Please use this identifier to cite or link to this item: https://hdl.handle.net/10321/3888
Title: Integrating the 4th Industrial Revolution in spatial planning curricula : the case of South African tertiary institutions
Authors: Pretorius, Ockert 
Pillay, Nischolan 
Letsoko, Vuyiswa 
Huston, Zinea 
Keywords: 4th Industrial revolution;Adaptation;Built environment;Spatial planning;Tertiary education
Issue Date: 29-Oct-2021
Publisher: Deakin University
Source: Pretorius, O., Pillay, N., Letsoko, V. and Huston, Z. 2021. Integrating the 4th Industrial Revolution in spatial planning curricula: the case of South African tertiary institutions Integrating the 4th Industrial Revolution in spatial planning curricula: the case of South African tertiary institutions. Presented at: Construction Education: Live the Future. 1(1): 536-544 (9).
Journal: Construction Education: Live the Future 
Abstract: 
The 4th Industrial Revolution (4IR) – the narrative of change associated with technologyrelated
disruptions through the proliferation of cyber-physical systems – is set to have a
profound impact on the built environment. Technological applications that include big data
analytics, cloud computing, and machine learning will affect spatial conceptualisation and
design, construction activities, building operations and management, and real estate activities.
The statutory and strategic nature of spatial planning processes may be disrupted by future
technological applications. Equipping current and future spatial planning practitioners with the
necessary skills is essential in maintaining property sector productivity and catalysing renewed
efforts toward spatial transformation in South African human settlements. The objective of this
research is to evaluate current approaches in tertiary education institutions in effectively
transferring knowledge regarding 4IR as it relates to the spatial planning discipline and
equipping said students with the relevant skills to prolong sector competitiveness. A qualitative
case study analysis is applied, which includes the assessment of the curricula of selected
accredited spatial planning schools and their relevant integration of 4IR applications. Research
findings highlight the limited inclusion of 4IR and related multidisciplinary, practical, and
theoretical themes in spatial planning education. Recommendations include increased
knowledge transfer on the theoretical synergies between 4IR and spatial planning; development
of computer-based skills; and implementing existing competencies, including critical thinking
and problem solving, to foster sectoral adaptability.
URI: https://hdl.handle.net/10321/3888
ISBN: 978-0-646-85008-5
Appears in Collections:Research Publications (Engineering and Built Environment)

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