Electronics……Hi Smart Assistant (Action Research)

نوع المستند : المقالة الأصلية

المؤلفون

Assistant Professor and Semiconductor Ain Shams University, Faculty of Education, Bachelor’s Program in Science and Education (Preparatory and Secondary), specializing in Physics (English)

المستخلص

This research paper, which aims to solve the problems of teaching Electronics with AI tools,
comprehensively explores the role of technology and artificial intelligence (AI) in Education. The research
conducted by a team of students from Ain Shams University focuses on leveraging AI tools to enhance the
teaching or learning experience in physics Education. The study begins by highlighting the challenges
inherent in teaching electronics, including complex concepts, technical hurdles, and the need for
interdisciplinary integration with subjects like physics, mathematics, engineering, and computer science.
Recognizing the transformative potential of AI, the researchers propose utilizing AI as an assistant to
overcome these challenges and enhance productivity and efficiency in the Educational domain. In this
context, AI serves as an auxiliary motivator for students, offering personalized learning experiences,
intelligent tutoring, and data analysis. Moreover, it was a source of entertainment and amusement, ensuring
students remained engaged and enthusiastic throughout the Educational process. Artificial intelligence is
revealed as a crucial component, playing a pivotal role in our lives in general and specifically within the
learning environment, where it improves learning outcomes, strengthens students’ weak points in
understanding electronics, and enhances their overall learning and interaction. By integrating more than 10
AI tools, such as ExplainPaper, TutorAI, Book Creator, and others, the study demonstrates how these
technologies can revolutionize traditional teaching methods and engage students in interactive and
stimulating learning experiences. Through field training and practical application in the classroom, the
researchers observed a notable shift in student engagement and participation when transitioning from
traditional teaching methods to AI-powered approaches. Using AI tools increased student interest and
enthusiasm in learning electronics and optimized lesson preparation, assessment methods, and overall
teaching efficiency. The research findings underscore the importance of technology integration in Education
to create personalized, engaging, and effective learning environments. By combining educators' expertise
with AI tools' capabilities, the study advocates for a collaborative approach that enhances the teaching process
and empowers students to better understand and retain concepts in electronics. In conclusion, the research
highlights the transformative impact of AI in Education and recommends adopting modern AI tools to
overcome challenges in teaching electronics, ultimately enhancing the Educational experience for teachers
and students.

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