Thappaya Park is one of the galleries that tourists can visit, precisely in Tambon Pa Khat Chang Wat, Songkla, Thailand. Thappaya Park is managed by Khun Nong-Naphas Rattanachart, wife of Khun Chanwit Rattanachart, the owner of the park who is the adopted daughter of General Aprem Tinsulanonda, former President of the Advisory Council. The aim of establishing Thappaya Park is that apart from selling various traditional foods, the Giant Bee Gallery also aims to provide better and broader knowledge. This service activity was carried out on October 28 2024 and was attended by a service team of 21 students along with 2 accompanying lecturers.  The method of implementing this service activity is carried out through several stages, namely initial and preparatory activities, implementation of activities, and evaluation of activities. The result of this service activity is that the service team was able to learn a lot about traditional Thai food and how to make and serve it. The types of traditional food available at Thappaya Park consist of Nasi Kerabu (Sushi Khao Yam) and Palm Sugar Cake.

Penelitian ini bermula dari ketidakterhubungnya komunikasi antara operator forklift dengan material hangar. Perawatan pesawat berlangsung secara estafet, ketika teknisi hangar selesai melepas sebuah komponen dari pesawat proses selanjutnya mengantarkan komponen tersebut menuju unit spesialisasi oleh operator forklift. Namun sering dijumpai forklift sedang tidak berada di hangar dan tentu saja tidak diketahui posisinya. Hal ini membuat sekuensial proses produksi menjadi terhambat yang mana akan mempengaruhi proses lebih lanjut. Maka dari itu alat dan software ini dibuat sebagai media komunikasi, orang material hangar bisa memanggil forklift kembali ke hangar, bisa koordinasi pemberian pekerjaan, bisa pelacakan lokasi terkini yang semuanya dilakukan dalam sebuah software. Dengan adanya alat dan software ini akan membantu memperlancar produksi hangar. Komponen yang digunakan yaitu Arduino Mega 2560 WiFi Built-in, modul GPS Neo 7M dan server.

This article and research aim to develop a training program focused on shooting and pointing techniques for East Java athletes in preparation for the upcoming Aceh-Sumut XXI Pre-National Sports Week (PRAPON). Shooting techniques are a fundamental skill in petanque, essential for scoring points and displacing the opponent’s ball from the jack. Meanwhile, pointing involves throwing techniques aimed at positioning the ball close to the jack. This study involved East Java Puslatda athletes undergoing regular training sessions as preparation for PRAPON Aceh-Sumut XXI. The method used in this study is Research and Development (R&D). The findings demonstrate that the developed training program can enhance the quality of East Java athletes’ shooting and pointing techniques, thereby aiming to achieve optimal results at PRAPON Aceh-Sumut XXI.

This research aims to determine the effectiveness of using story framework media in improving the ability to write fantasy story texts for class VII students at Junior high school 5 Cimahi. Writing fantasy story texts requires creativity, developing imagination, and the ability to organize story lines well. Based on initial observations, many students still have difficulty writing structured, creative and coherent fantasy stories. This research uses a qualitative descriptive method to describe the facts that emerged during the research through observation and questionnaires. Data was collected through observation sheets which included plot development, characterization, use of language, and creativity. Based on the results of the analysis, 39% of students achieved the Very Good category, 50% the Good category, and 11% the Poor category with an average score of 81.9, which is classified as Good. Thus, story framework media is effective in helping students develop better and more structured fantasy story text writing skills. It is hoped that this research can contribute to the development of more innovative and effective Indonesian language learning methods

The Introduction to Framework-Based Programming Training at Jayabaya University successfully equips participants with better web application development skills. Using CodeIgniter 4, participants are taught an organized development structure, reducing errors, and improving security. This intensive three-day training presents comprehensive materials and supporting textbooks, so participants with a basic background in web programming can understand how modern frameworks and techniques work. The main focus of the training is on the importance of regularity in software development to improve system efficiency and security. The results of the training showed an increase in participants' confidence in developing web applications. They have a better understanding of security and efficiency in system development. This emphasizes the importance of framework-based training to equip novice programmers with relevant skills in the field of web application development.

