The aim of this research is to examination of and analyzes the content of the science textbook
used in first and second grades during the previous year. The analysis aims to identify the
book's strengths and weaknesses, evaluate its scientific accuracy and clarity, and assess its
suitability for engaging young learners. The research employs a content analysis approach,
involving a thorough examination of two units of the book's content, one in the first semester
and the second one in the second semester, language, and pedagogical strategies. The analysis
will identify key themes, assess the presentation of scientific concepts, and evaluate the
effectiveness of activities and illustrations in promoting student understanding. The findings of
this study will be presented in a comprehensive report. This report will highlight areas where
the book excels in fostering scientific curiosity and knowledge acquisition. Additionally, it will
identify areas for improvement, such as potential inaccuracies, unclear explanations, or a lack
of age-appropriate engagement strategies. This study investigates the effectiveness of two
curriculum units from a sixth-grade science textbook, one from the first semester and one
from the second. The research focuses on student perception and utilizes a questionnaire to assess their engagement, understanding, and overall learning experience with each unit. By
analyzing student responses, the study aims to identify strengths and weaknesses in the
curriculum design, particularly in fostering scientific curiosity and knowledge retention. The
findings will contribute to discussions on improving science education at the primary level,
informing curriculum development and teaching practices that promote a more engaging and
effective learning environment for young scientists. This analysis will contribute valuable
insights for educators and curriculum developers seeking to improve the quality of science
education for primary school students. The identified strengths and weaknesses can inform
revisions to the existing textbook or guide the development of future science resources for
young learners.