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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.

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.

This study explores the re-evaluation and re-shaping of fiqh methodology to ensure Islamic law remains relevant and responsive to contemporary issues. As society evolves, new challenges such as migration, the digital economy, and shifting moral standards present complex legal and ethical dilemmas that traditional fiqh struggles to address. Contextual fiqh, which integrates classical Islamic principles with modern social, economic, and technological developments, offers a dynamic approach to Islamic law that addresses these challenges. The study emphasizes the flexibility of contextual fiqh in offering more adaptable legal solutions, particularly in the realms of migration, digital transactions, and family law. By incorporating modern social dynamics, including technological advancements like cryptocurrencies and virtual marriages, contextual fiqh proposes a legal framework that is both grounded in Islamic principles and relevant to contemporary needs. The research highlights the importance of interdisciplinary engagement between Islamic scholarship and fields such as economics, sociology, and technology, offering a holistic approach to legal decision-making. Through the examination of case studies, such as the application of Islamic legal principles to global migration patterns and digital financial systems, the study demonstrates how contextual fiqh can provide ethical and practical solutions to modern problems. The findings suggest that the adoption of contextual fiqh can lead to more inclusive, just, and responsive legal frameworks, making Islamic law more adaptable and effective in addressing the complexities of the modern world.

This research aims to increase students' interest in studying and understanding the pillars of Islam through the method of attaching pictures. This research was conducted using a qualitative descriptive approach at SDN Tambakaji 04 Semarang. The image affixing method is used to introduce the pillars of Islam interactively by arranging finger images that symbolize each pillar of Islam. The results of the research showed that students were very enthusiastic and showed that students were very enthusiastic and showed increased understanding in arranging the pillars of Islam sequentially. Through observations and interviews, it was found that almost all students could order the pillars of Islam correctly, starting from the shahada to the hajj. This sticking activity not only increases student engagement and retention, but also creates more fun, active and motivating learning. This research proves that the visual approach and method of attaching images is effective in increasing students' interest in learning and understanding.

Based on Ministry of Energy and Mineral Resources data, regarding the target achievement of mechanical equipment performance in mining companies, PT Bumi Nikel Nusantara has a level of achievement value of equipment performance less than the value set in the Minister of Energy and Mineral Resources Decree No.1827/2018. A mechanical equipment performance value can be achieved by examining ongoing mining activities on one mining front that includes loading and transportation activities. One of the efforts is to know the productive time, calculate the obstacle time and repair time of the equipment in case of damage. The results of the performance for the Use of Availability (UA) parameter of the EHJ Block Mawar pit loading equipment is 74% (not achieved), 71% Pit Mawar transport equipment, pit 3 loading excavation equipment 75% (achieved), and Pit 3 transport equipment 71% (not achieved). While the results of the study of the achievement of productivity of the loading and unloading equipment show the achievement with a value for loading equipment of 76,71% (not achieved) and transport equipment of 65,63% (not achieved). 

This study aims to select four Mining Companies that have the best implementation of Occupational Safety and Health and to identify the implementation of Occupational Safety and Health that has been carried out by the Company so that it can be assessed as a whole. Therefore, data collection in this study was carried out by conducting observations, interview sessions with employees and observations of locations that have been selected as research objects as primary data and making location maps as secondary data. 4 (Four) Companies selected as research objects are located in SG Village Arso Satu Keerom Regency, Papua Province. The results showed that there were 4 (Four) companies that became the object of research, namely CV. SG, CV. ABC, CV. CTT Keerom and CV. JT XXX of the four Rock Mining companies have not implemented the Occupational Safety and Health Policy in the work environment in the Company. For this reason, it is hoped that the Keerom Regency government can pay attention to this matter.

PT. Pebana Adi Sarana targets monthly production operations of 20,000 tons/month while actual production is only around 15,000 tons/month, which means that the production target has not been achieved. The factors that cause the failure to achieve the production operation target can be due to ineffective equipment performance, Low equipment performance is one of the things that cause production not to be achieved, so it needs to be studied. The purpose of the study to be achieved is to analyze the actual productivity of loading and unloading equipment and transportation equipment after repairs and conduct improvement analysis using the Quality Control Circle (QCC) method. The data taken for the research is in the form of Excavator and dump truck cycle time data, effective working time, tool specifications. The actual productivity of loading and unloading equipment and transportation equipment at PT. Pebana Adi Sarana for dump trucks of 19,146 tons/month. trucks are 16,351 tons/month while for the Quality Control Circle (QCC) method. The company only needs to carry out the number of tools needed for 3 units of Scania p380 dump trucks and 1 unit of komatsu PC 300 excavator with a production of 21,295 tons/month has exceeded the production target set by the company.

