Developing Oregon's Technical, Human, and Organizational Networking Infrastructure for Science and Mathematics Education: A Planning Project

开发俄勒冈州科学和数学教育的技术、人力和组织网络基础设施：规划项目

• 批准号: 9454794
• 负责人: William Lamb
• 金额: --
• 依托单位: Oregon Graduate Institute of Science & Technology
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 1994
• 资助国家: 美国
• 起止时间: 1994-09-15 至 1996-02-29
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=9454794&HistoricalAwards=false
• 关键词: Developing; Oregon; Technical; Human; Organizational

9454794 Lamb Oregon is an acknowledged leader in educational reform legislation. The climate created by innovative leaders in public, private, and parochial education, private non-profits, business and industry, coupled with effective political leadership has stimulated numerous initiatives in Oregon implementing computerized telecommunications (CT) for teaching science and mathematics. With so many fine institutions and organizations initiating promising practices and ideas, the need for planning, sharing resources, and working cooperatively is vital, for even as these innovations are being implemented, the majority of Oregon's students are not served by CT for science and mathematics education, or for other purposes either. This project will effect the following short-term goals: Establish an effective coalition of public and private entities for implementing CT as a tool for teaching science and mathematics in Oregon, K-14. Inform coalition members and others of existing infrastructure and ongoing activities related to using CT as a tool for teaching science and mathematics, K-14, to encourage coordination and cooperation. Identify barriers to using CT in Oregon. Identify potential resources and generate solutions to overcome those barriers. Create a practical long-range plan to implement those solutions that includes, but is not limited to, a "Testbed/Infrastructure" proposal to be submitted to NSF in 1995. The method will encompass the following elements: (1) Build a coalition: Invite project participation by selected public, private and parochial schools and districts, colleges and universities, private business and industry, state agencies, and private non-profit organizations interested in applying CT to science and mathematics education. Representatives of this coalition will serve as both a policy and executive board in implementing the proj ect. (2) Research key issues: Commission and fund a series of Benchmark Reports to establish the state of the art, area practitioners, potential sources of help for and barriers to implementation of CT to science and mathematics education (3) Prioritize goals: Implement a Planning Conference in which coalition members and teachers, administrators and others who are pro, neutral and con to CT interact with each other and the Benchmark Reports in Focus Groups to identify perceived barriers, outline potential solutions, and generate prioritized goals for the application of CT. (4) Develop a comprehensive plan: Implement a Strategic Planning Workshop including coalition members, political leaders, and local and regional private funding agencies to generate practical, fundable proposals for accomplishing the prioritized goals for application of CT to science and math education. One of these proposals will be for an NSF "Testbed/Infrastructure" project. The effectiveness of the project will be evaluated in four ways: (1) the usefulness of the Benchmark Reports as information sources, tools for developing both technical and human connectivity, and tools for implementing theory into practice; (2) the ability of the Planning Conference format to encourage participants to generate concrete positive suggestions and to identify real barriers, rather than to engage in essentially product-free discussions of generalities and philosophies; (3) the extent to which coalition members and conference attendees begin to work together in implementing CT; and (4) the number, quality, and implementation of proposals that arise from the process. The proposed project will generate knowledge about barriers to implementing educational innovations, in particular CT as applied to science and mathematics education, and about the ways of bringing together organizations into effective coalition prepared to address the problems.

9454794兰姆俄勒冈州是公认的教育改革立法的领导者。公共、私人和教区教育、私人非营利组织、商业和工业领域的创新领袖所创造的氛围，加上有效的政治领导，刺激了俄勒冈州实施计算机通信（CT）教学科学和数学的许多举措。有这么多优秀的机构和组织发起了有前途的实践和想法，规划、共享资源和合作的需求是至关重要的，因为即使这些创新正在实施，俄勒冈州的大多数学生都没有接受CT的科学和数学教育，也没有其他目的。该项目将实现以下短期目标：建立公共和私营实体的有效联盟，将CT作为俄勒冈州K-14年级科学和数学教学的工具。向联盟成员和其他成员通报现有的基础设施和正在进行的活动，这些活动与使用CT作为K-14科学和数学教学工具有关，以鼓励协调与合作。确定在俄勒冈州使用CT的障碍。确定潜在的资源并提出克服这些障碍的解决方案。创建一个实际的长期计划来实现这些解决方案，包括但不限于在1995年提交给NSF的“试验台/基础设施”提案。该方法将包括以下要素：(1)建立联盟：邀请有兴趣将CT应用于科学和数学教育的选定的公立、私立和教区学校和地区、学院和大学、私营企业和工业、国家机构和私人非营利组织参与项目。该联盟的代表将在实施项目时担任政策和执行委员会。(2)研究重点问题：委托和资助一系列基准报告，以确定科学和数学教育实施CT的最新状况、领域从业者、潜在帮助来源和障碍。召开计划会议，让联盟成员、教师、管理人员和其他支持、中立和反对CT的人相互交流，并在焦点小组中进行基准报告的交流，以确定感知到的障碍，概述潜在的解决方案，并为CT的应用制定优先目标。(4)制定一个全面的计划：实施一个战略规划研讨会，包括联盟成员、政治领导人、地方和区域私人资助机构，为实现CT在科学和数学教育中的应用的优先目标提出切实可行的、可资助的建议。其中一项建议将用于NSF的“试验台/基础设施”项目。该项目的有效性将从四个方面进行评估：(1)基准报告作为信息源、开发技术和人员联系的工具以及将理论付诸实践的工具的有用性；(2)规划会议的形式是否能够鼓励与会者提出具体的积极建议和确定真正的障碍，而不是进行基本上没有产品的泛泛讨论和哲学；(3)联盟成员和会议参与者开始共同努力实施CT的程度；(4)过程中产生的建议的数量、质量和实施。拟议的项目将产生关于实施教育创新的障碍的知识，特别是应用于科学和数学教育的CT，以及如何将各组织联合起来，形成有效的联盟，准备好解决这些问题。