Technology companies face the dynamic challenge of improving financial performance while meeting sustainability expectations. This research aims to analyze the contribution of ESG (Environmental, social, and governance) disclosure, corporate governance, operational efficiency, and the use of AI to the financial performance of technology companies. The research method uses a quantitative approach with multiple linear regression analysis, using secondary data from annual reports of technology companies listed on the IDX during 2018–2023. The research results show that ESG disclosure positively influences a company's reputation and access to capital. Good governance increases transparency and accountability, while operational efficiency and the application of AI have proven significant in optimizing productivity and innovation. In conclusion, these four factors support each other in creating added value and competitiveness for technology companies in the global market. These findings imply the importance of an integrated strategy in managing sustainability, operational and technological aspects to achieve sustainable financial performance.

Early detection of heart disease is crucial given the high number of cases occurringin advanced stages and affecting individuals in their productive years. Utilizing data mining, the C4.5 Algorithm is one method capable of detecting the onset of heart disease, prompting timely awareness and early prevention. The dataset employed is the Heart Disease Cleveland UCI from Kaggle, featuring 13 input attributes and 1 target attribute. Using the Decision Tree method results in decision-making by constructing a decision tree. The test outcomes revealed an accuracy rate of 77.11% with the C4.5 algorithm, 83.69% with the C4.5 algorithm employing Forward Selection, and 84.73% with the C4.5 algorithm based on Forward Selection and Particle Swarm Optimization.

This research aims to design an Aircraft Jacking control system for the Boeing 737-800 to automatically balance the aircraft's inclination using an MPU6050 sensor and servo actuators. The system can detect pitch and roll angles with an accuracy of ±0.5° and an average response time of 150 ms. Based on tests using five datasets, the balancing time ranges from 400 to 600 ms, depending on the initial imbalance. In Dataset 5, with a pitch of 3.5° and a roll of -2.3°, the system required 600 ms to achieve balance, demonstrating its ability to handle critical conditions. The servo actuators successfully adjusted the jacking height within a range of 2 cm with a precision of ±0.02 cm, while the OLED-based monitoring system allowed operators to observe the inclination angles in real-time. Furthermore, ESP-NOW-based communication achieved a data transmission success rate of 98%, supporting efficient centralized control. This research demonstrates the system's effectiveness in balancing the aircraft quickly and accurately, providing a foundation for further development under extreme conditions and energy efficiency improvements.

This study aims to analyze the influence of transformational leadership, intrinsic motivation, and work discipline on employee productivity. A quantitative approach was used with a sample of 30 employees selected through purposive sampling. Data were collected through questionnaires and analyzed using Statistical Package for the Social Sciences (SPSS). The results show that transformational leadership, intrinsic motivation, and work discipline have a positive and significant impact on employee productivity. These findings indicate that improving leadership quality, fostering intrinsic motivation, and enhancing employee discipline can collectively increase overall productivity. This study provides insights for organizations to enhance managerial effectiveness and human resource management.

Pada saat ini, teknologi informasi mengalami perkembangan yang sangat cepat. Pengguna dapat mengakses data atau informasi secara cepat, efisien, dan akurat. Pengolahan data merupakan proses untuk mengumpulkan, memproses, dan mengelolah data menjadi informasi yang dapat digunakan untuk pengambilan keputusan. PT. Subur Sedaya Maju Prabumulih, sebuah perusahaan yang bergerak di bidang jasa service, sewa-menyewa, dan perawatan alat-alat berat, telah menggunakan komputer sebagai alat bantu dalam pengolahan kas. Namun, bagian keuangan yang mengolah penerimaan dan pengeluaran kas tetap menggunakan Ms. Excel, yang memerlukan waktu dan tenaga yang relatif lama. Diperlukan adanya aplikasi yang dapat mengolah data penerimaan dan pengeluaran kas dengan cepat, mudah, dan akurat. Aplikasi tersebut harus terintegrasi dengan database agar dapat mempercepat pekerjaan bagian keuangan dalam membuat pelaporan bulanan dan update data kas masuk maupun kas keluar setiap hari

