Discussion of constructivist learning environments focuses on the concept of grounded design, a process that involves linking the practices of learning systems design with related theory and research. Topics include directed versus situated learning environments, situated cognition and anchored instruction, social constructivism and problem…

Describes the results of a controlled experiment that tested the effectiveness of Lord's teaching model in: (a) helping students achieve better grades on standard midterm exams; (b) developing higher level thinking skills; and (c) modifying attitudes towards biology at a large urban university. (Author/SOE)

Discusses a methods kit for interactive problem-solving exercises in engineering education as well as a methodology for intelligent evaluation of solutions. The quality of a system teaching logistics thinking can be improved using artificial intelligence. Embedding a rule-based diagnosis module that evaluates the student's knowledge actively…

Using an integrated curriculum anchored in science and multimedia technology, Project LINCOL'N (Living in the New Computer Oriented Learning 'Nvironment) facilitates active learning for all students. The project's vision is to enable all students, including those with disabilities, to engage in authentic learning in a problem-solving environment.…

Describes how an 11th-grade English teacher promoted active learning in her class through a hands-on project that required group problem solving, decision making, and technical writing skills. Discusses how the students simulated a toy factory by working collaboratively in teams to design, build, and market a LEGO toy. (RS)

Introduces a study that identifies which learning styles are prevalent in biology majors. Uses the findings of the study to design a microbiology course. Presents activities that address the different learning styles. Uses self-assessment and portfolios for student evaluation. Includes recommendations for instructional improvement. (Contains 19…

Tests the hypothesis that personalized messages in a multimedia science lesson can promote deep learning by actively engaging students in the elaboration of the materials and reducing processing load. Instructional messages were presented in either a personalized style or a neutral style. Results reveal that personalized messages produced better…

Describes the "Reading and Writing for Critical Thinking Project" which has now sent more than 70 volunteer teacher educators into 20 countries across Central Europe and Central Asia to help teachers to try out methods that foster active learning and critical thinking. Discusses support for the project, teaching strategies introduced,…

A problem sometimes called Moser's circle problem where a circular region has to be partitioned with chords without any three chords intersecting at one point, is discussed. It is shown that Moser's circle problem makes the students to use a variety of mathematical tools to find correct solutions to problems and gives an opportunity to think about…

Noting that the ability to think critically and creatively can be encouraged even in the very young, this book provides practical strategies and lesson plans for introducing children in kindergarten through grade 3 to the fun and rigors of skillful thinking. The first set of four lessons is designed to start children thinking and to lay the…

According to the National Science Education Standards, science curricula should emphasize understanding, reasoning, and problem solving. In order to align with the standards, the learning environment should be an active learning environment rather than a lecture-centered format in postsecondary education. This study evaluates a new format for an…

Children who come to school without numerical game-playing experience have trouble with math relationships in direct-instruction situations. This article explores the varied roles of active thinking, social interaction, previous knowledge, and child-initiated choice in children's development of math concepts. Self-esteem cannot be built by doing…

Offers a problem for teachers to try with their students. The problem is presented visually as a row of 15 connected squares and the task is to determine the number of rectangles. The goal is to encourage teachers to reflect on students' work and analyze classroom dialogue. (PVD)

Describes a non-laboratory science course for nonscience majors that actively engages students in a variety of learning activities. Highlights students' positive evaluations of the course. Also describes active learning experiences incorporated into the course. (JRH)

A Montana teacher in a very small high school describes how SIMMS Integrated Mathematics has helped students to develop better problem-solving skills and better oral and written communication skills, has contributed to increased student enrollment in a fourth year of high school mathematics, and has taught students to use technology tools in…