This paper presents the rationale for the Effecting Principled Improvement in STEM
Education project to manage an essential role in creating new instruction as a part of a current blended research with the 5E Inquiry instructional Model that was used throughout the biology learning as the optimal with the Problem-Based Learning (PBL) methods in three classes of a upper secondary school with a sample size of 144 students. Using the each of five lesson instructional innovative plans to intend biology learning at the 11th grade level in schedule time of 5 weeks in each instructional model of each three classes were administered. Students’ learning achievements with pretest and posttest techniques of STEM, 5E model, and PBL method were assessed of each 5-instructional method of their learning initiations to their information ongoing efforts toward biology. Students’ outcomes of their enhancing participations in biology classes to build upon as students are able to successfully through learn important science skills and science attitudes with the Science Skill Testing (SST), Attitude Scale Instrument (ASI), and the Individualized Classroom Questionnaire (ICEQ) were associated. These findings indicated that students’ learning achievements of their pre and post tests for each their instructional method were differentiated significantly. Students’ associations between their perceptions of the ICEQ, SST, and ASI were related pedagogical development and employment aimed at improving student engagement and learning in biology classes. An important finding, in a form suited to implementation, there has been an increasing emphasis on teaching STEM under for the blended 5E and problem-based learning environment that integrates all each five instructional method that based on the idea of educating students in four specific disciplines; science, technology, engineering and mathematics in an interdisciplinary and applied approach.
เอกสารนี้แสดงเหตุผลสำหรับการมีผลต่อการปรับปรุงหลักในลำต้นEducation project to manage an essential role in creating new instruction as a part of a current blended research with the 5E Inquiry instructional Model that was used throughout the biology learning as the optimal with the Problem-Based Learning (PBL) methods in three classes of a upper secondary school with a sample size of 144 students. Using the each of five lesson instructional innovative plans to intend biology learning at the 11th grade level in schedule time of 5 weeks in each instructional model of each three classes were administered. Students’ learning achievements with pretest and posttest techniques of STEM, 5E model, and PBL method were assessed of each 5-instructional method of their learning initiations to their information ongoing efforts toward biology. Students’ outcomes of their enhancing participations in biology classes to build upon as students are able to successfully through learn important science skills and science attitudes with the Science Skill Testing (SST), Attitude Scale Instrument (ASI), and the Individualized Classroom Questionnaire (ICEQ) were associated. These findings indicated that students’ learning achievements of their pre and post tests for each their instructional method were differentiated significantly. Students’ associations between their perceptions of the ICEQ, SST, and ASI were related pedagogical development and employment aimed at improving student engagement and learning in biology classes. An important finding, in a form suited to implementation, there has been an increasing emphasis on teaching STEM under for the blended 5E and problem-based learning environment that integrates all each five instructional method that based on the idea of educating students in four specific disciplines; science, technology, engineering and mathematics in an interdisciplinary and applied approach.
การแปล กรุณารอสักครู่..
