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Prioritizing the Development of Experimental Skills and Scientific Reasoning: A Model for Authentic Evaluation of Laboratory Performance in Large Organic Chemistry Classes

机译:优先考虑发展实验技能和科学推理的发展:大型有机化学课程实验室性能真实评价模型

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摘要

Practical skills in chemistry are considered an essential outcome of an undergraduate chemistry degree. To achieve this, chemistry curricula are designated a substantial number of hours in teaching laboratories. However, the general method of a summative assessment of these sessions is through a written laboratory report and not through the actual skills displayed by the students, thereby limiting our ability to identify the deficiencies in a student's putative skill set. This has downfield implications on the perceptions of the value of a chemistry degree, both from employers and graduates. Here, we report a rubric-based method of assessment in which we grade practicals based on observations made in the laboratory. The active assessment allowed us to engage with every student and to offer immediate feedback and guidance for skill improvement.
机译:化学的实用技能被认为是本科化学程度的基本结果。 为实现这一目标,化学课程被指定为教学实验室的大量小时。 然而,这些会议的总结评估的一般方法是通过书面实验室报告,而不是通过学生展示的实际技能,从而限制了我们在学生推定技能集中识别缺陷的能力。 这对来自雇主和毕业生的化学程度的价值的看法具有下降影响。 在这里,我们报告了一种基于规校的评估方法,其中我们基于实验室的观察结果等级。 积极评估使我们能够与每个学生进行聘用,并为技能改进提供即时反馈和指导。

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