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Elsa M. Núñez, Editor; Patricia Szczys, Editor – IGI Global, 2025
Higher education institutions are positioned to lead the global response to climate change and drive progress toward sustainability. Through their core missions of education, research, and community engagement, universities and colleges serve as innovation hubs for developing climate solutions, shaping public policy, and preparing the next…
Descriptors: Higher Education, College Administration, Instructional Leadership, Climate
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Cathy Weng; Kifle Kassaw; Melese Astatke; Chichuan Yang – Interactive Learning Environments, 2024
This review examined the impact of online learning environments (OLE) on acquiring transferable skills (TS) through an analysis of 31 papers from the Web of Science database. Significant attention is given to critical thinking and communication skills, with moderate consideration given to creativity, problem-solving, and cooperation skills. Lesser…
Descriptors: Electronic Learning, Educational Environment, Transfer of Training, Skill Development
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Agustian, Hendra Y. – Chemistry Education Research and Practice, 2022
This article seeks to provide researchers and practitioners in laboratory education, particularly those involved in the curriculum design and implementation of teaching laboratories at university level, with a conceptual framework and a working model for an integrated assessment of learning domains, by attending to a more holistic approach to…
Descriptors: Chemistry, Science Instruction, Laboratory Experiments, Curriculum Design
Hazelrigg, George A. – Engineering Education, 1985
A simple problem (counting beans in a jar) is used to demonstrate an approach to organizing and quantifying decision making. The example shows that a willingness to go beyond ordinary engineering analysis may be needed to provide answers to many engineering problems. (Author/JN)
Descriptors: Decision Making, Engineering, Engineering Education, Higher Education
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Chu, Sydney C. K.; Siu, Man-Keung – College Mathematics Journal, 1986
An exhibit at the San Francisco Exploratorium is used to discuss problem solving and illustrate optimization. The solution is discussed in detail. (MNS)
Descriptors: College Mathematics, Higher Education, Mathematics, Mathematics Instruction
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Beichl, George J. – Journal of Chemical Education, 1986
The unit basis approach to problem solving analyzes a question in such a way that the student clearly sees what data are needed to solve the problem. Two examples are presented to illustrate the approach. (JN)
Descriptors: Chemistry, College Science, Higher Education, Problem Solving
Koen, Billy Vaughn – Engineering Education, 1984
Defines the engineering method by: (1) giving a preliminary definition and examples of its essential term (heuristics); (2) comparing the definition to a popular alternative; and (3) presenting a simple form of the definition. This definition states that the engineering method is the use of engineering heuristics. (JN)
Descriptors: Definitions, Engineering, Engineering Education, Heuristics
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Leonard, William J.; Gerace, William J. – Physics Teacher, 1996
Presents a demonstration of kinematics principles that stresses conceptual analysis over equation manipulation. Aims at focusing students' attention on concepts by using comparative problems, allowing students to predict the outcome of the demonstration and explain the reasoning behind their predictions, and extending the context in which the…
Descriptors: Higher Education, Physics, Problem Solving, Scientific Concepts
United Nations Educational, Scientific, and Cultural Organization, Santiago (Chile). Regional Office for Education in Latin America and the Caribbean. – 1991
This document discusses the teaching of problem solving in environmental education. From an interdisciplinary viewpoint, this study describes some strategies for teaching that can favor the practice of educational activities oriented toward solving the concrete problems of the surrounding environment. The volume is divided into seven chapters. The…
Descriptors: Environmental Education, Higher Education, Learning Activities, Problem Solving
Becker, Martin – Engineering Education, 1986
Experiences at Rensselaer Polytechnic Institute in teaching with interactive spreadsheet computing are described. Advantages of using this software in engineering classes are noted. (JN)
Descriptors: Computer Software, Engineering, Engineering Education, Higher Education
Staiger, Eugene H. – Engineering Education, 1984
Methods for evaluating divergent thinking are presented and discussed. These include Shavelson's word lists and unique diagrams and Buzan's brain pattern. Each technique, which can be used in examinations, provides a partial representation of how subject matter is stored and highlights the flexible yet structured way the mind organizes…
Descriptors: Divergent Thinking, Engineering, Engineering Education, Higher Education
Minor, Dennis E. – Technical Writing Teacher, 1982
Discusses a structure for the problem solving paper. Provides several sample outlines of a hypothetical problem and solution. (HTH)
Descriptors: Higher Education, Problem Solving, Teaching Methods, Technical Writing
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Jepsen, Charles H. – Mathematics Magazine, 1991
Presented are solutions to variations of a combinatorics problem from a recent International Mathematics Olympiad. In particular, the matrix algebra solution illustrates an interaction among the undergraduate areas of geometry, combinatorics, linear algebra, and group theory. (JJK)
Descriptors: College Mathematics, Higher Education, Mathematical Applications, Mathematics Education
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Woods, Donald R. – Journal of College Science Teaching, 1994
Explains that, to teach students how to solve problems, defining the problem should be the focus, and the skills to solve the problem should be analyzed. Differentiates between exercises and real problems. (PR)
Descriptors: College Science, Higher Education, Problem Solving, Science Education
Steinley, Gary; Vandever, Jan – 1985
A project is described that provides explicit instruction on the skills necessary for solving word problems. An informal inventory of such skills is being developed, intended for diagnostic use. It contains six sections, each keyed to the problem-solving skills of understanding the problem, representing the unknown, writing the equation, and…
Descriptors: College Mathematics, Higher Education, Mathematics Instruction, Measures (Individuals)
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