Although retrieval practice is a more effective learning strategy than restudy, students oftentimes prefer the latter. Previous studies have investigated this suboptimal decision at strategy level. The present study, however, focused on the learning task level: How perceived mental effort and perceived learning during task performance influence…

This qualitative study aimed to examine: (1) the manner in which kindergarten children and first graders make sense of the term "area" regarding optimization problems; (2) how this manner is manifested in their decision-making and "STEAM" (science, technology, engineering, art and math) skills; and (3) how kindergarten children…

Mind Mapping is a learning technique which uses a non-linear approach that encourages the learner to think and explore concepts using visual-spatial relationships flowing from a central theme to peripheral branches which can be inter-related. The new millennium is being called the Millennium of the Mind, and Mind Mapping is becoming widely…

Learning to choose adaptively when faced with uncertain and variable outcomes is a central challenge for decision makers. This study examines repeated choice in dynamic probability learning tasks in which outcome probabilities changed either as a function of the choices participants made or independently of those choices. This presence/absence of…

Test results from the Program for International Student Assessment (PISA) reveal that Shanghai students performed less well in solving interactive problems (those that require uncovering necessary information) than in solving analytical problems (those having all information disclosed at the outset). Accordingly, this study investigates…

Probability matching is a suboptimal behavior that often plagues human decision-making in simple repeated choice tasks. Despite decades of research, recent studies cannot find agreement on what choice strategies lead to probability matching. We propose a solution, showing that two distinct local choice strategies--which make different demands on…

The ability of underprepared college students to read and learn from their reading is essential to their academic success and to their ability to persist towards completing their degree. The purposes of this study were to (a) assess the relationship between the cognitive processes of reading-based decision making and meaningful learning and (b)…

Academic advisors help students with the process of decision making, of making sense of their world, of understanding how they go about learning, and of understanding how to appreciate diversity in their world. If advisors are to help students in these areas, academic advisors should be aware of the cognitive processes of how they make sense of…

Soar, an architecture for problem solving and learning based on heuristic search and chunking, has been applied to a variety of tasks during the development of the Soar project, the goal of which is to build a system capable of general intelligent behavior. The hypothesis being tested in this aspect of Soar research is that chunking, a simple…

Reports on research and educational findings using the Inventory of Cognitive Biases in Medicine (ICBM). The ICBM was administered to medical students as well as practicing physicians and susceptibility to cognitive bias was found to be substantial among both groups. Concludes that educational strategies in the classroom and clinical settings may…

Introduces the Cognitive-Motivational Model of Decision Satisfaction that extends work on closure and the motivational aspects of instruction and learning. Recognizes the importance of information processing in judgmental tasks and specifies confidence as a major contributing factor to learning satisfaction. Suggests potential applications to…

Reports on the positive effect on 400 Venezuelan seventh graders of a course developed to teach cognitive skills that apply to learning and intellectual development. The course stresses observation and classification, reasoning, critical use of language, problem solving, inventiveness, and decision making. (PS)

A study was conducted to examine computer programming as a problem solving activity. Thirteen fifth grade children were selected by their teacher from an above average class to use Apple IIe microcomputers. The investigator conducted sessions of 40-50 minutes with the children in groups of two or three. Four problems, incorporating the programming…

Presents a classification scheme applicable to systematic instructional design, which partitions the cognitive domain into the four levels of knowledge, understanding, mental processes, and strategies, each of which encompasses specific instructional objectives. Guidelines are offered to assist in the design and construction of these instructional…

Two approaches for teaching a student how to define a problem, acquire pertinent data, generate possible solutions, and optimize them for the patient are described: guided design, originating in engineering education; and problem-based learning, which has roots in medical education. (Author/MLW)