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J. Jacob Kirksey; Kristin Mansell; Teresa Lansford – Policy Futures in Education, 2024
To aid in the development of a globally competitive workforce, federal policymakers have expressed the priority of preparing students and adults with disabilities to succeed in science, technology, engineering, and mathematics (STEM) fields. Yet, no research has examined the extent to which information-processing, literacy, numeracy, and…
Descriptors: STEM Education, STEM Careers, Literacy, Numeracy
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Ruder, Suzanne M.; Stanford, Courtney; Gandhi, Anand – Journal of College Science Teaching, 2018
Active learning classrooms provide an ideal opportunity to develop key workplace skills such as teamwork, information processing, critical thinking, and problem solving. Although many active learning pedagogies implicitly support student development of these skills, the role of the instructor in explicitly prompting and assessing these skills in…
Descriptors: Scaffolding (Teaching Technique), STEM Education, Job Skills, Active Learning
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Nachimuthu, K.; Vijayakumari, G. – Journal of Educational Technology, 2011
A game is a set of activities involving one or more players. It has goals, constraints, payoffs, and consequences. A game is rule-guided and artificial in some respects. (Richard Wilson, 2010). According to Garris et al. (2002), define educational game play as "voluntary, nonproductive, and separate from the real world"; and they found…
Descriptors: Educational Games, Learning Activities, Thinking Skills, Skill Development
Crutchfield, Richard S. – ASCD Yearbook 1969, 1969
Chapter 4 in Life Skills in School and Society.
Descriptors: Cognitive Development, Individual Development, Information Processing, Problem Solving
Wescourt, Keith T.; Hemphill, Linda – 1978
The goal of the present project was to identify the types of knowledge necessary and useful for competent troubleshooting/debugging and to examine how new approaches to formal instruction might influence the attainment of competence by students. The research focused on the role of general strategies in troubleshooting/debugging, and how they might…
Descriptors: Artificial Intelligence, Computer Programs, Concept Teaching, Information Processing
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Goodson, Ludy A. – 2000
This paper proposes a model for teaching and learning complex thinking skills developed from a synthesis of theories and research. The model functions like a concept map or a graphic organizer with five major components, each discussed in this paper: (1) presence of complex authentic life situations within a context; (2) activation and execution…
Descriptors: Cognitive Structures, Critical Thinking, Information Networks, Information Processing
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Larkin, Jill; And Others – Science, 1980
Focuses on human information processes and problem solving. Although a large body of knowledge is prerequisite to acquiring skill, the authors state that knowledge must be indexed by patterns that guide the person in a fraction of a second to relevant parts of the knowledge store. (Author/SA)
Descriptors: Abstract Reasoning, Academic Achievement, Computers, Higher Education
Penn, Joe – Vocational Aspect of Education, 1986
Describes an attempt to develop appropriate career skills through the design of a balanced cross modular assignment program and individual cross modular assignments. Explores difficulties associated with development and assessment of such skills. (Author/CH)
Descriptors: Business Education, Communication Skills, Creative Thinking, Decision Making Skills
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Greathouse, Lillian – Business Education Forum, 1986
Teaching methods are presented to help students in developing decision-making/problem-solving skills, positive self-image, positive work attitudes, human relations skills, communication skills, ability to work in a group, and organization of ideas and tasks. The author also discusses providing an appropriate classroom environment. (CT)
Descriptors: Classroom Environment, Communication Skills, Decision Making Skills, Human Relations
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Court, Deborah – Social Studies, 1991
Assesses critical thinking teaching models, including skill development, problem-solving, logical thinking, multiaspect, and information processing approaches. Stresses creating open classroom environments where critical thinking that fosters effective, thoughtful decision making can flourish. Argues that teaching can and should be less…
Descriptors: Academic Achievement, Accountability, Classroom Environment, Critical Thinking