开发和部署工程公平入门课程

A. d’Entremont, William Shelling, Jennifer A. Pelletier, Heather Gerrits
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引用次数: 1

摘要

公平、多样性和包容性(EDI)教育对工程专业的学生至关重要,因为工程项目和过程中的不平等和殖民化会产生长期和广泛的影响。在工程实践中,公平存在两个挑战:由于各种系统障碍,加拿大工程师作为一个群体并没有充分反映社区的多样性,他们可能没有接受过考虑谁的观点缺失的培训。我们有机会将EDI教育嵌入到一个更大的二年级队列项目中,并将其明确地与工程联系起来。我们创建了三个EDI模块,部署在2020-2021年的队列中。课程的形式是视频测验(介绍性的、异步的)和嘉宾演讲(附加的、更高级的内容)。这些模块包括有关电子数据交换的内容,讨论偏见、特权、交叉性、殖民主义、种族和特定种族主义、性别、性取向和社会歧视,特别侧重于与工程的联系(包括工程专业学生可能遇到的障碍)。我们收集了调查前后的数据。大多数学生同意他们已经熟悉了大部分概念(71%),但大多数学生也同意他们从EDI模块中学到了很多(74%)。我们将其归因于缺乏对在工程环境中应用EDI概念的熟悉。三分之二(68%)的人认为这些内容对他们的职业生涯有帮助。当被问及他们学到的最有影响力的东西是什么时,超过一半的回答明确提到了工程、职业生涯和/或工作场所。这表明我们将EDI内容绑定到工程和专业活动的目标是成功的。总的来说,我们成功地将EDI课程集成到现有的二年级课程中,将内容明确地与工程联系起来。
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Developing and deploying an introductory equity curriculum for engineering
Equity, diversity, and inclusion (EDI) education is critical for engineering students, as the impact of inequity and colonization in engineering projects and processes can have long-lasting and widespread impacts. There are two challenges to equity in engineering practice: Canadian engineers as a group do not fully reflect the diversity of the community due to various systemic barriers, and they may not have been trained to consider whose perspectives are missing. We had the opportunity to embed EDI education within a larger second-year cohort program and link it explicitly to engineering. We created three EDI modules that were deployed in the 2020-2021 cohort. The format was video quizzes (introductory, asynchronous) and guest speakers with graded reflections (additional, more advanced content). The modules consisted of content concerning EDI in context, discussing bias, privilege, intersectionality, colonialism, race and specific racisms, gender, sexual orientation and discrimination in society with a special focus on links to engineering (including barriers engineering students may experience). We collected pre- and post-survey data. Most students agreed that they were familiar with most of the concepts already (71%), but most students also agreed that they learned a lot from the EDI modules (74%). We attribute this to lacking familiarity with applying EDI concepts in engineering contexts. Two thirds (68%) agreed the content would help in their professional lives. When asked an openended question about the most impactful thing they learned, just over half of the responses explicitly mentioned engineering, professional life, and/or workplaces. This indicates that our goal of tying EDI content to engineering and professional activities was successful. Overall, we successfully integrated an EDI curriculum into an existing second-year program, linking the content explicitly to engineering.
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