SAUDI ARABIA 2030 FORESIGHT SCENARIOS 2
The Kingdom of Saudi Arabia 2030 Foresight Scenarios
Based on research and analysis, scenarios predict future of the world. Their aim is to
identify significant events likely to occur in future, describe their repercussions and motivators,
and explain how they will shape the future. According to the World Energy Council (2016),
scenarios are tools that help better understand how the future will look like and what challenges
to expect. Developing scenarios enables to make assumptions, address major uncertainties,
widen perspectives by considering key factors, and come up with visionary strategies and
policies. The Kingdom of Saudi Arabia has also embraced the practice of documenting scenarios
(Vision 2030, n.d.). Decision makers analyze different factors in order to come up with policies
and strategies targeted to shape a prosperous future.
The first possible scenario is a change in political climate of Saudi Arabia. For instance,
the monarchy could fall and be replaced by a democratic government that provides inclusivity of
all the inhabitants of the nation irrespective of their religion: Muslims, Christians, Buddhists, or
others. Moreover, the Kingdom could fall victim of another Arab spring and follow the Tunisian
example in becoming a democratic country. It could trigger a second revolutionary wave like
that in 2011, which will impact neighboring countries in the region as well. However, there is
another potential outcome: the Arab leap could occur, and the government could recognize the
need for reforms. It can implement policies that can eventually lead to economic recovery, which
will ensure political stability and prosperous and peaceful future.
Further, Saudi Arabia is the largest exporter of crude oil in the world. With current
technological advancements in the energy sector, such as invention of electric cars, and increased
use of solar and nuclear energy, the world will be less reliant on oil as source of energy for
powering machines in future (Kobb, 2016). In addition, discovery of other forms of energy such