An effective school payment system will trigger the performance of the agency to be better than before. Web-Based School Administration Payment System Application at SMPI Nurush Shodiqin, In the world of education, an efficient and integrated administration system is very important to maintain the smooth running of academic and management processes, including data management of students, teachers, and school management. Nurush Shodiqin Islamic Junior High School (SMPI), as one of the educational institutions in the region, experiences problems in administrative management. The administration system used is still manual, especially in terms of recording student data, recapitulating grades, and paying tuition fees. This causes various problems such as data input errors, loss of important records, and delays in delivering information to related parties. . Therefore, the implementation of a Web-based Administration System at SMPI Nurush Shodiqin is a relevant solution. This system is expected to be able to overcome existing problems and improve the quality of school administration services. With a web-based system, it is expected that the administration process can be carried out more quickly, accurately, and transparently.

Currently, the Amikom University Purwokerto student portal is still not equipped with a student data search feature that can make it easier to access related information. The unavailability of this feature can provide significant obstacles to various students' daily activities, especially in activities such as academic research, collaborative group work across study programs, and interactions between departments. The aim of this research is to apply the TOGAF framework which is expected to be able to help identify the root of the problem and provide a more comprehensive, systematic and effective solution in an effort to improve the functionality of this portal, so that it can better support students' academic needs. This research uses the TOGAF method which includes Understanding Business Context, Vision Architecture, Definition Architecture, and Transition Architecture. The result of this research is a flowchart design for the student data search feature which was created and analyzed using the Bizagi Modeler application which was compared between the design and the current process. Based on the results, it shows that the design of the student data search flow through Student Amikom Purwokerto is much faster and more efficient because the data search time is reduced from 40 minutes to 3 minutes.
 

This research is motivated by the importance of understanding children's language development as an indicator of their cognitive and social abilities. The study aims to analyze language acquisition in a 6-year-1-month-old child through Mean Length of Utterance (MLU) measurement, focusing on phonological, morphological, and syntactic aspects. The method used is descriptive qualitative with data collection techniques including observation, recording, and conversation transcripts. The results show that the research subject has MLU values appropriate to their age development stage. They have good phonological ability in pronouncing almost all Indonesian phonemes, morphological mastery including basic affixes usage, and syntactic ability in forming compound sentences. This study concludes that MLU is an effective measurement tool for children's language acquisition and recommends using this method for monitoring language development in preschool-aged children.

This research analyzes phonological disorder patterns in the pronunciation of the /r/ consonant among university students with rhotacism. The study focuses on Wardah Zahra, a 20-year-old student who has experienced difficulty pronouncing the /r/ consonant since childhood. Using a descriptive qualitative approach with interview techniques and pronunciation analysis, the research reveals consistent substitution patterns where the /r/ consonant is pronounced as /l/ and /w/, particularly in medial and final word positions. Phonetic and phonemic analysis uncovers pronunciation variations that are consistent across initial, medial, and final word positions. Psychological factors such as self-confidence also influence the development of pronunciation disorders. Research findings indicate that adult rhotacism patients develop adaptive communication strategies and exhibit relatively stable pronunciation patterns. Although there are variations in disorder severity, consistency is found in phonological substitution patterns. This research provides an in-depth understanding of phonological disorder characteristics in adult rhotacism patients and can serve as a foundation for developing more effective interventions.

In the rapidly evolving digital era, the use of mobile applications has become a fundamental necessity across various sectors, including the construction industry. PT Home Center Indonesia, which specializes in providing and installing furniture for building projects, faces challenges in the QC Pass Land recording process, which is currently done manually. This practice poses risks of data loss, miscommunication with vendors, human errors, and data invalidity, ultimately disrupting work efficiency. This study aims to develop a mobile application to replace the manual recording system in the QC Pass Land process for the Sky House BSD project. The application is designed to enhance the efficiency, accuracy, and reliability of data recording while minimizing the risk of information loss through the implementation of a structured digital system. Additionally, the application is equipped with a feature that allows the inclusion of photo evidence, thereby improving data validity. The results of developing this mobile application are expected to accelerate the recording and furniture installation process, reduce the time required for data verification, and provide a solution that can be implemented in future projects. Through this practical work, the implementation of the application is anticipated to run effectively and contribute significantly to improving the QC Pass Land process at PT Home Center Indonesia.