Theoretical Insights into Nitrogen Oxide Activation on Halogen Defect-rich {001} Facets of Bismuth Oxyhalide

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Author(s)
Xu, Kang
Wang, Liang
Feng, Haifeng
Xu, Zhongfei
Zhuang, Jincheng
Du, Yi
Pan, Feng
Hao, Weichang
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2020
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Abstract

A survey of 80 graduates of an Australian popular music degree revealed that graduates had a deep understanding of the value of soft skills to their employability and musical livelihoods. Soft skills are defined here as interpersonal and intrapersonal transferrable skills such as effective collaboration and communication, as opposed to the hard skills related to the technical requirements of a specific task. On breaking down the curriculum and pedagogical framework of the degree over its 3-year delivery, it is shown that the self-directed, collaborative and peer-learning environment is a major contributor to that understanding. The interpersonal and intrapersonal soft skills identified by graduates as essential outcomes of their learning are crucial to navigate the uncertainties of the portfolio career most music students will progress into. Embedding collaborative and entrepreneurial elements across all courses in the program content ensures they become intuitive practice for graduates, applicable across the range of roles they may engage with throughout their musical livelihoods.

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Journal of Materials Science & Technology

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This publication has been entered as an advanced online version in Griffith Research Online.

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Manufacturing engineering

Materials engineering

Mechanical engineering

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Xu, K; Wang, L; Feng, H; Xu, Z; Zhuang, J; Du, Y; Pan, F; Hao, W, Theoretical Insights into Nitrogen Oxide Activation on Halogen Defect-rich {001} Facets of Bismuth Oxyhalide, Journal of Materials Science & Technology, 2020

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