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Acikgul, Kubra – International Journal of Assessment Tools in Education, 2021
The main aim of this study is to develop a useful, valid, and reliable two-tier proportional reasoning skill test for middle school 7th and 8th-grade students. The research was carried out using the sequential explanatory mixed method. The study group of this research comprised of 391 (n[subscript 7th-grade]=223, n[subscript 8th-grade]=168)…
Descriptors: Cognitive Tests, Logical Thinking, Test Construction, Test Validity
Bao, Lei; Xiao, Yang; Koenig, Kathleen; Han, Jing – Physical Review Physics Education Research, 2018
In science, technology, engineering, and mathematics education there has been increased emphasis on teaching goals that include not only the learning of content knowledge but also the development of scientific reasoning skills. The Lawson classroom test of scientific reasoning (LCTSR) is a popular assessment instrument for scientific reasoning.…
Descriptors: Science Tests, Science Process Skills, Logical Thinking, Test Validity
Pásztor, Attila; Magyar, Andrea; Pásztor-Kovács, Anita; Rausch, Attila – Journal of Intelligence, 2022
The aims of the study were (1) to develop a domain-general computer-based assessment tool for inductive reasoning and to empirically test the theoretical models of Klauer and Christou and Papageorgiou; and (2) to develop an online game to foster inductive reasoning through mathematical content and to investigate its effectiveness. The sample was…
Descriptors: Game Based Learning, Logical Thinking, Computer Assisted Testing, Models
Rowe, Elizabeth; Asbell-Clarke, Jodi; Almeda, Mia; Gasca, Santiago; Edwards, Teon; Bardar, Erin; Shute, Valerie; Ventura, Matthew – International Journal of Computer Science Education in Schools, 2021
The Inclusive Assessment of Computational Thinking (CT) designed for accessibility and learner variability was studied in over 50 classes in US schools (grades 3-8). The validation studies of IACT sampled thousands of students to establish IACT's construct and concurrent validity as well as test-retest reliability. IACT items for each CT practice…
Descriptors: Puzzles, Logical Thinking, Thinking Skills, Construct Validity
Park, Sungmi – International Journal of Educational Management, 2016
Purpose: The purpose of this paper is to define the concept of "convergence thinking" as a trading zone for knowledge fusion in the engineering field, and develops its measuring scale. Design/ Methodology/Approach: Based on results from literature review, this study clarifies a theoretical ground for "convergence thinking."…
Descriptors: Thinking Skills, Engineering Education, Content Analysis, Construct Validity
Ding, Lin – International Journal of Science and Mathematics Education, 2018
This study examines progression trends of Chinese students' scientific reasoning skills across grade levels from elementary school to university. A large-scale survey using the Classroom Test of Scientific Reasoning (CTSR) was conducted with 2669 Chinese students at 13 grade levels (grades 4-16). The construct validity of the CTSR was first…
Descriptors: Science Instruction, Thinking Skills, Skill Development, Elementary School Students
Wustenberg, Sascha; Greiff, Samuel; Funke, Joachim – Intelligence, 2012
This study investigates the internal structure and construct validity of Complex Problem Solving (CPS), which is measured by a "Multiple-Item-Approach." It is tested, if (a) three facets of CPS--"rule identification" (adequateness of strategies), "rule knowledge" (generated knowledge) and "rule application"…
Descriptors: Problem Solving, Construct Validity, Logical Thinking, Grade Point Average
McIntosh, Jamey – Techniques: Connecting Education and Careers (J3), 2012
Achieving success takes hard work and perseverance, but another crucial ingredient is the ability to learn from failure. Instructors must encourage students to make mistakes within the classroom so they will attempt great things outside it. This is where the freedom of trial and error should be championed, to be able to hone students' skills so…
Descriptors: Logical Thinking, Construct Validity, Researchers, Technology Education
Visser, Beth A.; Ashton, Michael C.; Vernon, Philip A. – Intelligence, 2006
We investigated Gardner's "Theory of Multiple Intelligences" in a sample of 200 adults. For each of the hypothesized eight "intelligence" domains--Linguistic, Logical/Mathematical, Spatial, Interpersonal, Intrapersonal, Musical, Bodily-Kinesthetic, Naturalistic--we selected two tests based on Gardner's description of its content. Factor analysis…
Descriptors: Multiple Intelligences, Adults, Factor Analysis, Cognitive Ability
Radford, Mike – British Educational Research Journal, 2006
This article presents a critical review of complexity theory in relation to educational research. The "analytical reductionist" approach is one in which the educational researcher seeks to reduce complex wholes to particular factors and to identify correlations between them and desirable outcomes. Complexity theory shows how this approach in…
Descriptors: Educational Theories, Educational Research, Educational Practices, Educational Policy
McGarvey, Linda J.; And Others – 1989
The construct underlying simple paper-and-pencil logical operations tasks administered to young children in group settings was examined. The logical operations, number concepts, and visual discrimination subtests of the Early School Assessment (ESA) were administered as part of the Fall 1987 national tryout of the ESA. The mathematics concepts and…
Descriptors: Cognitive Processes, Construct Validity, Educational Assessment, Elementary School Students
Duran, Richard P.; And Others – 1987
This study planned further research aimed at understanding how the current version of the Graduate Record Examinations (GRE) analytical measure reflects cognitive skills that are important to success in graduate education. Several activities were completed, including selective literature reviews of: (1) cognitive and psychometric research on…
Descriptors: Abstract Reasoning, Academic Achievement, Cognitive Ability, Cognitive Processes