Cost Recovery is a vital element in production sharing contracts (PSCs) within the oil and gas sector, allowing contractors to recover costs incurred during exploration and production through revenues generated from oil and gas production. This mechanism has a direct impact on the sustainability of operations and the management of natural resources, which in turn plays a critical role in supporting the national economy.This study aims to analyze the role and contribution of the cost recovery scheme in enhancing Indonesia's economic development, focusing on optimizing state revenue, increasing both foreign and domestic investment, and promoting the development of sustainable energy infrastructure. The method used in this study is a literature review, which includes data from journals and published articles.The main findings of the study show that the cost recovery scheme not only functions as an instrument to ensure the sustainability of upstream oil and gas operations but also has a significant impact on other economic aspects. In the context of national economic development, this scheme contributes to increasing state revenue through taxes and royalties, creating jobs, and supporting local economic development in oil and gas-producing regions. Moreover, cost recovery opens up opportunities for technology transfer and enhances human resource capacity in the energy sector.

Social media now plays an important role in everyday life and has a great impact on society and people. The drawbacks of social media are discussed in this study. Problems that arise from social media include the rise of fake news, digital addiction, mental health problems, and cyberbullying. To optimize the positive impact of social media and reduce its negative impact, social media must be used wisely. This study aims to analyze the effect of social media use on adolescent mental health. This study used a survey method involving 200 adolescents aged 13-18 years as respondents. Data was collected through a questionnaire that measured the frequency of social media use, types of content consumed, and mental health indicators such as depression and anxiety. The results showed that there was a positive correlation between the frequency of social media use and the level of depression and anxiety in adolescents. In addition, exposure to negative content such as cyberbullying and others also contributed to the decline in mental health. This study concludes that excessive and unhealthy social media use can negatively impact adolescents' mental health.

Purpose – This article aims to develop an integrative framework for utilizing hybrid bio-ceramic composites as high-temperature protective materials in aerospace and defense systems. The focus is on enhancing the extreme heat resistance of bio-ceramics through hybridization with metals or polymers to create durable materials capable of withstanding hypersonic conditions and extreme aerothermal environments. Design/Methodology/Approach – This study uses the Systematic Literature Review (SLR) method, analyzing scientific publications indexed by Scopus, Web of Science, and SINTA from 2015 to 2025. The review explores the development of bio-ceramic composite research, hybridization strategies with polymers and lightweight metals, and manufacturing innovations that enhance material performance in thermal protection systems for aerospace applications. Findings – The literature review shows that hybrid bio-ceramic composites outperform conventional materials. These composites can endure temperatures up to 1800 °C, possess high resistance to oxidation, ablation, and thermal shock, and are lightweight for aeronautical use. Biomimetic designs inspired by mollusk shells and bones improve fracture toughness and mechanical performance. Hybridization with polymers and lightweight metals expands the potential applications in hypersonic aircraft and modern defense systems. Practical Implications – The findings are crucial for developing jet engine shields, hypersonic missiles, and space re-entry capsules. For Indonesia, this research offers opportunities to reduce reliance on imported high-temperature materials and enhance national defense industry independence. Originality/Value – The article contributes a new perspective by highlighting bio-ceramic hybrids as strategic materials capable of withstanding extreme temperatures, integrating biomimetic principles and composite technology for modern defense systems.

The construction industry is one of the sectors that has a significant impact on environmental damage due to high energy consumption, exploitation of natural resources, and carbon emissions. In response to these challenges, this study aims to analyze the potential for implementing sustainable construction materials to support the development of green infrastructure. Using qualitative methods through literature studies, documentation, observation, and in-depth interviews, this study evaluates the advantages, challenges, and economic and environmental impacts of various innovative materials, such as foam glass, green wall systems, bamboo composites, eco-cement, and mycelium-based blocks. The results show that these materials are able to reduce carbon emissions, increase building energy efficiency, and offer long-term cost savings. Mycelium-based blocks, in particular, are recorded as the most effective material in reducing construction costs by up to 25% and CO₂ emissions by 250 kg per project. However, the implementation of sustainable materials in Indonesia still faces obstacles such as cost, material availability, and technical regulations. Therefore, synergy is needed between the government, academics, and industry in encouraging research, preparing technical standards, and public awareness campaigns to expand the adoption of environmentally friendly materials in the national construction sector.

