TY - JOUR
T1 - Factors Affecting the Study of Chemistry in Different Countries Around the World
T2 - Findings from an International Survey
AU - Blonder, Ron
AU - Mamlok-Naaman, Rachel
N1 - We should like to thank our science education colleagues from the different countries that participated in the survey. Their names, affiliations, and email address are presented in the appendix. We should also like to thank Dr. Gilmor I. Keshet‐Maor, Head of the Science Division, Pedagogic Secretariat, Ministry of Education in Israel, who initiated the survey funded by the National Chemistry Teachers’ Center which was supported by the Ministry of Education (Tender: 09.07.13).
PY - 2019/1/16
Y1 - 2019/1/16
N2 - Improving teaching and student learning in chemistry classrooms is an important goal that is constantly researched. Several comparative studies of science teaching have been carried out on different parameters, e. g. misconceptions which science teachers and students may have regarding the scientific concepts they learn and teach. Here we describe science teaching in general, and chemistry teaching in particular, in 12 countries including Israel. Different parameters are compared, including the hours that are devoted to science, the subjects included, the pedagogy, and teachers ' salaries. The survey covers all school levels: elementary school, secondary school and high school. At the high-school level, the comparison focused on chemistry studies. In this study the variances variables, such as the hours that are allocated for science teaching, did not show an appreciable effect on students ' achievements. It was also found that, in countries where chemistry studies at the high-school level are not mandatory, innovative pedagogies are more likely to replace the traditional chemistry teaching methods where chemistry is taught according to the structure of the subject based on basic concepts that underlie the curriculum. The study provided an additional support to the importance of the professional development of science and chemistry teachers and suggest that the autonomy that is given to them could influence the quality of science teaching and students ' achievements.
AB - Improving teaching and student learning in chemistry classrooms is an important goal that is constantly researched. Several comparative studies of science teaching have been carried out on different parameters, e. g. misconceptions which science teachers and students may have regarding the scientific concepts they learn and teach. Here we describe science teaching in general, and chemistry teaching in particular, in 12 countries including Israel. Different parameters are compared, including the hours that are devoted to science, the subjects included, the pedagogy, and teachers ' salaries. The survey covers all school levels: elementary school, secondary school and high school. At the high-school level, the comparison focused on chemistry studies. In this study the variances variables, such as the hours that are allocated for science teaching, did not show an appreciable effect on students ' achievements. It was also found that, in countries where chemistry studies at the high-school level are not mandatory, innovative pedagogies are more likely to replace the traditional chemistry teaching methods where chemistry is taught according to the structure of the subject based on basic concepts that underlie the curriculum. The study provided an additional support to the importance of the professional development of science and chemistry teachers and suggest that the autonomy that is given to them could influence the quality of science teaching and students ' achievements.
U2 - 10.1002/ijch.201800100
DO - 10.1002/ijch.201800100
M3 - مقالة
SN - 0021-2148
VL - 59
SP - 625
EP - 634
JO - Israel Journal of Chemistry
JF - Israel Journal of Chemistry
IS - 6-7
ER -