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Peer reviewedShugrue, Sylvia K. – Science Activities, 1992
Presents year-long, elementary science projects that address the question of why daylight hours vary in length according to locality. Provides three instructional units designed to commence in September, including data collection activities for sunny days encouraging later classroom calculations; on-going graphing activities; and modeling…
Descriptors: Astronomy, Earth Science, Elementary Education, Elementary School Science
Peer reviewedNiemitz, Jeffrey William; Potter, Noel, Jr. – Journal of Geological Education, 1991
Describes an approach to introductory geology that requires students to go into the field to make observations, collect and analyze data, synthesize those data, and hypothesize about inferred geologic relationships. The product of these laboratories is a paper that requires students to test their hypothesis using specific examples from the data.…
Descriptors: Content Area Writing, Earth Science, Field Trips, Geology
Peer reviewedJones, Gail – Science Education, 1991
Examines participation in science competitions to determine (1) whether gender differences in participation exist, and (2) whether there are gender differences in the subject areas selected (biological versus physical sciences). North Carolina student participation data were used for the years 1987-88. Gender differences in science competitions…
Descriptors: Competition, Educational Research, Elementary Secondary Education, Extracurricular Activities
Peer reviewedFazio, Rosario P.; McFaden, Dennis – Science Activities, 1993
Describes a project where students were involved in finding the most suitable site for a landfill in their community. This two-month project was conducted using team teaching. Two twelfth grade geoscience classes were involved. (PR)
Descriptors: Earth Science, Environmental Education, High Schools, Learning Activities
Peer reviewedSiviter, Jon; McKim, Richard – School Science Review, 1993
Provides instructions for making telescopes. The design and instruction sheets given to students are provided. (PR)
Descriptors: Earth Science, High Schools, Laboratory Equipment, Light
Peer reviewedMeyer, Karen J. – Science and Children, 1993
Describes a contest where sixth-grade students observe the results of a week of planning, folding, testing, and comparing their best paper frog designs and hopping techniques. This integrated unit helps children unleash their imaginations and develop problem-solving skills. (PR)
Descriptors: Biology, Elementary Education, Elementary School Science, Grade 6
Peer reviewedKowal, Dan – Green Teacher, 1998
Presents a water-quality monitoring project in a Denver school that has evolved into an experiment using a constructed wetland system to treat the acid-mine drainage from an abandoned gold mine. (PVD)
Descriptors: Acids, Chemical Analysis, Data Collection, Environmental Education
Peer reviewedAdamson, Lauren B.; Foster, Martha A.; Roark, Martha L.; Reed, Donna B. – Journal of Research in Science Teaching, 1998
Reports on a case study that examines the beginnings of gender differentiation during a naturally occurring academic activity designed to support and guide young children's interest in doing science. Contains 25 references. (DDR)
Descriptors: Case Studies, Elementary Secondary Education, Hands on Science, Parent Participation
Peer reviewedSilver, Debbie – Science Scope, 1994
Presents an alternative to the competition fostered through traditional science fairs. The Science Expo is an all-day event meant to show students and the community that science is fascinating and fun. (PR)
Descriptors: Exhibits, Extracurricular Activities, Family Involvement, Junior High Schools
Peer reviewedWolfe, Daniel – Science Scope, 1994
Presents an alternative to the traditional science fair. The Science Expo features students projects, science games, teacher demonstrations, and business and organizational exhibits. (PR)
Descriptors: Demonstrations (Educational), Exhibits, Extracurricular Activities, Junior High Schools
Wittman, William – EDUCAUSE Quarterly, 2010
Students in information technology (IT) need realistic, hands-on experience to master IT skills. When students have the opportunity to train with a hands-on curriculum and prepare to certify in the IT field, they become more deeply engaged in both their education and their career path. This article discusses LabSim, an IT certification training…
Descriptors: Information Technology, Hands on Science, Science Process Skills, Science Course Improvement Projects
Anderson, James – Tech Directions, 2010
Project-based learning and academic integration are integral parts of the automotive technology program at Greenville High School. This Ohio comprehensive school has used both of these strategies for the past 15 years and their success is reflected in nine state SkillsUSA gold medals and one bronze, in addition to eight gold medals earned at the…
Descriptors: Student Projects, Active Learning, Success, Problem Based Learning
Delpech, Roger – Journal of Biological Education, 2009
This paper describes a simple, rapid and low-cost technique for growing bacteria (or other microbes) in an environmental gradient, in order to determine the tolerance of the microbial population to varying concentrations of sodium chloride ions, and suggests how the evolutionary response of a microbial population to the selection pressure of the…
Descriptors: Evolution, Investigations, Microbiology, Science Experiments
Education in Science, 2009
The Professor Harry Messel International Science School is organised by the Science Foundation for Physics within the University of Sydney. In 1968, the Foundation extended the participation to the UK and Japan and each country sends five scholars to the Science Schools, which are held every second year. Nowadays, scholars from Singapore,…
Descriptors: Physical Sciences, Foreign Countries, Science Course Improvement Projects, Profiles
Mitsos, Alexander – Chemical Engineering Education, 2009
A project-based design course is developed for man-portable power generation via microfabricated fuel cell systems. Targeted audience are undergraduate chemical/process engineering students in their final year. The course covers 6 weeks, with three hours of lectures per week. Two alternative projects are developed, one focusing on selection of…
Descriptors: Engineering Education, Design, Instructional Design, Science Course Improvement Projects

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