学生对课程与未来职业联系的看法

S. Bagherzadeh
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摘要

众所周知,反思性写作有助于增进理解,促进终身学习,塑造学生作为未来专业工程师的身份。二年级化学工程课程的学生被要求写一篇反思性的段落,最多一页,关于他们希望如何将课程中学到的概念应用到他们未来作为工程师的职业中。这项任务是作为学期项目的一部分介绍给学生的,该项目应在2021学年秋季学期的最后一天上课。学期项目的反思部分占课程最终成绩的2%。应该指出的是,这门课程的重点是技术内容,没有提供关于批判性反思性写作的指导。该课程由四个不同专业的学生参加,包括化学与生物工程-过程选项(CHML),化学与生物工程-生物选项(CHBE),环境工程(ENVL)和综合工程(IGEN)。使用编码和主题分析对学生的反思进行定性分析,以确定学生提到的共同主题和技能。总字数超过52000个,学生平均写253个单词,标准偏差为102个单词,最少54个单词,最多629个单词。确定了六个关键主题。学生们提到的最常见的主题包括“可持续性”、“一般问题解决策略”和“材料和能源平衡(MEB)作为过程和产品设计的支柱”。分别有47%、40%和27%的学生特别提到了这些主题。不出所料,可持续发展是ENVL学生中最受欢迎的主题,其次是CHML、IGEN和CHBE学生。IGEN学生中流行的主题是“一般问题解决策略”,超过一半的学生认为这是课程的主要收获。近三分之一的CHML和CHBE学生认为这门课程是他们的项目和未来职业生涯的支柱,而只有25%的ENVL学生和只有10%的IGEN学生这么认为。
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Students’ Perception of the Link between Their Courses and Future Career
Reflective writing is known to be helpful in enhancing understanding, promoting life-long learning, and shaping students’ identity as future professional engineers. Students in a second-year chemical engineering course were asked to write a reflective paragraph, maximum of one page, on how they expect to apply the concepts learned in the course in their future profession as an engineer. This task was introduced to students as part of a term project that was due on the last day of classes in the fall term of 2021 academic year. The reflection portion of the term project was worth 2% towards the final grade of the course. It should be noted that this course was focused on technical content and there was no guidance provided on critical reflective writing. This class is taken by students from four different programs including, chemical and biological engineering – process option (CHML), chemical and biological engineering – bio option (CHBE), environmental engineering (ENVL), and integrated engineering (IGEN). The student reflections were qualitatively analyzed using coding and thematic analysis to identify the common themes and skills mentioned by students. The total word count was over 52000 and, on average, students wrote 253 words for their reflection assignment, with a standard deviation of 102 words, a minimum of 54 and a maximum of 629 words. Six key themes were identified. The most common themes referred by students include “sustainability”, “general problem-solving strategy”, and “material and energy balances (MEB) as a backbone of process and product design”. These themes were specifically mentioned by 47%, 40%, and 27% of students, respectively. As expected, sustainability was the most popular theme between ENVL students followed by CHML, IGEN and CHBE students. The prevalent theme among IGEN students was “general problem-solving strategy” as over half of them saw it as the main takeaway of the course. Almost one third of CHML and CHBE students saw this course as the backbone for their program and future career, where as only 25% of ENVL students and only 10% of IGEN students believed so.
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