Slang is a rapidly growing linguistic phenomenon among Indonesian teenagers, especially in daily interactions and social media usage. This widespread use of slang is predicted to impact teenagers' formal language skills, particularly in the context of proper and correct Indonesian. This study aims to identify the influence of slang usage on formal language proficiency among teenagers. Using a qualitative approach, this research was conducted through observations and interviews with several students at the Perguruan Indonesia Raya Foundation in Bandung. The results indicate that excessive use of slang can decrease teenagers' formal language skills, particularly in writing and speaking. However, slang can also enrich linguistic variation among teenagers as a form of expression and social identity. Therefore, an appropriate educational strategy is needed to maintain a balance between slang and formal language usage among teenagers

The proliferation of the Industrial Internet of Things (IIoT) has transformed manufacturing, energy, and logistics, generating vast amounts of data that demand efficient processing solutions. Edge and cloud computing have emerged as two main architectures that can support IIoT applications by addressing latency, bandwidth, and computational challenges. This study presents a comparative analysis of edge and cloud computing architectures in the context of industrial IoT, focusing on performance, scalability, security, and cost. By analyzing case studies from manufacturing, logistics, and energy sectors, we identify the strengths and limitations of each approach, providing recommendations for selecting optimal architectures based on application needs.

Lingkungan pelaksanaan proyek konstruksi yang berada di sekitar laut ataupun pembangunan yang dilaksanakan saat waktu musim hujan akan menyebabkan korosi pada tulangan jika didiamkan tanpa perlindungan di tempat terbuka. Tujuan dari penelitian ini yaitu menganalisis laju korosi pada tulangan dengan media korosi yang berbeda-beda. Peneliti menggunakan benda uji besi tulangan dengan diameter 10mm yang akan didiamkan pada media air laut, air hujan, ruang tertutup dan ruang terbuka lalu melewati proses korosi selama 7, 20, 40, dan 65 hari. Tulangan kemudian dianalisis menggunakan metode uii laju korosi weight-loss untuk mengetahui laju korosi tulangan pada media yang digunakan. Media yang menghasilkan nilai laju korosi tertinggi pada tulangan adalah media air laut, kemudian media air hujan, media ruang terbuka, dan yang terendah nilai laju korosinya adalah media ruang tertutup. Hal ini disebabkan oleh kandungan NaCl yang terdapat dalam media air laut akan mempercepat dan meningkatkan laju korosi pada tulangan.

Aquascape as the art of designing and organizing a miniature water garden inside an aquarium has become a desirable hobby for nature lovers and aquatic enthusiasts. Although it offers natural beauty, aquascape requires intensive attention and maintenance to maintain the balance of the aquarium environment. Therefore, the Smart Aquascape concept emerged as an innovative solution by utilizing the integration of the Internet of Things (IoT) to monitor and control the condition of the aquarium environment in real-time through a digital platform that can help facilitate maintenance for aquascape hob-byists and maintain the balance of the aquarium ecosystem. This research aims to design an IoT system to monitor and con-trol water temperature, implement an automatic feeding mechanism, and design an accurate pH regulation system in an aquascape environment by integrating all these features into one connected control platform.

Keywords: aquarium, ecosystem, IoT, smart aquascape, water.

