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Design, construction and investigation of an earth retaining structure – a foundation for active learning
Conference paper   Open access   Peer reviewed

Design, construction and investigation of an earth retaining structure – a foundation for active learning

Adrian B McCallum, Mark Porter and Helen Fairweather
Proceedings of the 27th Australasian Association for Engineering Education Conference, pp.545-551
Australasian Association for Engineering Education (AAEE) Conference: The Changing Role of the Engineering Educator for developing the future engineer, 27th (Coffs Harbour, Australia, 04-Dec-2016–07-Dec-2016)
Southern Cross University
2016
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Abstract

Environmental Engineering Curriculum and Pedagogy
An increasingly evident tenet in engineering education, particularly in geo-engineering is that engineering students must be equipped to 'do' (Atkinson, 2012). How do we train them to 'do'? By doing. Bloom et al. (1971) and more recently others (Biggs and Tang (2007), Jaksa (2012) etc.) have further evidenced the positive impact that active learning or 'doing' can have on student outcomes. This paper presents an undergraduate engineering initiative at the University of the Sunshine Coast, Queensland, where 3rd year geotechnical engineering students 'did' a semester long project that incorporated the design, construction, testing and analysis of a campus-sited earth retaining structure.

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