EMPOWERING MATHEMATICS TEACHERS THROUGH AI-ASSISTED LEARNING INNOVATION FOR MEANINGFUL CLASSROOM PRACTICE

The rapid development of artificial intelligence (AI) has created new opportunities for transforming mathematics teaching and learning. However, many mathematics teachers still face challenges in understanding the pedagogical potential of AI, designing AI-assisted learning activities, and evaluating AI-generated educational content critically and responsibly. This community service program aimed to empower mathematics teachers through AI-assisted learning innovation to strengthen their capacity to develop meaningful classroom practices. The program employed a participatory training and mentoring approach consisting of needs assessment, AI literacy training, hands-on practice, AI-assisted lesson design, peer discussion, mentoring, and evaluation. The participants were mathematics teachers who were introduced to practical applications of AI for lesson planning, instructional material development, problem generation, formative assessment, differentiated learning, and classroom reflection. The effectiveness of the program was evaluated through pre-test and post-test assessments, observation of participants' practical performance, assessment of AI-assisted instructional products, and participant feedback. The program demonstrated that structured training combined with hands-on practice and mentoring can strengthen teachers' understanding of AI and their ability to integrate AI into mathematics instruction. The activities also encouraged teachers to critically evaluate AI-generated outputs rather than relying on them without verification. The program highlights that meaningful AI integration requires more than technical familiarity; it requires pedagogical judgment, critical digital literacy, creativity, and responsible use. The findings suggest that continuous professional development combining AI literacy, pedagogical innovation, practical application, and mentoring can support mathematics teachers in adapting to technological transformation while maintaining the quality and meaningfulness of classroom learning.

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