Abstract

The introduction of Indigenous knowledges (IK) and perspectives to the curriculum is an important step in decolonising the curriculum, and in reconciliation. This study explored the impact of a short laboratory project in the context of a traditional Aboriginal remedy (bush medicine), on final year Analytical Chemistry students. 
 
 Samples were taken from the Sandpaper fig both off- and on-country, and students designed their own investigation to determine whether the chemicals present differed with location. The activity required no dedicated cultural awareness training, and did not involve student interaction with an Indigenous academic. A video made by one of the authors supported the students’ cultural learning and understanding. 
 
 The findings indicate that the students displayed a respectful consideration of IK and Indigenous perspectives. However, the students’ inherent aversion to the idea of combining Indigenous and non-Indigenous knowledges, meant that they did not effectively bring Indigenous perspectives to bear within their own investigation. Students believed that the inclusion of Indigenous methods of inquiry in a modern laboratory setting made the IK feel inauthentic. We provide recommendations for more structured approaches to learning when integrating IK/perspectives and Western Scientific practices to allow students to comfortably navigate through IK within a modern context.

Highlights

  • IntroductionThe Transforming Laboratory Learning project (TLL) aimed to develop an engaging, modern curriculum based on sound pedagogy and incorporating context-based learning with opportunities for inquiry and varied assessment types (George-Williams et al, 2019; GeorgeWilliams, Ziebell, Thompson, & Overton, 2020)

  • The findings indicate that the students displayed a respectful consideration of Indigenous knowledges (IK) and Indigenous perspectives

  • The Transforming Laboratory Learning project (TLL) aimed to develop an engaging, modern curriculum based on sound pedagogy and incorporating context-based learning with opportunities for inquiry and varied assessment types (George-Williams et al, 2019; GeorgeWilliams, Ziebell, Thompson, & Overton, 2020)

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Summary

Introduction

The Transforming Laboratory Learning project (TLL) aimed to develop an engaging, modern curriculum based on sound pedagogy and incorporating context-based learning with opportunities for inquiry and varied assessment types (George-Williams et al, 2019; GeorgeWilliams, Ziebell, Thompson, & Overton, 2020). Industrial context has recently been used in the design of a number of new laboratory programs (Bingham, Southee, & Page, 2015; GeorgeWilliams et al, 2018; Pilcher, Riley, Mathabathe, & Potgieter, 2015) These industrial contextbased activities aim to address a number of skills shortages seen in Science graduates e.g. commercial awareness, flexibility, ICT, and use of initiative (Sarkar, Overton, Thompson, & Rayner, 2016; McGunagle & Zizka, 2018) with an aim to enhancing graduate attributes (a set of high-level skills and understandings gained while studying at university). Within New Zealand, Canada and Australia, there is a growing emphasis on cultural competency as a graduate attribute to enable graduates to work, with and for, Indigenous peoples, enhancing social justice and addressing inequities (Page, Trugett, & Bodkin-Andrews, 2019)

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