Teaching deeper learning involves cultivating the critical thinking, problem-solving, and collaboration skills that students need to be successful in their college, career, and civic life. It also involves encouraging students to be active participants in their learning. Public schools across the United States often work to help students develop…

Appreciating the power and beauty of mathematical thought should be an integral component of a student's mathematical education. The meaning of aesthetics in the realm of mathematical reasoning, the relationship of aesthetics to problem solving, the results of two studies, and recommendations for developing aesthetics are included. (MNS)

How the author moved from concern about research to development of prescriptive models of heuristic problem solving and the exploration of metacognition and belief systems is discussed. Student beliefs about problem solving, and their corollaries, are included. (MNS)

Reviewed are the issues of planning, student preparation, exam scheduling, student verification, and software security. Discussed are the effects on student scores of exam scheduling and of students' familiarity with computers, student evaluations of the exam, and security and technical difficulties. (Author)

A sample of 202 students filling in a student evaluation of teaching (SET) questionnaire were asked to complete another questionnaire asking about the specific reasons for awarding a score to the specific SET questionnaire items. The aim was to find out what influenced students' judgements on those items. It was found that students' interpretation…

Some misconceptions about learning are discussed and specific suggestions for helping students in a college developmental mathematics class learn how to learn mathematics are presented. Extensive footnotes are appended. (MNS)

Describes the game STRATAGEM and its usage by university students preparing for examinations. The game, which comprises questions coded by topic and level of complexity (recall, application, and inference), is designed to focus student attention on important content, foster accurate assessment of team potential, and encourage risk-taking.…

A survey of 251 postsecondary students enrolled in management education revealed that the students preferred a student-centered and problem-based curriculum and felt their current curricula did not correspond to that model. Results are detailed and the questionnaires used are appended. (Author/MSE)

A study investigated how the attribution of a problem solution to an individual or group affects the consumer's perception of the solution's quality. Based on the tendency to support group decision-making (Hydra phenomenon) it was predicted that decisions attributed to groups would be perceived as higher in quality than those made by individuals,…

Reviews recent research related to metacognition and mathematical problem-solving performance. Offers suggestions for classroom activities to teach the skills of metacognition (i.e., plan, monitor, and evaluate thinking) in the context of mathematics. Offers instructor observations and students' self-evaluations about the types of metacognitive…

Presents innovative, multiple intelligence math practices that can boost student learning and promote fun in the classroom. Suggestions include doing picture book math, working on open-ended problems, doing math all day and everywhere, and working on cooperative group math. (SM)

The role that food-preparation activities could play in developing understanding of mathematical ideas by middle school students is discussed. Measurement, computation, language, attitudes, and problem solving are addressed. (MNS)

This article offers ways to teach students about nuclear war. Suggestions include: (1) teaching problem solving; (2) presenting alternative views; (3) taking a factual approach; (4) thinking about possibilities; and (5) encouraging action. Included is a list of curriculum guides appropriate for teachers of intermediate grade students. (JMK)

Transactional evaluation is a valuable communication tool for drawing out and resolving beneath-the-surface elements that hinder educational goals. (Author)

The entry, attack, and review/extension stages of problem solving are discussed. A project for children aged 9-13 was developed; some student reactions to problem solving are included. (MNS)