Metacognitive self-regulation is the ability to organize an individual's mental activities according to his/her goals, and it has been found to affect students' mathematics achievement. However, its relationship with problem-solving and posing skills is still not clarified. This study aims to examine the mediating role of metacognitive…

Number talks are short mathematical discussions offering sensemaking opportunities for students. Aside from bolstering students' mathematical learning, this instructional routine may also support preservice teachers (PSTs) in investigating how to facilitate discussion-focused instruction. In this study, PSTs engage in a learning cycle to explore,…

This study aims to examine the effects of engineering design-based science teaching (EDBST) on classroom teacher candidates' decision-making skills, scientific creativity and engineering design-based process skills. The random design of the quantitative approach with a pretest-posttest control group was used in the study. The study group consists…

"Preparing Children to Thrive: Standards for Social and Emotional Learning Practices in School-Age Settings" is designed to help organizational and program leaders see clearly what social and emotional learning (SEL) among children (ages 5-13) would look like and feel like in real program settings, and to draw attention to promising…

The article examines the nature and importance of using aesthetic and therapeutic concept and educational logotherapy, in particular, for creating a special emotionally comfortable socioeducational environment for primary education. The author has represented interpretation of foreign scholars' views (J. Bugental, V. Frankl, A. Maslow, R. May, J.…

A systematic review was carried out to examine the use of robots in early childhood and lower level education. The paper synthesizes the findings of research studies carried out in the last ten years and looks at the influence of robots on children and education. Four major factors are examined--the type of studies conducted, the influence of…

The "Everyday Mathematics®" curriculum aims to provide students in prekindergarten through grade 6 with multiple opportunities to learn math concepts and practice skills. Since the release of the WWC's 2010 Everyday Mathematics report, the curriculum continues to be widely used and evaluated. This updated review includes 30 studies that…

Recent studies have shown that strengths in spatial skills are a key to success in STEM (science, technology, engineering, and mathematics) careers. However, these skills are undervalued in our educational system and thus seldom incorporated in classroom teaching. As a first step towards changing the current practices, we worked with a group of…

This proceedings volume of InCoTEPD 2018 covers many ideas for handling a wide variety of challenging issues in the field of education. The outstanding ideas dealing with these issues result in innovation of the system. There are many innovation strategies resulting from recent research that are discussed in this book. These strategies will become…

Describes how to use the "Nate the Great" book series by Marjorie Weinman Sharmat to help elementary school students learn the Big6 problem-solving process. As the plot develops, teachers can help students draw parallels between the actions of the young detective and the six steps of the process. (LRW)

A structural arithmetic curriculum is designed to help students develop their own powers of thought. (Author/MLF)

Examines how children develop as writers and presents new ways of looking at children's problem solving in what they do and say during the writing process. Presents an outline of the general orders of child focus in the writing process. (HTH)

With imagination, basic computation skills and a "mini-computer", kids find word answers to digital problems and design their own. (Editor)

Provides framework for assessing the extent to which problem-solving skills learned through LOGO, a children's graphics-oriented-structured computer language, may be transferred to other contexts. Examines principles governing generalization of learning. Discusses learning transfer and components of the LOGO experience that may affect transfer.…

Investigated systematic problem solving with 52 elementary school students. The experimental group (N=26) received Galvin Alternative Intervention Network (GAIN) training. Results indicated the GAIN program was effective in facilitating problem solving. Students' responses were unique and constituted creative behavior. (JAC)