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What Are the Beliefs and Misconceptions about Climate Change of Students Pursuing Careers in Civil and Construction Engineering?

机译:在土木和建筑工程专业求职的学生对气候变化的信念和误解是什么?

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The overwhelming consensus in the scientific community is that anthropogenic climate change will irreversibly affect future generations. Engineering professionals who design and construct our built environment can protect society against the effects of global warming through implementation of building strategies that reduce climate changing emissions. There is little research to assess if students who intend to pursue careers in the design and construction of our built environment hope to address such important environmental and societal challenges. To advance understanding, a survey instrument was developed and validated to measure undergraduate engineering students' climate change literacy, career motivations, and agency to address climate change in their career. Preliminary results compare responses of engineering students intending to pursue a career in civil and construction industries to those of engineering students intending to pursue other engineering careers. The results indicate that civil and construction engineering students are more likely to take sustainability courses and learn about climate change in the classroom, but they do not excel above other engineers in their knowledge of climate science. The educational gap in engineering sustainability courses must be closed to ensure those who will design and construct our built environment are properly equipped to succeed in the sustainability-related careers they desire.
机译:科学界的压倒性共识是人为气候变化将不可逆转地影响后代。设计和构建建造环境的工程专业人士可以通过实施减少气候变化排放的建筑策略来保护社会免受全球变暖的影响。如果有打算在设计和建造我们建造环境中追求职业生涯的学生希望解决这些重要的环境和社会挑战,几乎没有研究。为了推进理解,开发并验证了一个调查仪,以衡量本科工程学生的气候变化识字,职业动机和机构,以解决其职业生涯的气候变化。初步结果比较工程学生的响应,打算在民间建筑行业追求工程学生的职业生涯,打算追求其他工程职业。结果表明,民用和建筑工程学生更有可能采取可持续发展课程,并在课堂上了解气候变化,但他们在其他工程师中,他们并不是他们对气候科学的了解。必须关闭工程可持续性课程的教育差距,以确保设计和构建建造环境的人在其所希望的可持续发展相关的职业方面取得成功。

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