This study explores the integration of Design Thinking into the Key Stage 3 Design and Technology (D&T) curriculum at a school in North-West England, focusing on fostering 21st-Century Skills alongside subject-specific knowledge. The research draws on a multiple case study approach derived from the 'Solving Genuine Problems for Authentic Users…

Microanalysis of problem-solving activities of 10 learning-disabled and 10 normally achieving children (ages 10-12) found that, although normally achieving subjects reached more sophisticated levels of strategy use, there was no evidence that the learning-disabled subjects were inactive, passive, or maladaptive in their problem-solving attempts.…

Strategies used by 15 fifth and sixth grade students to comprehend written problem solving tasks were identified. A naturalistic protocol analysis procedure was used to gather and analyze students' verbal and written responses to 55 selected reading and thinking tasks. In the ten tasks selected for detailed analysis, students demonstrated marked…

Concludes that children scoring high in picture arrangement on the Wechsler have significantly poorer problem solving ability than children with low picture arrangement scores. (RB)

This study describes strategies fifth- and sixth-grade children used to solve the problem of determining how to control a "vehicle" they "drove" by pressing particular keys on a computer. The problem involves identifying or discovering a set of cause-effect relationships. (Author/JN)

Outlines four solution methods for the Mangoes Problem, discusses how middle school students have approached the problem, suggests generalizations of the problem, and gives an example of a related problem that can be used as an extension to explore the four strategies discussed. (MKR)

Comparison of cognitive performance of 51 students with hearing loss and 64 hearing students indicated that, at age 10, students with hearing loss performed better on nonverbal tasks and worse on verbal tasks. At age 13, students with hearing loss performed poorly in both verbal and nonverbal tasks. (Author/SW)

Compared to children with high-average and low-average intelligence quotients, 26 intermediate grade gifted children used fewer moves to solve a combinatorial problem-solving task and exhibited higher metacognitive knowledge on person and strategy variables. Qualitatively different intercorrelational patterns among problem-solving, metacognition,…

The study investigated the cognitive processes underlying differences in computer competency between 29 intellectually gifted and 14 nongifted children. Findings are analyzed. (Author/MT)

Students' reported inner speech during mathematics problem solving was studied. Subjects from grades three to six were assigned to low-task or high-task difficulty groups. Between problems, students reported their inner speech. Both groups maintained an adaptive task-oriented problem-solving stance, with positive affect toward self. (Author/GDC)

Open-ended tasks were used to examine gender differences in complex mathematical problem solving. The results of this study suggest that, overall, males perform better than females, but the gender differences vary from task to task. A qualitative analysis of student responses to those tasks with gender differences showed that male and female…

Examines the teacher's role in computer-based problem solving using sixth grade students and a computer program called Rocky's Boots. Ways in which the program could be used in thinking skills programs are discussed, program improvements are suggested, and teacher intervention is identified as a critical element in computer-based training. (LRW)

Examined how elementary students in three classes using different teaching strategies, presented with discrepant event problems in science, begin the problem-solving process by exploration of the problem space. Because of the constraints imposed by each teaching strategy, none of those used was considered entirely satisfactory. Appendix contains…

This study is part of a longitudinal study of 22 elementary school children observed over a 3-year time span in the classroom and in individual task-based interviews. Through the examination of videotaped structured clinical interviews of Marcia, the first in 1992 when she was 9 years old (4th-grade), this study seeks to draw inferences about her…

A battery of problem solving and divergent thinking tasks was administered to 91 fifth graders to identify a factor that could be labeled problem solving and be distinct from divergent thinking. In several factor analyses, three factors consistently emerged: fluency, problem solving, and academic achievement. (Author/RD)