PHET Interactive Simulations in Learning Optics towards Pre-Service Science Teachers: A Phenomenological Study

Abstract

This phenomenological study explored the experiences of pre-service science teachers in using PHET interactive simulations to learn optics. It used a qualitative research approach and involved six participants enrolled in a science education program. Data were collected through observations and semi-structured interviews, and thematic analysis was used to analyze the data. The findings revealed that the participants had an enhanced understanding of optics concepts through PHET simulations and experienced high levels of engagement and interactivity. However, technical difficulties, challenges to internet connectivity, and gadget accessibility were identified. The study concluded that PHET simulations are beneficial in learning optics but need improvements in technical aspects. This implies key contributions to the existing literature on interactive simulations in science education, alignment with constructivist learning theory, and insights into cognitive load effects. In practice, the study suggests practical benefits for pre- service teachers and educators, such as fostering critical thinking skills and motivation in students. It recommends integrating PHET simulations in teaching, providing instructional support, addressing technical challenges, incorporating teacher training programs, and conducting further research to explore the effectiveness of the simulations in enhancing learning outcomes. The study cracks the PHET code in optics by highlighting its benefits and challenges and providing valuable insights for science education practice and research.