生活绿色基础设施实验室:推进景观建筑学教学的跨学科教学和体验式学习。

Landscape research record Pub Date : 2019-03-01
Zhihan Tao, Galen Newman, Michael Arnold, Ming-Han Li, Jun-Hyun Kim
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摘要

三个学院(农业与生命科学、建筑与工程)和四个系(景观建筑与城市规划、园艺科学、土木、生物与农业工程)的教师和学生正在设计、实施和监测雨花园的效果,以展示和试验跨学科的教学和体验式学习。这项合作呈现了一个多尺度、跨学科的工作室教学模式,涉及200多名本科生和研究生在相关领域进行的项目。景观设计专业的学生提供了场地的设计、施工细节和性能监测,并制定了一个大型校园总体规划。园艺学专业的学生繁殖和培育了这些植物。土木工程师协助进行基建设计及水质/水量评估。专业的景观设计师、城市规划师、园艺师、工程师和校园设施维护人员对学生的工作进行了评价。本文详细说明了从一个项目的应用中获得的经验教训,该项目旨在通过实践户外课堂活动,教育和培训学生在传统雨水管理的LID替代方案方面。虽然跨学科网络的机会,景观建设过程的知识,以及利用科学原理进行设计决策的能力都有所增加,但挑战包括跨学科的协调努力,克服每个领域特定的未知命名,由于不可预见的情况而导致的延迟,以及由于维护问题而导致的预算增加。然而,多学科专业人员之间的合作使学生能够体验专业的设计过程,并通过跨学科体验式学习对绿色基础设施的积极影响有更深入的了解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

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The Living Green Infrastructure Lab: Advancing Interdisciplinary Teaching and Experiential Learning in Landscape Architecture Pedagogy.

Demonstrating and experimenting interdisciplinary teaching and experiential learning, faculty and students across three colleges (Agriculture and Life Sciences, Architecture and Engineering), and 4 departments (Landscape Architecture and Urban Planning, Horticultural Sciences, and Civil, Biological and Agricultural Engineering) designed, implemented, and are monitoring effects of a rain garden. This collaboration presents a model for multi-scalar, interdisciplinary studio instruction involving a project conducted by over 200 undergraduate and graduate students across allied fields. Landscape Architecture students provided designs, construction details, and performance monitoring of the site as well as developed a large-scaled campus master plan. Horticultural Sciences students propagated and produced the plants. Civil engineers assisted with constructed infrastructure design and water quality/quantity assessment. Professional landscape architects, urban planners, horticulturalists, engineers and campus facilities maintenance personnel evaluated student work. This paper specifies lessons learned from the application of a program that sought to educate and train students in LID alternatives to traditional stormwater management through hands-on outdoor classroom activities. While opportunities for interdisciplinary networking, knowledge of the landscape construction process, and the ability to utilize scientific rationale for design decision making all increased, challenges included coordination efforts across disciplines, overcoming unknown nomenclature specific to each field, delays due to unforeseen circumstances, and budgetary increased as a result of maintenance issues. However, Collaboration between multidisciplinary professionals enabled students to experience the professional design process and have a deeper understanding of the positive impacts of green infrastructure through interdisciplinary experiential learning.

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Geodesign for multi-scalar consensus: Lessons from flood adaptation pathways planning. The Living Green Infrastructure Lab: Advancing Interdisciplinary Teaching and Experiential Learning in Landscape Architecture Pedagogy.
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