The design of a creative industry development center that focuses on the culinary and music subsectors aims to facilitate the growth and development of creative industry players in these two subsectors, so that they can contribute positively to the local economy. The facilities in this center will be designed to meet the needs of production, training, exhibition, and sales in the culinary and music subsectors. It is expected that the design of the Creative Industry Development Center will encourage local economic growth, create new jobs, improve the skills of industry players, and support the image of Medan City as a quality creative industry center. By connecting the culinary and music subsectors in one center, the synergy between the two can produce unique and inspiring collaborations, enrich local culture, and present products that are competitive in the global market. By applying a tropical architecture approach, the design will consider aspects of local culture, climate, and environment in designing optimal buildings and spaces to support the growth of creative industries.

The determination of outstanding students is based on different criteria, depending on the type of achievement that is to be measured. At SMK Migas Cepu, this assessment is typically based on the highest academic score from the class promotion exam. However, this method is considered less accurate and problematic in terms of grouping students. To address this issue, a clustering method using the K-Means algorithm can be applied. The purpose of this research is to build a K-Means model to determine outstanding students. The data used in this study comes from the report card ledger of class XI Machine A and B for the year 2022, which includes 71 students at SMK Migas Cepu. The RapidMiner tool was used to build the K-Means model and cluster the data based on student characteristics. The first test conducted using Excel resulted in two clusters: 35 outstanding students and 36 non-outstanding students. Meanwhile, the second test using the RapidMiner model produced two clusters with a distribution of 26 outstanding students and 45 non-outstanding students.

Smoke hazards can result in poisoning of harmful gases produced by the welding process. So it is expected that in order to maintain air cleanliness in the welding workshop by installing an exhaust gas channel from welding, the purpose of this research is to analyse the flow of exhaust gas through simulation of fluid flow velocity (welding smoke) in the design of exhaust gas installation in the welding workshop using CFD or Computational Fluid Dynamics method. CFD simulation can predict in detail the movement of wind (moving fluid) in the welding fume exhaust duct. CFD simulation is carried out through three stages, namely pre-processing, solving, and post-processing. This CFD uses the Solidworks (Flow Simulation) application programme. It was found that the installation of a welding fume exhaust duct with an output capacity of 39 m³ per minute showed a significant increase in airflow velocity. The first simulation results at the exhaust fan (welding booth) showed a maximum velocity value of 13.14 m/s and an average velocity of 10.55 m/s, the Reynold's number was 84567.11. In the second simulation, with the axial fan (Fan stationary) at 2600 RPM and pipe diameter 127 mm, better results were obtained, namely minimum velocity of 12.88 m/s, average velocity 13.94 m/s, maximum velocity 14.53 m/s and Reynold's number 111512.74. So the simulation results show an improvement in the performance of the ventilation system, where the airflow velocity is quite good, which ensures the efficiency of the ventilation system.

The purpose of integrating artificial intelligence (AI) technology into campus smart parking management systems is to improve user comfort, safety, and efficiency. To control car traffic in real-time, the system combines technologies including computer vision, machine learning, and the Internet of Things (IoT). Automatic vehicle detection, license plate recognition, parking lot availability prediction, and ideal vehicle flow regulation are some of the key characteristics. The system can effectively recommend parking to users through a mobile app by using pattern analysis and historical data. The implementation results showed a 25% reduction in traffic in the university's parking area and a 30% increase in parking time efficiency. According to the findings of the study, applying AI technology in parking management can be a creative way to overcome the difficulties associated with facility management in higher education environments.

This research was motivated by several laundries that use pressure cooker steam iron boilers for the ironing process. However, there are still users who find it difficult to estimate water level. If the water in the pressure cooker dries up or runs out whitout knowing it, then this can be dangerous and have a bad impact both on the user and in terms of the quality of the pot. So the aim of this research is to modify the pressure cooker steam iron boiler by adding a water level indicator whose function is to determine the water capacity during the ironing process, so that it is hoped that it can minimize work accidents. The method use is descriptive quantitative. From the design process, the tool was then tested to determine the starting time for using the iron using pressure variations of 15 psi, 20 psi, and 22 psi. From the research results, it was found that the design process was carried out through several stages, including the measurement process, drilling process, and assembly process. The test results started that the optimal pressure was 20 psi, because at this pressure the steam produced was optimal with a heating time of a 58 minutes.

