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COMMUNITY ENGAGEMENT IN BIOLOGICAL AGRICULTURAL ENGINEERING

机译:生物与农业工程社区参与

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The discipline of biological & agricultural engineering (BAE) has contributed significantly to the mechanization and efficiency of agriculture, the production of food and fiber, and the distribution and control of water during its 100+ year history. The work of biological and agricultural engineers through state Agricultural Experiment Stations and Cooperative Extension has ensured that the problems facing agriculture are solved using an applied research model in which the direct beneficiaries of the research (usually farmers) have input in the direction of such research. Although our discipline and our work have been successful, challenges in the discipline remain due to our society becoming increasingly urban with fewer people involved in agriculture, and with decreasing funding and increasing accountability for our research and outreach work. I believe that our discipline can continue to offer solutions to timely problems in rural and urban environments and can continue to flourish in national and international arenas by embracing community engagement. Because the traditional focus of biological and agricultural engineering has been mission oriented research geared toward direct recipients (users) of this research with the input of this constituency, our discipline is poised to work within this context to continue research, teaching, and outreach activities of relevance to pressing societal problems. I suggest that we consider several paradigm shifts that will position our discipline for future success: 1. That we extend the focus of our outreach efforts beyond those directly involved in production agriculture 2. That we use teaching as a vehicle for engaging with community (in addition to research and outreach) 3. That we move toward Boyer's model of the scholarship of engagement, with seamless transitions among research, teaching, and outreach activities. This paper provides background information on community engagement, including principles of community-based design, discusses the aforementioned paradigm shifts in detail, and provides recommendations for BAE professionals to implement such shifts.
机译:生物学与农业工程(BAE)的学科对农业的机械化和效率,食品和纤维的生产以及1​​00年的历史中的水的分配和控制作出了贡献。通过国家农业实验站和合作延期的生物和农业工程师的工作确保了农业面临的问题采用应用研究模型解决,其中研究(通常是农民)的直接受益者在此类研究方向上输入。虽然我们的纪律和我们的工作取得了成功,但纪律的挑战仍然是由于我们的社会变得越来越城市,越来越少的人参与农业,并降低资金和对我们的研究和外展工作的责任。我相信,我们的纪律可以继续提供解决农村和城市环境中的及时问题的解决方案,并通过拥抱社区参与,继续在国家和国际竞技场中蓬勃发展。由于生物和农业工程的传统焦点是针对这项研究的直接接受者(用户)的任务导向研究,我们的纪律是在此背景下工作,继续研究,教学和外联活动与迫切社会问题的相关性。我建议我们考虑一些范式转变,将定位我们的纪律,以便将来的成功定位:1。我们将我们的外联努力的重点扩展到直接参与生产农业的人2.我们使用教学作为与社区有关的车辆(in除了研究和外展)..我们向博伊尔参与奖学金的模型迈进,在研究,教学和外联活动中无缝过渡。本文提供了有关社区参与的背景信息,包括基于社区设计的原则,详细讨论了上述范式转变,并为BAE专业人员提供了实施此类转变的建议。

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