In this article, the author acknowledges that tertiary education has remained relatively unchanged for centuries, delivering information to students through lectures, books, and laboratories where appropriate. However, new technologies are removing the need for traditional teaching because of better understanding of how people actually learn. We…

Faculty members in higher education are involved in many instructional design activities without formal training in learning theories and the science of instruction. Learning theories provide the foundation for the selection of instructional strategies and allow for reliable prediction of their effectiveness. To achieve effective learning…

People find it easier to learn about topics that interest them. Recent neuroscience research has demonstrated that memory is improved when learning material about which we are curious. Therefore teaching in the context of what students are interested in should result in improved learning. How do we figure out what our students are curious about?…

Our purpose in this paper is to try to make a significant contribution to the analysis of cognitive capabilities of the organization of active social systems such as the business enterprise by re-examining the concepts of organizational intelligence, organizational memory and organizational learning in light of the findings of modern neuroscience.…

Argues that most teachers do not understand the nature of human memory. Presents an informal introduction to human memory, including information on long-term retention, prior knowledge, retrieval, and cues. States that instructors can design memory-compatible instruction that makes recording and retrieval of new knowledge easier. (TW)

Explores the fundamental principles of memory, eyewitness accuracy, and police questioning techniques in witness identification in a criminal case. Studies the details of an actual series of attacks and the subsequent police investigation to illustrate that memory is a reconstructive process rather than an accurate recording of events. (Author/ASK)

A model of memory developed by information processing psychologists is described, illustrating how such a model could be used to guide science education research on learning and problem solving. (Author/SK)

The effects of text-provided aids on readers' understanding of scientific passages are discussed. Two techniques are pretraining on definitions and signaling. In the experiments, subjects read a scientific passage with either definitions pretraining, signaling, both, or neither. Results indicated these techniques helped readers build mental models…

Hypothesizes that overloading the working memory may leave no space for thought and organization such that faulty (or even no) learning takes place. Provides examples of this hypothesis and possible remedies. These remedies focus on design of laboratory manuals and equipment and on curriculum content order. (JN)

Presents findings from research studies which suggest that changes in teaching procedures can increase survival rates in chemistry. Using 2-minute pauses in lecture and 3-second wait times in discussions, learning chemistry in context of major from which student comes, and computer applications are recommended. (JN)

Discusses a method used at DePaul University of Chicago, Illinois, in a relativity course for students who are not science majors, emphasizing logical reasoning rather than memory of facts. (HM)

Contends that student success in introductory science courses at the college and university level depends on formal operational reasoning ability, size of working memory, and the degree of field independence. Reports the study findings related to cognitive predictor variables based on the testing of Venezuelan science majors (N=95). (ML)

Examines the relationship of the amount of available short-term memory with the complexity of tasks the subjects mastered. Presents some hints for a better design of instruction. (YP)

Discusses five instructional strategies for increasing the meaningfulness of technical or scientific information. These include organization of prose, use of concrete analogies as advance organizers, use of inserted questions in prose, elaboration activities such as note-taking and discovery learning. (JN)

The generative learning model is explored and linked to recent science education research findings. The implications of the model for the teaching and learning of science, the training of science teachers, and science educational research are discussed. (JN)