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Increasing student engagement with graduate attributes

Increasing student engagement with graduate attributes AbstractIt is widely recognised that there is a need to develop a range of generic graduate attributes in engineering students. In order to develop these attributes, universities have employed a number of strategies, including staff development and the adoption of non-traditional teaching methods. However, students also need to have a clear understanding of the meaning of the attributes and why they are important in a professional engineering context. Consequently, student engagement with graduate attributes is also an important factor in their successful development. In this paper, an efficient approach for achieving this is introduced and an example application presented. The proposed approach revolves around a classroom exercise as part of which groups of students discuss and rate the relevance of a set of graduate attributes from the perspective of a practising engineer, about whom they have been provided with relevant background information. Next, the ratings (relevancy scores) given to each of the attributes by the student groups are compared with those provided by the actual engineers, followed by discussion about any similarities and differences between the scores. In addition to increasing student engagement with graduate attributes and student understanding of their importance and relevance, this exercise also provides students with an insight into what “real” engineers do, and what students might expect to be doing once they graduate. Such an exercise was conducted during a single 50-minute tutorial session in the course Environmental Engineering II as part of the Civil & Structural and Civil & Environmental degree programs at the University of Adelaide. A student survey indicated that the exercise was successful in increasing student awareness of the existence of, the need for and the importance of graduate attributes, as well as helping students to gain a better understanding of their meaning. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Australasian Journal of Engineering Education Taylor & Francis

Increasing student engagement with graduate attributes

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Increasing student engagement with graduate attributes

Abstract

AbstractIt is widely recognised that there is a need to develop a range of generic graduate attributes in engineering students. In order to develop these attributes, universities have employed a number of strategies, including staff development and the adoption of non-traditional teaching methods. However, students also need to have a clear understanding of the meaning of the attributes and why they are important in a professional engineering context. Consequently, student engagement with...
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Publisher
Taylor & Francis
Copyright
© Australasian Association of Engineering Education
ISSN
1325-4340
eISSN
2205-4952
DOI
10.1080/22054952.2007.11464002
Publisher site
See Article on Publisher Site

Abstract

AbstractIt is widely recognised that there is a need to develop a range of generic graduate attributes in engineering students. In order to develop these attributes, universities have employed a number of strategies, including staff development and the adoption of non-traditional teaching methods. However, students also need to have a clear understanding of the meaning of the attributes and why they are important in a professional engineering context. Consequently, student engagement with graduate attributes is also an important factor in their successful development. In this paper, an efficient approach for achieving this is introduced and an example application presented. The proposed approach revolves around a classroom exercise as part of which groups of students discuss and rate the relevance of a set of graduate attributes from the perspective of a practising engineer, about whom they have been provided with relevant background information. Next, the ratings (relevancy scores) given to each of the attributes by the student groups are compared with those provided by the actual engineers, followed by discussion about any similarities and differences between the scores. In addition to increasing student engagement with graduate attributes and student understanding of their importance and relevance, this exercise also provides students with an insight into what “real” engineers do, and what students might expect to be doing once they graduate. Such an exercise was conducted during a single 50-minute tutorial session in the course Environmental Engineering II as part of the Civil & Structural and Civil & Environmental degree programs at the University of Adelaide. A student survey indicated that the exercise was successful in increasing student awareness of the existence of, the need for and the importance of graduate attributes, as well as helping students to gain a better understanding of their meaning.

Journal

Australasian Journal of Engineering Education – Taylor & Francis

Published: Jan 1, 2007

Keywords: Graduate attributes; student engagement; case studies

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