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Visual Literacy in Mechanical Engineering Design: A Practical Approach to Assessment and Methods to Enhance Instruction

机译:机械工程设计中的视觉扫盲:评估和方法提高指导的实用方法

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This work-in-progress seeks to benchmark the visual literacy skills of undergraduate mechanical engineering students at a small technical university, as well as the faculty's current efforts to develop students' visual literacy skills. Visual literacy is accepted as a crucial 21st century skill for students, professionals, and citizens, yet its definition varies greatly across the literature. Existing assessment tools are too general and are insufficient for measuring visual literacy as it applies to engineering design. Our work seeks to establish a simplified method for assessing the visual literacy skills of graduating seniors in a mechanical engineering program. This work will inform the practical next steps in improving visual literacy pedagogy within the program in ways that are sustainable and effective for both faculty and students. We report on the methods of reviewing student visual literacy skills through an examination of a sample of capstone reports completed by the undergraduate mechanical engineering students in the class of 2017 in order to provide a baseline assessment of visual literacy skills. In addition, we report on survey results from faculty respondents regarding the importance they place on visual literacy within their instruction and in assessing students, what tools and methodologies faculty are currently employing, and explore what resources faculty would be most likely to utilize for enhancing instruction within this area. It is expected that in future work strategies and tools will be identified that could be adapted for use at other institutions and programs for assessing visual literacy in STEM fields. Future expansion of this work will include assessment of a larger sample of mechanical engineering student work, as well as other STEM programs at the university in order to measure student growth in visual literacy skills over the duration of their undergraduate experiences. Pilot studies involving faculty training in enhanced pedagogical strategies will also be developed in future work based on the outcomes of this work-in-progress.
机译:这种过程寻求在一家小型技术大学的本科机械工程学生的视觉扫盲技能,以及教师目前培养学生的视觉扫盲技能。视觉扫盲被认为是一个关键的21世纪学生,专业人士和公民的技能,但其定义在整个文献中变化很大。现有的评估工具太一般,不足以测量视觉扫盲,因为它适用于工程设计。我们的工作旨在建立一种简化的方法,用于评估机械工程计划中毕业前辈的视觉扫盲技能。这项工作将以可持续的和有效的方式为在课程中改进可视扫盲教育学的实际下一个步骤,以便为教师和学生提供可持续的方式。我们通过审查2017年本科机械工程学生完成的Capstone报告样本来审查学生视觉扫盲技能的方法,以便为视觉扫盲技能提供基线评估。此外,我们还报告了教师受访者关于他们在其教学中的视觉扫盲的重要性以及评估学生的重要性,目前正在雇用的工具和方法,并探讨了哪些资源教师最有可能利用加强教学在这个区域内。预计将在将来的工作策略和工具中确定,可以适应其他机构和计划评估STEM领域的视觉扫盲的计划。本工作的未来扩大将包括评估更大的机械工程学生工作样本,以及大学的其他词干计划,以便在本科经验期间衡量视觉扫盲技能的学生增长。涉及增强教学策略的教师培训的试点研究也将在未来的工作基于本工作的结果的工作中发展。

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