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Microteaching is an innovative educator training method aimed at developing basic teaching skills and fostering student self-efficacy through a micro-scale approach. This study describes how teaching simulations with limited duration, audience size, and material focus can facilitate the transformation of pre-service teachers' pedagogical competence. Using a qualitative approach, the research found that microteaching functions as a "safe laboratory" for students to explore teaching creativity without the risk of systemic failure. The skill development process includes mastering stimulus variation techniques through the use of visual and audiovisual media, such as PowerPoint and instructional videos, as well as strengthening instructional communication styles. Furthermore, students' self-efficacy increases significantly through a cycle of constructive feedback from peers and supervisors, enabling reflection-on-action. The results conclude that the re-plan and re-teach mechanisms are crucial in shaping professional and permanent teaching behaviors before students enter actual classroom environments. These findings highlight the importance of microteaching in developing both the technical and reflective skills necessary for effective teaching practice.

The advancement of Artificial Intelligence (AI) presents substantial potential for improving the quality of learning in elementary education, particularly through the application of AI prompts as instructional support in lesson planning and classroom implementation. Nevertheless, many teachers at Integrated Islamic Elementary Schools (Sekolah Dasar Islam Terpadu/SDIT) experience limited AI literacy and insufficient competence in designing pedagogically appropriate and effective AI prompts. This community service program aims to enhance AI literacy and strengthen the professional competence of teachers at SDIT Lukmanul Hakim Puring, Kebumen, in utilizing AI prompts to support instructional design, teaching materials development, and learning assessment. The program employed participatory methods, including socialization sessions, hands-on training, guided practice, and continuous mentoring. The results demonstrate a measurable improvement in teachers’ understanding and practical skills in constructing AI prompts aligned with pedagogical objectives. Furthermore, the integration of AI prompts contributes to increased instructional efficiency and pedagogical creativity. This program is expected to provide a sustainable model for supporting digital transformation in elementary school education.

This study aims to evaluate the effectiveness of the Artificial Intelligence-Based Learning Media Development Program (P3MP-AI) in enhancing teachers’ technological and pedagogical competencies at SMK Muhammadiyah 2 Malang. The program employed a descriptive approach using both quantitative and qualitative methods, including pre-test and post-test assessments, as well as direct observation of the training process. A total of 30 teachers from various disciplines actively participated in the program conducted on August 12, 2025. The evaluation results revealed an increase in the participants’ average scores from 100 to 130 out of a maximum of 150, indicating a significant improvement in their understanding of AI concepts and applications in education. Beyond competency enhancement, the training also fostered teachers’ confidence, creativity, and ability to integrate AI-based tools into interactive learning media. However, several challenges were identified, such as limited technological resources and time constraints in classroom implementation. Overall, this program has made a tangible contribution to strengthening teachers’ digital literacy and can serve as a replicable professional development model for other vocational schools seeking to advance AI-based educational transformation.