Decolonising the engineering curriculum in a South African University of Technology
Date
2017
Authors
Fomunyam, Kehdinga George
Journal Title
Journal ISSN
Volume Title
Publisher
Research India Publications
Abstract
The coming to being of the ‘MustFall’ movements in South
Africa heightened the call for decolonising the higher education
sector. With engineering being at the heart of national
development and transformation, there is greater need for
engagements in the engineering curriculum to foster the debate
on epistemological access and skills development. This paper
therefore explores the challenges in the engineering sector in
South Africa and highlights decolonising the curriculum as one
way of addressing it. As such the research was designed as a
qualitative case study and data was generated using open ended
questionnaires. The data generated was coded and categorised
and themes were developed from the categories which were
used for analysis. The findings of the study reveal that four key
areas required decolonisation; theory and practice, language,
academics and pedagogy. It further revealed that teaching and
learning within the institution failed to enhanced
decolonisation. The findings further indicated that the
decolonisation process can be enhanced by creating contextual
relevance and curriculum change. The paper concludes by
recommending that decolonising the engineering curriculum is
long overdue and the powers that be need to take responsibility
and engage the subject if the training of more engineers is the
goal. Secondly, the language of instruction, pedagogy, teaching
and learning process and or theory and practice requires further
interrogation to enhance the training of young engineers for
without this the engineering question or challenge will for ever
be a mystery.
Description
Keywords
Engineering, Curriculum, South African higher education, Students, Decolonisation
Citation
Fomunyam, K.G. 2017. Decolonising the engineering curriculum in a South African University of Technology. International Journal of Applied Engineering Research. 12(17): pp. 6797-6805.