Access by Design: Capstone Projects to Promote Adapted Physical Activity

通过设计获取：促进适应性体育活动的顶点项目

• 批准号: 0756210
• 负责人: Brian Self
• 金额: $ 12.5万
• 依托单位: California Polytechnic State University Foundation
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2008
• 资助国家: 美国
• 起止时间: 2008-03-15 至 2014-09-30
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0756210&HistoricalAwards=false
• 关键词: Access; Design; Capstone; Projects; Promote

0756210SelfPhysical activity has been shown to reduce the risk for a myriad of health problems, including obesity, cardiovascular disease, cancer, and musculoskeletal disease. For people with physical disabilities, these health benefits are potentially even more profound. They are at a greater risk for obesity than the general population, and often have difficulty finding suitable ways to engage in physical activity. When engaging in physical activity, participants report feeling that they are no longer viewed as being disabled. Additionally, adapted physical activity may result in a number of psycho-social benefits, including reduced feelings of isolation, increased self-image and self esteem, and extension of the athlete?s social support network. At Cal Poly, the College of Engineering has partnered with the Kinesiology (KINE) Department in its successful Adapted Activity Program. Jointly we will work in collaboration with the Central Coast Assistive Technology Center (CCATC), a non-profit organization that works directly with clients who have physical and sensory disabilities, to address the special exercise needs of persons with disabilities. Multidisciplinary teams of students will work on capstone projects to design, build, and test assistive devices to aid adapted physical activities. Proposed projects in this grant will enhance the ability of the Adapted Physical Activity Programs to serve those in the community. Development of this athletic equipment fits perfectly into Cal Poly?s Learn By Doing educational philosophy. During their senior design capstone experience, students are required to design, build, and test a system based on user requirements. The projects serve these educational objectives while at the same time providing the opportunity for multidisciplinary experiences and projects with real-world meaning. The PI?s of this proposal have many years of experience in undergraduate design, assistive technology, and service-learning. The project benefits from the strong on-going relationship between the PI?s and the CCATC. Finally, effective programs, such as the KINE Department?s Adapted Physical Activity, and the assistive devices designed by Cal Poly?s undergraduate students will serve as exemplars in addressing the national crisis of obesity in the United Sates.

0756210自我体力活动已被证明可以降低无数健康问题的风险，包括肥胖、心血管疾病、癌症和肌肉骨骼疾病。对于身体残疾的人来说，这些健康益处可能更为深远。他们比普通人群更容易患肥胖症，而且往往很难找到合适的方式进行体育活动。当参与体育活动时，参与者报告说，他们不再被视为残疾人。此外，适应性体育活动可能会导致一些心理社会的好处，包括减少孤立感，增加自我形象和自尊，并延长运动员？的社会支持网络。 在加州理工学院，工程学院与运动机能学（KINE）部门合作，成功实施了适应性活动计划。我们将与中央海岸辅助技术中心（CCATC）合作，这是一个非营利组织，直接与身体和感官残疾的客户合作，以满足残疾人的特殊运动需求。学生的多学科团队将致力于顶点项目设计，建造和测试辅助设备，以帮助适应身体活动。 这项赠款中的拟议项目将提高适应性体育活动计划为社区服务的能力。这种运动设备的开发完全适合加州理工学院？在实践中学习的教育哲学。在他们的高级设计顶点经验，学生需要设计，构建和测试基于用户需求的系统。这些项目服务于这些教育目标，同时为具有现实意义的多学科经验和项目提供机会。私家侦探？本提案的作者在本科设计、辅助技术和服务学习方面有多年的经验。该项目受益于PI？s和CCATC。最后，有效的计划，如KINE部门？的适应性身体活动，和辅助设备设计的加州理工学院？大学的本科生将成为解决美国肥胖问题的典范。