ABSTRAK

Aquascape sebagai seni merancang dan mengatur taman air miniatur di dalam sebuah akuarium telah menjadi hobi yang diminati oleh pecinta alam dan penggemar akuatik. Meskipun menawarkan keindahan alam, aquascape memerlukan perhatian dan pemeliharaan yang intensif untuk menjaga keseimbangan lingkungan akuarium. Oleh karena itu konsep Smart Aquascape muncul sebagai solusi inovatif dengan memanfaatkan integrasi Internet of Things (IoT) untuk memantau dan mengontrol kondisi lingkungan akuarium secara real-time melalui platform digital yang dapat membantu memu-dahkan perawatan bagi para penghobi aquascape dan menjaga keseimbangan ekosistem akuarium. Penelitian ini ber-tujuan untuk merancang sistem IoT untuk memantau dan mengontrol suhu air, mengimplementasikan mekanisme pemberian pakan otomatis, dan merancang sistem pengaturan pH yang akurat dalam lingkungan aquascape dengan mengintegrasi-kan semua fitur tersebut ke dalam satu platform kontrol yang terhubung.

This research aims to optimize the growth of red radish microgreens through an automation system that integrates irri-gation, lighting, and temperature adjustment based on the Internet of Things (IoT). The research method involves the use of WS2812B LED strips as the lighting source for photosynthesis, soil moisture sensors to control irrigation, and DHT22 tem-perature sensors to adjust the ideal environmental temperature. Data collection combines relevant literature data with direct observations during the red radish microgreen planting process. Data analysis is conducted through descriptive approaches to understand the growth patterns of microgreen plants and correlation analysis to identify relationships be-tween various growth parameters. Additionally, the IoT system's response to changes in environmental conditions is ana-lyzed to evaluate the system's effectiveness in regulating lighting, irrigation, and temperature. The research findings indi-cate that the IoT-based automation system effectively enhances the growth and quality of red radish microgreens. The au-tomatic implementation of LEDs improves photosynthesis rates, while efficient irrigation systems ensure plants receive adequate water. The temperature automation system maintains optimal growth conditions and reduces the risk of thermal stress. Integrating this system into a website platform also enables remote control and monitoring. This automation system not only increases plant productivity and quality but also reduces maintenance costs and time, demonstrating the signifi-cant potential of IoT technology in modern agriculture.

Keywords: Automation System, Growth, Internet of Things, Microgreen, Red Radish.

ABSTRAK

Penelitian ini bertujuan untuk mengoptimalkan pertumbuhan microgreen red radish melalui sistem otomatisasi yang mengintegrasikan penyiraman, penyinaran, dan penyesuaian suhu berbasis Internet of Things (IoT). Metode penelitian melibatkan penggunaan LED strip WS2812B sebagai sumber pencahayaan untuk fotosintesis, sensor kelembaban tanah untuk mengontrol penyiraman, dan sensor suhu DHT22 untuk menyesuaikan suhu lingkungan yang ideal. Pengumpulan data dalam penelitian menggabungkan data literatur yang relevan serta pengamatan langsung selama proses penanaman microgreen red radish. Analisis data dilakukan melalui pendekatan deskriptif untuk memahami pola pertumbuhan tana-man microgreen dan analisis korelasi untuk mengidentifikasi hubungan antara berbagai parameter pertumbuhan. Selain itu, respons sistem IoT terhadap perubahan kondisi lingkungan dianalisis untuk mengevaluasi efektivitas sistem dalam mengatur pencahayaan, penyiraman, dan suhu. Hasil penelitian menunjukkan bahwa sistem otomatisasi berbasis IoT efektif dalam meningkatkan pertumbuhan dan kualitas microgreen red radish. Penerapan LED secara otomatis meningkatkan laju fotosintesis, sementara sistem penyiraman efisien memastikan tanaman mendapatkan air yang tepat. Sistem otomatisasi suhu menjaga lingkungan pertumbuhan optimal dan mengurangi risiko stres termal. Integrasi sistem ini dalam platform website juga memungkinkan kontrol dan pemantauan secara remote. Sistem otomatisasi ini tidak hanya meningkatkan produktivitas dan kualitas tanaman, tetapi juga mengurangi biaya dan waktu pemeliharaan, menunjukkan potensi besar teknologi IoT dalam pertanian modern.