Examples of possible methods for unobtrusively evaluating student progress through real problem solving outcomes without formal testing are illustrated. These methods include the use of interviews, artifacts, observations, I learned statements, checklists, flow of discussion charts, and self-awareness exercises. (MN)

Offers seven criteria for developing mathematical thinking, plus suggestions for teaching and assessing students' progress that are compatible with each learning criterion. Provides evaluation sheets that help the teacher assess and grade students on the criteria. (10 references) (MDH)

Interpersonal Process Recall (IPR) is a technique in which audiotapes are used to evoke students' memories concerning their own thinking. Reports a study using IPR to probe elementary students' (n=17) thinking during a problem-solving situation. Concluded that IPR has potential in classroom research. (MDH)

Discusses a new approach to mathematics education that moves away from methods that tell students what to do and toward methods that help students build mental representations of mathematical concepts. Contrasts the previous and emerging views and examines aspects of the new approach. (26 references) (MDH)

This article describes the Mathematical Problem Solving Assessment-Short Form, an evaluation tool to assess various affective factors, cognitive and metacognitive factors, and strategies associated with mathematical problem solving of middle school students. The theoretical basis for the test is discussed and an actual student protocol is used to…

This book reports the analyses and recommendations of a study group formed by the National Research Council to develop conceptual guidelines that make content the driving force in mathematics assessment reform and to explore a variety of related measurement and policy issues. The document focuses on three principles that underlie effective…

This guide for those in the "High Schools That Work" initiative is designed to help teachers use classroom assessment to motivate students to work harder to meet challenging standards; to get students to organize information, make interdisciplinary connections, synthesize new knowledge, and draw conclusions from what they learn; to…