0

Eric.ed.gov – Enrichment Opportunities Guide. A Resource for Teachers and Students in Math and Science.

eric.ed.gov har udgivet: This guide was developed for two purposes: to enrich science and mathematics programs in schools and to encourage the professional growth of teachers of science and mathematics. A basic premise behind the development of this guide is that all students should have a variety of learning experiences, especially students in categorical programs such as Chapter 1, bilingual, migrant, and other compensatory education programs. These students should see that the study of science is not confined to the classroom but offers a way to investigate and understand the curious phenomena to be found in the every-day world. Similarly, mathematics is not only the scientist’s primary tool but also a world of its own full of curious phenomena. This publication lists contests and fairs for individuals and teams; extracurricular… Continue Reading

0

Eric.ed.gov – The Influence of Self-Efficacy on School Culture, Science Achievement, and Math Achievement among Inservice Teachers.

eric.ed.gov har udgivet: The study contains a total of 44 inservice or practicing teachers who were enrolled in professional development courses. A novel survey was created to determine a teacher’s perspective of his/her school culture, as well as to measure a teacher’s science achievement, math achievement, science self-efficacy, and math self-efficacy. The survey was administered at the beginning and end of the Physics and Integrated Math and Science Methods courses. Results show the changes of math and science self-efficacy beliefs and school culture beliefs. At the end of the Physics and Integrated Science and Math Methods courses, the inservice teachers believed they could motivate students to enjoy math/science, and the teachers also felt competent to answer questions about math/science experiments. The inservice teachers felt they could assist their colleagues with… Continue Reading

0

Eric.ed.gov – Integrated Science and Math for Junior High Teacher Preparation: Staff Development as a Continual Process.

eric.ed.gov har udgivet: This paper presents a project description of efforts to improve preservice teacher education programs. The project focuses on two aspects. The first aspect probes Auburn Junior High School eighth-grade students and Auburn University preservice teachers, while the second probes Auburn Junior High School faculty and Auburn University faculty. The necessity of starting professional development before certification as a teacher is advocated. Two interdependent timelines of the project are provided. (YDS) Link til kilde

0

Eric.ed.gov – Mexican Students at Primary School and Their Perception and Attitude towards Science

eric.ed.gov har udgivet: This study is part of a larger research project financed by CONACYT, the Mexican authority in Science, Research and Technology. The purpose of this study is to understand perception and attitude towards science of Mexican students at primary school level. Data were collected through a survey answered by 1,559 students from 38 private and public primary schools in 15 cities across Mexico. Findings show that the students from the sample have a positive perception of their science class, and a rather positive attitude towards science. They also report a positive attitude to math. They report that their teachers apply a diversity of teaching-learning techniques, such as the use of new technologies; the use of observation diaries; visits to museums, factories, parks and other institutions; applying surveys and… Continue Reading

0

Eric.ed.gov – South Central Kansas Elementary Math-Science Project – SOCKEMS 71.

eric.ed.gov har udgivet: This publication describes features of the South Central Kansas Elementary Math-Science (SOCKEMS) project developed as a child-centered program, although the actual teaching materials and methods are not described. Materials are presented in such a way that children learn science by using their perceptual ability to great extent. Considerable emphasis is placed on concrete, tangible, observable investigative activities. Inservice teacher workshops to orient teachers with the methods and materials are provided. Evaluation of the program showed considerable student success related to short term and long term achievement and attitudinal changes. This work was prepared under an ESEA Title III contract. (PS) Link til kilde

0

Eric.ed.gov – Recapturing the Lead in Math and Science. Focus 14.

eric.ed.gov har udgivet: This document examines various topics and issues related to the quality of science and mathematics education in the United States. They include: (1) competition from Japan and the Soviet Union; (2) federal programs and legislation designed to improve the quality of science and mathematics education; (3) scientific literacy; (4) the basics in mathematics education, outlining those recommended in the National Council of Teachers of Mathematics report, “An Agenda for Action” and discussing the importance of problem-solving skills and real-world mathematical applications; (5) science and pseudoscience, examining the scientific method and the Creationist threat; (6) National Assessment of Educational Progress science and mathematics achievement data; (7) exemplary mathematics programs and the criteria for excellence in these programs (including the development of thinking skills); (8) exemplary science programs; (9)… Continue Reading

0

Eric.ed.gov – Teaching Math and Science in the Real World.

eric.ed.gov har udgivet: This issue offers a collection of timely topics focused on mathematics and science education. It uncovers the past, present, and future of the national standards movement in mathematics and science education with two articles entitled “Setting Standards for Excellence” and “On the Road to REAL Progress.” A close-up look at students doing real-life water ecology research is provided. This issue also features articles on “Math Wars,” teacher shortages, and curriculum research centers. (ASK) Link til kilde

0

Eric.ed.gov – Supporting Iron Sharpening Iron: Developing a Swagger in the Hearts of Urban Math and Science Students.

eric.ed.gov har udgivet: Due to the increasing achievement gap between schools of urban settings and their suburban counterparts, and in an environment where statewide testing that may begin to hinder the graduation of many urban students, there is a need to close the gap especially in the areas of Math and Science. Teachers in such environments face the daunting task of accelerating learning for urban students in two arenas: conceptual and affective. The conceptual tasks observed during this study included: building up the basic skills of students, developing literacy and proficiency around test taking, as well as completing the curriculum for Calculus. The primary affective tasks observed during this study included: confidence (swagger) development; positive interaction around the “Truth” of their academic status; and work ethic development. In order to… Continue Reading

0

Eric.ed.gov – Project-Based Learning: A Literature Review. Working Paper

eric.ed.gov har udgivet: The concept of project-based learning (PBL) has garnered wide support among a number of K-12 education policy advocates and funders. This working paper builds on and updates a seminal literature review of PBL published in 2000. Focused primarily on articles and studies that have emerged in the 17 years since then, the working paper discusses the principles that underlie PBL, how PBL has been used in K-12 settings, the challenges teachers have confronted in implementing it, how school and district factors influence its adoption, and what is known about its effectiveness in improving students’ learning outcomes. PBL is grounded in cross-cutting “design principles” often related to what is taught, how it is taught, and how students should be evaluated in a PBL classroom. PBL design principles emphasize… Continue Reading

0

Eric.ed.gov – “Action This Day”

eric.ed.gov har udgivet: The U.S. has had a proud history of inventions and innovations since colonial times, but the future of its intellectual capital is now at risk. America’s size, natural resources and historical role as a superpower are no longer enough to ensure its economic future. In today’s global economy, the U.S. is losing many of its previous competitive advantages. Upgrading the knowledge and skills of its workforce is critical. U.S. students must have the relevant knowledge of science, technology, engineering and math (STEM) to become a more competitive workforce. Until 2007, there was no organized national response from the private sector to this competitiveness challenge. The National Math and Science Initiative (NMSI) was launched in March 2007 by top leaders in American business, education and science in response… Continue Reading