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Lessons Learned by INFEWS-ER's virtual resource center for transdisciplinary graduate student training at the nexus of food,energy, and water

机译:Infews-ER虚拟资源中心在食品,能源和水中的跨学科研究生培训的虚拟资源中心学习的经验教训

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The intersection of food, energy and water systems (FEWS) produces many of the wicked problems our students will face during their careers. These challenges present unique opportunities for educators preparing students who will build and implement thesolutions. While the technical competencies of these students continue to be important, the ability for this next generation to be skilled in working with multi-disciplinary teams towards trans-disciplinary solutions is essential. Successful solutions require students to have a broader set of competencies for working on these wicked problems. a student's transdisciplinary tool box may need to include competencies such as systems thinking, high performing teams, networking with a diverse group of stakeholders, and communicating science across disciplines and with lay audiences. Our goal is to create a virtual resource center, the INFEWS-ER, which provides educational opportunities to supplement graduate students' education in the development of these transdisciplinary competencies. A National Science Foundation Project engaging faculty and graduate students from multiple institutions has hosted two symposiums to define critical transdisciplinary competencies, conducted two surveys to further refine our ideas, developed educational modules around several previously mentioned transdisciplinary skills, and piloted two graduate student "cohort challenges" that combined these educational modules with a FEWS challenge. These experiences are designed to bedelivered through the web environment allowing graduate students from multiple institutions and disciplines to assemble around a FEWS challenge of common interest. The purpose of this paper is to share our early experiences relative to delivering a transdisciplinary learning experience for graduate students.
机译:食品,能源和水系统(少数)产生许多我们学生在职业生涯中会面临的邪恶问题。这些挑战为教育工作者提供了准备建立和实施举办的学生的独特机会。虽然这些学生的技术能力仍然很重要,但下一代才能熟练与多学科队伍迈向跨学科解决方案的能力至关重要。成功的解决方案要求学生拥有更广泛的竞争力,以便在这些邪恶的问题上工作。学生的TransdiCIsinary工具盒可能需要包括系统思维,高性能团队,与各种利益相关者的网络,以及跨学科的传播科学,以及划清观众等竞争力。我们的目标是创建一个虚拟资源中心,Infews-er,为教育机会提供补充研究生教育在发展这些跨学科的能力方面。来自多个机构的教师和研究生的国家科学基金会项目已经举办了两个专题因素来定义关键的跨学科能力,进行了两次调查,以进一步改进我们的想法,制定了围绕几个先前的经过学科技能的教育模块,并试用了两位研究生“队列挑战”队列挑战“这将这些教育模块与少数挑战合并。这些经验旨在通过网络环境表达,允许来自多个机构和学科的研究生围绕共同兴趣的挑战。本文的目的是分享我们的早期经验,相对于为研究生提供跨学科学习经验。

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