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Trumpower, David L.; Sharara, Harold; Goldsmith, Timothy E. – Journal of Technology, Learning, and Assessment, 2010
This study examines the specificity of information provided by structural assessment of knowledge (SAK). SAK is a technique which uses the Pathfinder scaling algorithm to transform ratings of concept relatedness into network representations (PFnets) of individuals' knowledge. Inferences about individuals' overall domain knowledge based on the…
Descriptors: Programming Languages, Problem Solving, Computers, Programming
Crisp, Victoria; Ward, Christine – Computers & Education, 2008
Formative computer assisted assessment has become increasingly attractive in Higher Education where providing useful feedback to large numbers of students can be difficult. However, the nature of such assessments has often been limited to objective questions such as multiple-choice. This paper reports on the development and initial trialling of a…
Descriptors: Higher Education, Program Effectiveness, Teaching Methods, Formative Evaluation
Peer reviewedBaxter, R. S. – International Journal of Mathematical Education in Science and Technology, 1974
Descriptors: Computer Graphics, Computers, Geography Instruction, Higher Education
Barnett, Bruce D. – Creative Computing, 1979
A discussion of differential equations is accompanied by an analysis of two situations whose solutions require differential equations. A computer program is given that will solve these equations. (MP)
Descriptors: Calculus, College Mathematics, Computer Programs, Computers
Peer reviewedVan Oostendorp, Herre; De Mul, Sjaak – Instructional Science, 1999
Describes a study of university students that examined the ability of people to learn a computer system by exploration and discusses the role of thinking aloud and reflection to obtain information about the goals of the user. Considers display-based, exploratory learning in relation to planning and problem solving. (Author/LRW)
Descriptors: Computers, Discovery Learning, Higher Education, Learning Processes
Chan, Nelson Wai – 1999
This paper describes research into the framework of Computer Analysis Relationship (CAR) and its methodology together with software such as Scientific Notebook in a teaching and learning problem-solving environment to support student investigation as well as to enhance student logical thinking. CAR aims to motivate students how to subdivide a…
Descriptors: Computers, Educational Technology, Higher Education, Mathematics Activities
Peer reviewedThomson, Norman; Stewart, James – Science Education, 2003
Presents a study to determine the methods inquiry geneticists use to solve dynamic complex computer-generated transmission genetics problems; specifically, their strategies and conceptual knowledge. Develops a hierarchical framework and pathway for solving problems through geneticist solution protocols and interviews. (Contains 32 references.)…
Descriptors: Computers, Educational Technology, Genetics, Higher Education
Peer reviewedVansteenkiste, G. C. – International Journal of Mathematical Education in Science and Technology, 1975
Descriptors: Computer Oriented Programs, Computers, Design, Higher Education
Peer reviewedGoldberg, Samuel – Two-Year College Mathematics Journal, 1975
A method of approximating areas under curves in precalculus courses is described. (SD)
Descriptors: College Mathematics, Computer Programs, Computers, Graphs
Piele, Donald T.; Wood, Larry E. – Creative Computing, 1977
Described are random, systematic, and guided trial-and-error strategies for problem-solving with a computer. (JH)
Descriptors: Cognitive Processes, Computer Programs, Computers, Elementary Secondary Education
LeDuc, Albert L. – CAUSE/EFFECT, 1986
Typical higher management expectations for the planning process are explored, along with why these expectations cannot always be met. Some limitations to planning for computer services are proposed that can make planning meaningful for operational concerns. (MLW)
Descriptors: College Administration, College Planning, Computers, Data Processing
Peer reviewedCollyer, Charles E. – Teaching of Psychology, 1984
Five ways the computer can be used in psychology courses to teach thinking are described: using the computer to replace things that already work (e.g., a tachistoscope); programing the computer; simulating specialized procedures and situations; providing behavior to be observed and described; and posing problems for analysis and solution. (RM)
Descriptors: Computer Assisted Instruction, Computers, Higher Education, Problem Solving
Birch, Anthony – College and University Business, 1970
Descriptors: Administration, Computers, Environment, Financial Problems
Peer reviewedCollier, P. A.; Samson, W. B. – Computer Education, 1982
The use of the Prolog programing language is promoted as the language to use by anyone teaching a course in relational databases. A short introduction to Prolog is followed by a series of examples of queries. Several references are noted for anyone wishing to gain a deeper understanding. (MP)
Descriptors: College Science, Computer Programs, Computer Science Education, Computers
Peer reviewedBoiarsky, Carolyn; Dobberstein, Michael – Technical Communication: Journal of the Society for Technical Communication, 1998
Discusses the knowledge, problem-solving strategies, and desktop publishing skills students need to learn about documentation writing. Describes a course developed by the authors that provides these skills, focusing on strategies for problem solving, user analysis, conventions, document design and desktop publishing, and using authentic…
Descriptors: Audience Analysis, Computers, Course Descriptions, Desktop Publishing

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