Articles

The Teaching Process Applying the Flipped Classroom Model in Teaching Science Subjects Oriented Towards Developing Self-Learning Capacity for Primary School Students

The integration of the flipped classroom model into education has led to significant changes in both teaching and learning activities in various ways. Studies have shown that the most frequently reported advantage of the flipped classroom is the improvement of student learning performance, resulting in numerous positive educational outcomes. Recognizing the benefits that the flipped classroom model brings to education, this paper presents a teaching process that applies the flipped classroom model in Science education, aimed at developing self-learning abilities for elementary school students. This model alters the traditional teaching sequence by shifting the knowledge acquisition phase to self-study at home, while classroom sessions focus on practical activities and interaction. The research developed a specific 5-step process to effectively implement the flipped classroom model in the topic “Human and Health” within the Grade 4 Science curriculum. The results indicate that applying this model not only helps students acquire knowledge effectively but also fosters self-learning capacity, self-management skills, and a sense of responsibility in learning.

AI Chatbot: A Teaching Tool to Support the Development of Self-learning capacity in Chemistry for High School Students

In the context of digital transformation and the rapid development of artificial intelligence (AI), the use of AI technology in general and AI Chatbot in particular in education has become a significant trend. There is an increasing number of studies and practical applications of AI Chatbot in teaching and learning. Research indicates that AI Chatbot bring numerous benefits to the teaching process of subjects such as foreign languages, mathematics, science, chemistry, and more. This paper analyzes the potential of AI Chatbot in supporting the self-learning process of high school students in Chemistry. By integrating artificial intelligence technology, AI Chatbot not only provide instant information but also personalize the learning process, helping students enhance their self-learning capacity more effectively. Specifically, the study focuses on identifying the relationship between AI Chatbot and the self-learning process in Chemistry, while also proposing methods to implement AI Chatbot in Chemistry education to improve self-learning capacity for high school students in particular and for other subjects and levels of education in general.