In the digital business environment, web-based Point of Sale (POS) systems play a vital role in supporting transaction processing, inventory management, and operational decision-making. Ensuring the functional reliability of such systems is essential, particularly in critical authentication features that regulate user access. However, undetected functional errors within login and registration modules may disrupt operations, compromise data integrity, and reduce user experience quality. Therefore, this study aims to evaluate the functionality of the Wingpos website, focusing specifically on the login and registration features. The research applies the Black Box Testing approach using the Equivalence Partitioning technique, which enables systematic functional validation by classifying input data into representative valid and invalid partitions without requiring access to source code. The testing process involved designing structured test cases, executing input scenarios, and comparing actual system outputs with expected results. The findings reveal that most authentication processes function in accordance with system specifications, as seven out of ten test scenarios produced expected outcomes. Nevertheless, three discrepancies were identified, including inconsistent error message validation in the login feature and the system’s inability to properly verify invalid email domains during registration. These results indicate that while the system demonstrates general functional reliability, certain validation mechanisms require refinement. In conclusion, the application of Black Box Testing with the Equivalence Partitioning technique proves effective in identifying functional gaps and supporting quality assurance processes in web-based POS systems, particularly in strengthening authentication feature reliability and improving overall system performance

The purpose of this community service activity is to strengthen the concept of electrolysis for students of SMAN 1 Suwawa through interactive laboratory exercises, as well as to enhance students' understanding and practical skills related to the electrolysis process. The partners involved in this activity include the Principal, Chemistry Teacher, and all 12th-grade students of SMAN 1 Suwawa. The implementation method of the activity involves four main stages: a pre-test to measure initial understanding, providing material to reinforce the concept of electrolysis, conducting interactive laboratory exercises using electroplating tools, and a post-test to measure the improvement in students' understanding. The results of this activity show a significant improvement in the understanding of electrolysis concepts, with an N-Gain value of 76.8%, indicating the effectiveness of this method in improving students' learning outcomes. Based on these findings, it is recommended to continue applying interactive laboratory approaches in science education in secondary schools, as well as utilizing technology and interactive modules to support students' understanding of complex chemical concepts. Additionally, teacher training is also important to ensure the sustainability of effective laboratory-based learning.

The purpose of this study is 1) To describe the parenting patterns applied by single parents in increasing children's reading interest in Sukowiryo Village, Bondowoso District, Bondowoso Regency 2) To describe the inhibiting and supporting factors for single parents in increasing children's reading interest in Sukowiryo Village, Bondowoso District, Bondowoso Regency. This study uses a qualitative approach, this approach uses the natural environment as a direct source of data, is descriptive analytical, emphasizes the process rather than the results. The results of this study indicate that: 1) In the process of raising their children, two single parent families tend to use authoritarian, permissive and democratic parenting patterns in encouraging their children to be more active in reading so that their education can develop well. 2) a) The inhibiting factor for single parents in raising their children is the control of single parent families in the process of supervising and communicating with their children cannot be done fully every day due to time constraints. This also has an impact on children's learning/reading discipline. In addition, their unstable economic factors cause a lack of availability of reading materials for children, so that children do not maximize their learning. b) While the supporting factors for single parents in raising their sons or daughters are the self-acceptance and determination of the single parents that they have built and fixed to live their lives. They try their best to continue to pay attention to the continuation of their children's education.  

Learning Islamic Cultural History (SKI) at Madrasah Aliyah presents unique challenges, particularly in increasing students' interest and learning outcomes. Conventional methods such as lectures and memorization often result in low student engagement, leading to suboptimal understanding and poor learning outcomes. To address this issue, this study implements project-based learning (PjBL) as an alternative approach to enhance student learning outcomes. This study examines the effectiveness of project-based learning in improving student achievement in SKI subjects at Madrasah Aliyah 1 Kampar, specifically in class XI Science. Using the Kemmis and McTaggart classroom action research (CAR) model, the research was conducted in two cycles, involving planning, implementation, observation, and reflection stages. Data were collected through learning outcome tests, observation sheets, interviews, and student and teacher questionnaires. Both quantitative and qualitative analyses were performed to comprehensively assess the effectiveness of this method. The findings indicate that implementing project-based learning positively impacts student learning outcomes. The average student score increased significantly from the first to the second cycle. Moreover, student engagement in learning activities improved, as seen in their active participation in discussions, material exploration, and teamwork on assigned projects. Additionally, this method helped students develop critical thinking, problem-solving, and collaboration skills essential in modern education. The study confirms that project-based learning is an effective strategy for enhancing SKI education in Madrasah Aliyah. These findings suggest that educators should adopt more innovative and interactive teaching methods to foster student engagement and deeper understanding in learning.