Described is a multidisciplinary group project for undergraduate students in astronomy and physics. The students design and build a simple radiotelescope subject to a number of realistic constraints such as fixed cost, use of a standard communications receiver, and buying of supplementary building materials off the shelf. (BT)

Described are some of the teaching innovations used in a large university chemistry department in Britain. They include diagnostic testing and individual tutoring; self-instruction centers for remedial teaching, complementary services, and specialist materials; new laboratory approaches; and innovations to develop skills needed by chemistry…

Explains the unique benefits of using simulation software in place of physical experiments testing in high school science. Supplies detailed examples of students' usage. A sidebar presents vendors of simulation packages. (AEF)

Describes results from a survey of elementary school students' perceptions of scientists, school science, and the application of science in daily life. Students drew scientists with various stereotypic features such as lab coats, and most were depicted as white males. Most students pictured themselves studying science by doing an activity.…

Describes a science activity using gummy worms to help primary students develop the mathematical skills of measurement concepts, units of measure, estimation, and graphing needed for science learning. Groups of two begin by estimating the number of gummy worms in their package and identifying the colors they expect to find. Individual worms are…

Describes a classroom technique designed to inject an interactive discussion framework into the classroom and to focus students' attention on reading and absorbing information from a textbook. (DDR)

Describes a study to investigate how effectively concept mapping can be used to focus children on their own learning in science and to provide a way of describing their own achievements. Findings indicate that some children were able to identify specific targets for future learning. Motivation and metacognition were the main areas of benefit. (PVD)

In-class tips are provided for teaching science to students with deafness, including individualize class assignments, recognize achievement, use multiple resources, provide individualized activities, encourage research, and encourage parental participation. Tips are also provided for the entire school, such as establishing a science night and…

Describes a popular yearly activity at one middle school in which a production of a Shakespearean comedy becomes the centerpiece of an interdisciplinary unit on the Elizabethan Period involving language arts, social studies, math, science, music, art, technical education, home economics, and the learning center. (SR)

Describes the development of a World Wide Web version of a second-year biology class. Discusses features of the course and its organization as well as interaction with the instructor and other class members through e-mail and a Web conference. Course satisfaction was high with a main positive aspect being students' ability to schedule learning…

Discusses three of the authors' experiences as high school seniors serving as peer tutors and assessors for eighth graders' science portfolios in a science class that integrated a series of year-long writing activities using portfolios into an eighth-grade conceptual science class. (SR)

Describes CAPA, a software tool to implement a computer-assisted personalized approach for homework assignments and examinations in a large introductory physics class at Michigan State University. Highlights include increased individual attention for students; correlation between homework performance and results of the final exam; feedback for…

Driven by Goals 2000 legislation, partnerships involving schools, businesses, and universities are preparing students for technically sophisticated workplaces. The Kids at Work project initiated by Project SMART (Science/Mathematics Applied Resources for Teaching) is a New York State validated approach to improving elementary math and science…

Describes evaluations of CAL (computer-assisted learning) at the Open University (Great Britain). Highlights include evaluation of science teaching; evaluation of the Home Computing Policy; CAL evaluation in the literature; and a framework for a principled approach to evaluation, including interactions with software, outcomes, and a case study.…

Four "fables" from the perspectives of four university collaborators describe the transformation of the original Mathematics and Science Collaborative Project (University of New Hampshire and four Durham, New Hampshire, middle and high schools) as its participants and leaders tried to balance the demands of an externally funded project…