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Critical Thinking as a Resilience Factor in an Engineering Program

机译:批判性思维是工程项目中的应变能力

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In the current context of technical higher education in Mexico, there have been changes affecting the school community. The massification phenomenon and the implementation of a competence-based model are both challenges that college students must face. We present the preliminary results of the following research “Resilience skills development through protective and risk factors in engineering students”. In social sciences, resilience is presented as the individual’s ability to identify and solve problems, which impacts their own transformation and growth (Cyrulnik, 2004; Vanistendael, 2006; Melillo & Suarez, 2004). Developing resilience depends on certain resilience skills which through critical thinking strengthen students’ analysis and decision making. We used a mixed methodology because resilience emanates from the individual’s subjectivity. A quantitative study was applied to a sample of 105 students of which 23 were identified as having resilient characteristics. In the qualitative study the results show that 12 of these students had critical thinking as a protective factor.
机译:在墨西哥当前的技术高等教育中,发生了一些变化,影响了学校社区。大众化现象和基于能力模型的实施都是大学生必须面对的挑战。我们介绍了以下研究的初步结果“通过工科学生的防护和风险因素开发复原力技能”。在社会科学中,韧性是指个人发现和解决问题的能力,这会影响他们自身的转型和成长(Cyrulnik,2004; Vanistedael,2006; Melillo&Suarez,2004)。培养适应力取决于某些适应能力,这些技巧可以通过批判性思维来加强学生的分析和决策能力。我们采用了一种混合方法,因为韧性来自于个人的主观性。对105名学生的样本进行了定量研究,其中23名被确定具有弹性。在定性研究中,结果表明,这些学生中有12人具有批判性思维作为保护因素。

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