Abstract:
BACKGROUND : Foresight can be used to define futuristic orientated research and development
(R&D) that is required to position the road transport sector for a challenging future.
OBJECTIVES : To develop a set of futuristic R&D projects that could be added to a balanced
SANRAL R&D portfolio to position SANRAL and the transport sector for the future on a
15-year horizon.
METHOD : Inputs into and ranking of the drivers, trends and technologies that will impact the
transport sector were obtained from interviews with eminent thinkers, participants in
workshops and a survey leading to five potential future scenarios. Qualitative and quantitative
data analysis yielded several key solutions (KSs) and key interventions (KIs) to position the
sector. This was complemented with the novel use of technology trees to analyse the linkages
between new and existing knowledge and to identify gaps in knowledge and subsequently the
identification of key R&D opportunities.
RESULTS : Through backcasting from the desired future scenario as well as using 412 stakeholder
inputs, 12 KSs and 61 KIs were defined and ranked. The top 30, most futuristic KIs were
analysed using 18 hierarchical technology trees to define R&D opportunities.
CONCLUSION : The analysis emphasised the importance of new technologies such as data science,
machine learning, smart transport and advanced materials to position the sector.
CONTRIBUTION : The use of a novel, structured technology foresight approach that utilises
scenario development combined with hierarchical technology trees was demonstrated. To
position the road transport sector for a challenging future, 12 new thematic KSs and 61 KIs
were developed.
