eric.ed.gov har udgivet: This brief presents findings from a study on Urban Advantage (UA), a collaboration between the American Museum of Natural History (AMNH), other New York City informal science institutions, and the New York City Department of Education (NYCDOE) to improve the science literacy of NYC public school students. The analysis draws on a rich longitudinal database, containing student- and school-level data for all NYC public schools and students from 2004-05 to 2009-10. Results indicate that these collaborations can have a positive impact on student achievement and science learning. Key findings include: (1) Students at UA schools outperform students at non-UA schools. In 2006- 07, the third year of the program, 44.2% of students at UA schools are proficient on the Intermediate Level Science Test (ILS) exam, compared to… Continue Reading →
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eric.ed.gov har udgivet: With today’s computer and telecommunications technologies, every young person can have a quality education regardless of his or her place of birth. This is the dream that Open Educational Resources (OERs), when viewed as a right rather than a privilege, are directed to realize. For developing countries, we propose a type of OER initiative that leverages not only technology but also the skills of the in-class teacher, that utilizes not only the Internet but also lower-tech delivery platforms, and that is created not only by developed countries of the West but also by educators in many countries worldwide. We outline the design of a cross-border, collaborative learning and teaching system called the Blended Learning Open Source Science or Math Studies Initiative (BLOSSOMS), with an associated partnership network… Continue Reading →
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eric.ed.gov har udgivet: A project was undertaken to implement the employability, reading, and math skills of disadvantaged students in vocational education. Included in the project were the following activities: (1) field tests, evaluation, and dissemination of a mathematics skills curriculum guide for disadvantaged learners; (2) field tests and revision of guidelines for establishing, operating, and evaluating co-op and mainstream programs for the disadvantaged; and (3) implementation of a series of small-group workshops for teachers of disadvantaged students on implementing employability, reading, and mathematics skills in vocational programs. Separate mathematics, employability, and reading skills curriculum guides and an administrator’s manual for planning, developing, and implementing mainstream, self-contained, or co-op programs for the disadvantaged were developed during the course of the project. An independent review by a third-party evaluator indicated that all… Continue Reading →
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eric.ed.gov har udgivet: This report examines issues in the low achievement of American students in mathematics, with emphasis on the low representation of minority students in this field. American myths about mathematics which emphasize the importance of innate ability rather than hard work are seen as reinforcing racial and gender stereotypes about who can do mathematics. Examples of prominent mathematicians and physicists whose lives counter these myths are offered. Comparisons are made showing that American students at all levels lag behind their foreign counterparts in mathematics achievement. Details of these comparisons and how they have influenced reform efforts in mathematics education are considered. Specific barriers to mathematics achievement experienced by minority students are identified and statistics showing minority underrepresentation in this field are detailed. The Strengthening Underrepresented Minority Mathematics Achievement… Continue Reading →
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eric.ed.gov har udgivet: InterMath, a five-year effort funded through the National Science Foundation, is a statewide Internet-based project with the goal of designing and implementing a series of workshops and ongoing support programs that feature contemporary applications of technology and mathematics pedagogy in the middle grades. Technology is used to deliver the curriculum through Web-based materials and to explore the mathematics using cognitive tools such as dynamic geometry software, spreadsheets, and graphing calculators. Objectives of InterMath include: strengthening the middle school teacher’s knowledge and understanding of mathematics; providing a support structure (online and in-school) to aid teachers in implementing and integrating technology tools for doing mathematics; and providing a structured in-service curriculum that follows Georgia’s Quality Core Curriculum objectives as well as reform efforts expressed in publications by the National… Continue Reading →
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eric.ed.gov har udgivet: The Urban Mathematics Collaborative (UMC) project has the goal of contributing to the improvement of mathematics education in the inner-city schools by identifying models to enhance the professional lives of teachers and encouraging the entry of high school mathematics teachers into a larger mathematics community including mathematicians from higher education and industry. This document is a 5-year site report on the Philadelphia Math Science Collaborative from its inception in 1985 through June 1990. The intent is to reflect on the development of the collaborative, noting the changes that have taken place in regard to the context in the collaborative operated, the collaborative’s management structure, and the focus of its activities. This final site report addresses the major influences exerted on the collaborative and the directions the collaborative… Continue Reading →
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eric.ed.gov har udgivet: The concept of a collaborative math and science project grew out of the need expressed by Cleveland State University (Ohio) engineering faculty and junior and senior high school teachers. These groups sought to provide students with connections to “real world” situations that they will face as they transition into the workplace of the future. The underlying assumptions of the collaboration are that secondary teachers’ understanding of engineering concepts will be enhanced by engaging in engineering problem solving and that the teachers will then incorporate lessons learned from the experiences into their classroom teaching. The goals for the project were to: (1) improve the quality of instruction provided to students; (2) better prepare in-service teachers; (3) increase understanding of educational barriers to curricular change; (4) facilitate the exchange… Continue Reading →
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