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This community service project aims to enhance Sunday School teachers’ ability to use digital media as a tool for children’s faith formation in local churches. The rapid development of information technology requires churches to adapt their educational ministries, including children’s spiritual learning. The training was conducted at the Christian Evangelical Church in Timor (GMIT) Sion Noelbaki Congregation, involving 25 Sunday School teachers. The implementation methods included needs observation, interactive workshops, practical sessions on creating digital Bible content, and direct mentoring in using media such as spiritual videos, PowerPoint, and online platforms (YouTube, Canva, and WhatsApp Groups). Evaluation was carried out through pretest-posttest and participant satisfaction questionnaires. The results showed a 78% increase in teachers’ competence in using digital media after the training. Participants also demonstrated high enthusiasm and commitment to applying digital media in their children’s ministry. This activity had a positive impact on improving the quality of faith education, making Sunday School learning more engaging, contextual, and relevant to children’s lives in the digital era.

Learning is a process of communication between students, teachers and teaching materials. The delivery of learning messages from teachers to students is currently still using teaching aids in the form of books. This makes students less interested and feel bored when absorbing lessons, so that it gives the effect of being lazy to learn. This study designed mobile based 2D animation as an interactive learning tool for learning materials for human organs based on mobile android. This study uses the waterfall method in conducting research which includes the stages of planning, analysis, design, implementation and testing. Based on the research results, this 2D animation learning media makes it easy for students to study material about human organs that cannot be seen directly. This animation has several elements such as text, audio, video and animated images so that it attracts students' attention to feel happy in learning compared to conventional ways

The purpose of this study was to identify Vertebrate animals of the Mammal class, order artiodactyla, family Cervidae in the Jurug Surakarta taru Animal Park, develop interactive video media as a result of identification of vetebrata animals into learning media, know the quality of interactive video media based on assessment by material experts, media experts and biology teachers, and applications in learning. The research method uses an observation method by making direct observations of vertebrate species. The instrument for assessing the quality of interactive video media is based on material aspects and presentation aspects, with a qualitative descriptive analysis design. The results of this study indicate that in Taru Jurug Animal Park Surakarta there are 3 species of animals namely Cervus unicolor, Cervus timorensis, Axis-axis and all three have been identified. Research on the identification of vertebrate animals, especially the mammalian class, order artiodactyla, and the cervidae family can be used for the preparation of interactive video media with material on Biodiversity at the level of genes and species. The quality of interactive video media in terms of material aspects, presentation, and language. Assessment of material experts obtained a percentage of 90.9% so that it was categorized as very valid, media experts obtained a percentage of 88.5% so it was categorized as very valid, biology teacher Veteran 1 Sukoharjo High School obtained a percentage of 92.5% so it was categorized as very valid and biology teacher Nguter 1 Public High School obtained a percentage of 97.5% so it is categorized as very valid. Based on this, it can be concluded that this interactive video media is worthy of being used by teachers as one of the learning media about Biodiversity at the level of genes and species.

Multimedia-based learning media is a method of learning that can interact with its users besides having animated explanations of material. The problem at SMK Wisudha Karya Kudus about learning mechanical engineering drawings using AutoCAD is the difficulty of understanding the tools in the AutoCAD application, it becomes unattractive and difficult to understand the material in the teaching and learning process. The purpose of this research is to create an interactive learning media for machine engineering drawings using AutoCAD semesters I and II as media to assist student learning processes, providing alternative learning media to help teachers choose the right learning model for students. This type of research method uses the R&D method, the methods used include descriptive, evaluative and experimental methods. Descriptive method is used to collect data about existing conditions, evaluative methods are used to evaluate the trial process of developing a product and the experimental method is used to test the efficacy of the product produced. The results of this study are application programs, applications that have been designed can be used as an alternative to solving problems in SMK Wisudha Karya Kudus. By using electronic media in learning media, the benefits of creating alternative solutions from existing problems, namely in the form of Machine Engineering Image Learning Application, are able to provide complete video tutorials according to the basic competencies that the authors take from the source of mechanical engineering drawing books.