This study examines the variables which help direct students to a deep learning approach to science lessons, with the aim of guiding programmers and teachers in primary education. The sample was formed of a total of 164 students in the second stage of secondary education. The Learning Approaches to Science Scale developed by Ünal (2005) for Science and Technology lessons as a four-point Likert scale was used in the research. It was found from the study of second stage primary education that students who preferred a deep learning approach decreased in number with a higher grade level, enjoyed answering science questions and used the internet for research. Moreover, a deep learning approach to science lessons is related to enjoyment of science lessons and the attitude of finding science lessons necessary.
This study examines the variables which help direct students to a deep learning approach to science lessons, with the aim of guiding programmers and teachers in primary education. The sample was formed of a total of 164 students in the second stage of secondary education. The Learning Approaches to Science Scale developed by Ünal (2005) for Science and Technology lessons as a four-point Likert scale was used in the research. It was found from the study of second stage primary education that students who preferred a deep learning approach decreased in number with a higher grade level, enjoyed answering science questions and used the internet for research. Moreover, a deep learning approach to science lessons is related to enjoyment of science lessons and the attitude of finding science lessons necessary.