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From nanosystems to ethical eco-systems: designing a workshop for graduate researchers on self-powered wearable health devices

机译:从纳米系统到道德生态系统:为自动穿衣卫生设备上的研究生师范学院设计工作室

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In early spring of 2015, an engineering faculty member approached the Director of the Leonhard Center for Enhancement of Engineering Education and asked for a four-hour ethics workshop for Penn State University graduate students who were involved with the National Science Foundation Nanosystems Engineering Research Center for Advanced Self-Powered Systems of Integrated Sensors and Technologies (ASSIST). The faculty member explained that the training should be completed before the end of the same semester. This paper reports the process through which an interdisciplinary team designed an ethics workshop for graduate students. It also discusses the strategies used by the design team to overcome multiple constraints. The workshop consists of three components: a pre-assignment, a two-hour presentation and discussion, and a brief survey after the meeting. The design objectives for the workshop were: (1) Increasing participants' awareness of the sociotechnical systems within which their research exists and the fact that achieving the goals of ASSIST requires synergy from different components within the systems. (2) Helping participants to recognize that a variety of ethical issues-related to research integrity, broader impacts, and embedded value choices-arise from distinct actors and connections in the system, and to improve their moral perception. (3) Introducing the participants to resources and frameworks to support them as they engage in ethical reflection and reasoning. The design team was confronted with, and successfully overcame, multiple constraints: developing an ethics workshop in a short timeframe; providing a learning experience relevant to students whose research field is unfamiliar to most of the team members; and adapting to the busy schedules of graduate students. The post-workshop survey showed that some of our objectives, especially assisting students' development of a broad, systemic view of ethics related to their own research, were successfully met. The survey also indicated areas for improvement.
机译:2015年初,工程学院成员接近了莱昂哈德中心的董事,加强了工程教育,并要求宾夕法尼亚州立大学研究生的四小时道德研讨会,他们参与国家科学基金会纳米系统工程研究中心集成传感器和技术的先进自动系统(辅助)。教师会员解释说,在同一学期结束之前应该完成培训。本文报告了跨学科团队为研究生伦理研讨会设计的过程。它还讨论了设计团队克服多个约束的策略。该研讨会由三个组成部分组成:在会议后进行两小时的演讲和讨论,以及一次简短的调查。研讨会的设计目标是:(1)提高参与者对其研究中的社会技术的认识以及实现其研究的事实,即实现辅助目标的目标需要从系统内的不同组件开始协同作用。 (2)帮助参与者认识到与研究完整性,更广泛的影响和嵌入式价值选择有关的各种伦理问题 - 来自系统中的不同行动和联系,并提高道德感知。 (3)将参与者介绍资源和框架,以支持它们,因为它们从事道德反思和推理。设计团队面临着,成功克服了多个约束:在短时间内开发道德研讨会;提供与研究领域对大多数团队成员不熟悉的学生相关的学习经验;并适应研究生的繁忙时间表。研讨会调查结果表明,我们的一些目标,特别是协助学生对与自己研究有关的广泛系统性伦理观的广泛系统的发展,尤其得到满足。该调查还指出了改进的领域。

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