. By reviewing ten peer reviewed articles published between 2015 and 2024, key themes and challenges related to systemic risks, moral hazards, and regulatory gaps are identified. Thematic analysis, supported by tools like NVivo, reveals the potential of these mechanisms to enhance financial stability when implemented within a robust regulatory framework.The results highlights that while risk financing transfers increase flexibility and market efficiency, they May exacerbate moral hazards without sufficient risk retention. Macroprudential policies and accurate risk pricing is crucial in addressing systemic risks, particularly in sectors like shadow banking and climate vulnerable regions. The study also underscore the importance of transparent contract design and the integration of innovative tools, such as geospatial data and machine learning, to support fair and efficient risk distribution.In conclusion, balancing market efficiency and systemic risk mitigation is imperative.While​ risk retention strengths accountability and oversight, effective integration with risk financing transfers is necessary to create a sustainable and resilient financial system.This​ review provides valuable insights for policy makers and practitioners in addressing emerging financial challenges.

This research explores the impact of the "Let's Read" application on enhancing the reading skills of eleventh-grade students at SMAN 1 Kademangan Blitar. Focusing on narrative texts, especially legends, the study employs a one-group pre-test post-test design to evaluate improvements in reading comprehension. Results reveal a significant increase in students' understanding and engagement with texts. The application offers an interactive, enjoyable learning experience, promoting student autonomy and critical thinking. By integrating digital tools, the study addresses limitations of traditional methods, providing insights into effective strategies for language education. This research underscores the potential of technology to transform reading practices, encouraging educators to adopt innovative approaches that cater to modern educational needs and enhance students’ overall learning experiences.

The training and mentoring activities for the use of Artificial Intelligence (AI) tools for teachers were chosen with the aim of enhancing or improving teachers’ understanding and ability to implement AI technology in the educational environment. Initial interviews revealed a lack of knowledge and skills among teachers in utilizing AI tools, which affects the quality and effectiveness of learning. The methods applied in this community service include counseling and training, preceded by surveys and interviews. Teachers were given intensive training that included an overview of AI and how to apply AI tools in the teaching and learning process. Additionally, there was an implementation phase that required teachers to design and implement simple AI-based learning applications as supporting media. The AI tools used included Gamma, IlovePDF, chatPDF, and ChatGPT. The results showed significant improvements in teachers’ understanding and skills in using AI tools. Teachers were able to create AI-based learning applications aimed at enhancing interaction between teachers and students. Furthermore, teachers could reduce administrative workload and optimize resources. Thus, the use of AI can have a positive effect on the quality of learning. The implementation of AI also facilitates teachers’ work in managing administration, such as handling attendance, assessments, and lesson planning.  

The advancement of science and technology in society has become an important need, impacting the improvement of human resource quality and the emergence of new fields such as Visual Communication Design (DKV). One form of DKV development is User interface (UI), which helps users get information and interact with products. In supporting design processing, software assistance is needed, one of which is CorelDraw X7. To determine the quality of the CorelDraw X7 UI, an analysis was carried out using the theory of 8 Golden Rules of Interface Design which has indicators: Strive For Consistency, Seek Universal Usability, Offer Informative Feedback, Design Dialogs to Yield Closure, prevent errors, Permit Easy Reversal of Actions, Keep Users in Control, and minimize short-term memory load. The results of this study using the descriptive qualitative method show that the CorelDraw X7 UI is in the good category. Three indicators, namely Strive For Consistency, Seek Universal Usability, and Permit Easy Reversal of Actions, are applied optimally. Four indicators are applied well but not optimally, namely Offer Informative Feedback, prevent errors, Keep Users in Control, and minimize short-term memory load. The Design Dialogs to Yield Closure indicator is in the less than good category. Suggestions for improvement include reducing feedback delay, updating the status bar icon, adding languages ​​other than English-US, and updating the toolbox icon to reduce errors in selecting tools.