scholarly journals Understanding Teacher Education Students’ Research Competence Through Their Conceptions of Theory

2021 ◽  
Vol 6 ◽  
Author(s):  
Heidi Salmento ◽  
Mari Murtonen ◽  
Margaret Kiley

Learning a scientific way of thinking is a fundamental aim of university education. It means that there are certain thinking skills that students across all disciplines should learn during their studies. For example, critical thinking and reasoning skills are essential for all university graduates. In addition, students are expected to achieve certain skill levels related to scientific research, for example: learning the basic concepts of science and research methodology, understanding the research process and understanding the nature and origins of scientific knowledge. We call these skills research competence and see research competence as one of the main elements of scientific thinking. We assume that understanding the basic concepts of science is a starting point for the development of research competence and more broadly, for scientific thinking. However, previous studies have shown that scientific concepts are not easy for students to learn. The aim of this study is to increase our understanding of a particular aspect of university students’ research competence by exploring teacher education students’ (N = 179) conceptions of one of these challenging concepts, the concept of theory. The results illustrate that understanding the concept of theory is challenging even for graduating (fourth and fifth year) master students. Only half of them were able to describe the concept of theory in a scientific context suggesting that the other half had unscientific conceptions of theory, named here as non-scientific conceptions. When looking at the students’ who reported scientific conceptions of theory, one quarter of graduating students and a few early stage (first and second year) students had a declarative approach meaning that they were able to describe the concept of theory by using some basic scientific terms. About one fifth of graduating and early stage students had a procedural approach meaning that they were able to describe theory related to research as “doing”. Only a small number of students showed an understanding of the nature and origins of scientific knowledge and the role of research and theory, called here an epistemic approach.

2019 ◽  
Vol 6 (1) ◽  
pp. 32
Author(s):  
Zufriady Zufriady ◽  
Otang Kurniaman

The nomor acak learning model is done by randomly giving number to each student and making them remember it from the beginning to the end of the lecture. The function was to make each student be more active in the teaching and learning activities, since they must be prepared with their respective material if the number was called. This research employed a quasi-experimental research method with one group pre-test/post-test design. The determinant coefficient data of the effect of nomor acak models on the effectiveness of primary teacher education students obtained a class A data of 58.21%, class B of 36% and class C of 23%. This research was conducted at the primary teacher education program for six months in the Basic Concepts of Art courses to students of 2018. It could be concluded that the nomor acak learning model could improve the learning outcomes of students of the primary teacher education program in the Basic Concepts of Art course.


Author(s):  
Yullys Helsa ◽  
Ary Kiswanto Kenedi

This research is motivated by the crucial development of the information technology era in changing learning paradigm from conventional to technology-based learning. The purpose of this study is to develop Edmodo-based blended learning media in learning mathematics for Elementary Teacher Education students. This research is a research and development (R&D) that uses the ADDIE procedures. This study results a valid, effective and practical Edmodo-based blended learning media in learning mathematics for Elementary Teacher Education students. It is implied that Edmodo-based blended learning media can be applied by the lecturers to support learning for Elementary Teacher Education students.


2018 ◽  
Vol 49 (1) ◽  
pp. 122-135 ◽  
Author(s):  
Charles Magoba Muwonge ◽  
Ulrich Schiefele ◽  
Joseph Ssenyonga ◽  
Henry Kibedi

Although self-regulated learning has received much attention over the past decades, research on how teacher education students regulate their own learning has been scarce, particularly in third world countries. In the present study, we examined the structural relationships between motivational beliefs, cognitive learning strategies, and academic performance among teacher education students in Uganda. The sample comprised of 1081 students selected from seven universities. Data were collected using several subscales from the modified Motivated Strategies for Learning Questionnaire and were analyzed by structural equation modeling. Cognitive learning strategies fully mediated the relationship between motivational beliefs and academic performance. Motivational beliefs contributed to students’ academic performance mainly through influencing their critical thinking and organizational skills. Therefore, interventions to improve teacher education students’ academic performance should focus not only on boosting their motivation but also on enhancing their use of cognitive learning strategies.


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