Strengthening Farms and the Rural Economy through Agricultural Mechanics

农技强农、农村经济

• 批准号: 1601397
• 负责人: Jay Olsen
• 金额: $ 19.87万
• 依托单位: Snow College
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2016
• 资助国家: 美国
• 起止时间: 2016-08-15 至 2022-07-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1601397&HistoricalAwards=false
• 关键词: Strengthening; Farms; Rural; Economy; through

The project at Snow College in Utah will advance knowledge in the field of agricultural mechanics by integrating education and training in the mechanics of modern, computer-driven technologies with traditional farm equipment mechanics training. Maintenance and repair of precision irrigation equipment, an important innovation that conserves water while enabling profitable farming in drought-ridden areas, requires advanced skills that students will develop as they work with state-of-the-art equipment. The use of drones and GPS makes it possible to identify and monitor problems that directly impact agricultural productivity, and drones also require very specialized maintenance and repair skills. The precision irrigation component of the project will support more efficient use of scarce water resources. Business owners and farmers will provide input into program and curriculum design by serving on the Ag Mechanics Advisory Committee. A formative and summative evaluation process will be employed to continuously enhance the project activities and provide opportunities for researching and evaluating the success of the project and deliverables.This project is designed to develop a new Agricultural Mechanics (Ag Mechanics) program that will meet the growing need for education and training in installing, maintaining, diagnosing/troubleshooting, using, and repairing complex and integrated agricultural equipment. A multidisciplinary curriculum will focus on both traditional gasoline- and diesel-powered equipment and on new computer-driven technologies, including precision irrigation equipment, as well as drones and GPS for crop monitoring and mapping. The new program will consist of existing courses that are relevant to Ag Mechanics, existing courses that are modified to integrate new content, and newly created courses. A rich curriculum will serve students who plan to work in agriculture, both those working on family and commercial farms, and students preparing to become skilled technicians in service industries that repair, sell, and service farm equipment. Ag Mechanics will offer two certificates and an A.A.S. degree. Students who are interested in more advanced studies will be able to transfer to a four-year degree program in Agricultural Systems Technology at Utah State University. An important component of the project will be the development of a pathway program that connects high school students in agricultural courses to the Ag Mechanics program. College faculty will work with high school instructors to promote the pathway and develop a concurrent enrollment course in Ag Mechanics. Area high schools that participate in the pathway program will be able to provide their students with a broader educational experience. Because their high school classes are the beginning of a pathway that can lead to a certificate, a two-year degree, and a four-year baccalaureate degree, participating students will be motivated to complete high school and seek college-level education. The program will provide a model for other technical colleges as the focus on both traditional and modern equipment is an approach that can be replicated at colleges throughout the nation. The multidisciplinary design, which combines existing courses with new and modified courses, is an excellent template for other small schools that lack the financial and human resources to create completely new curricula.

犹他州斯诺学院的项目将通过将现代计算机驱动技术力学的教育和培训与传统农业设备力学培训相结合，促进农业力学领域的知识。精密灌溉设备的维护和维修是一项重要的创新，可以节约用水，同时在干旱地区实现有利可图的农业，这需要学生在使用最先进的设备时发展的高级技能。无人机和全球定位系统的使用使得有可能识别和监测直接影响农业生产力的问题，而且无人机还需要非常专业的维护和维修技能。该项目的精确灌溉部分将有助于更有效地利用稀缺的水资源。企业主和农民将通过在农业机械咨询委员会任职，为项目和课程设计提供投入。将采用形成性和总结性评估过程，以不断加强项目活动，并提供研究和评估项目成功与否和可交付成果的机会。（银力学）计划，将满足日益增长的需要，教育和培训的安装，维护，诊断/故障排除，使用，修理复杂的综合农业设备。多学科课程将侧重于传统的汽油和柴油动力设备以及新的计算机驱动技术，包括精确灌溉设备以及用于作物监测和绘图的无人机和全球定位系统。新计划将包括与Ag力学相关的现有课程，修改以整合新内容的现有课程以及新创建的课程。丰富的课程将为计划在农业工作的学生提供服务，无论是在家庭农场和商业农场工作的学生，还是准备成为维修，销售和服务农场设备的服务行业的熟练技术人员的学生。Ag力学将提供两个证书和一个A.A.S.℃下对更高级研究感兴趣的学生将能够转入犹他州州立大学的农业系统技术四年制学位课程。该项目的一个重要组成部分将是开发一个衔接课程，将学习农业课程的高中生与农业机械课程联系起来。大学教师将与高中教师合作，以促进途径，并制定了并行招生课程银力学。参加该课程的地区高中将能够为学生提供更广泛的教育经验。因为他们的高中课程是通往证书，两年制学位和四年制学士学位的途径的开始，参与的学生将有动力完成高中学业并寻求大学教育。 该计划将为其他技术学院提供一个模式，因为传统和现代设备的重点是一种可以在全国各地的大学复制的方法。多学科设计将现有课程与新课程和修改后的课程相结合，对于缺乏财政和人力资源来创建全新课程的其他小型学校来说，这是一个很好的模板。