Professor
Mustapha Muktar
Department
of Economics
Bayero
University Kano
http//:www.mustaphamuktar.blogspot.com
Outline
•Introduction
•Concept of Diversification
•Economic Diversification
•Need for Economic Diversification in
Nigeria
•STEM Education
•STEM Fields
•Target Sectors for Economic
Diversification through STEM Education
•Challenges to STEM Education in Nigeria
•Conclusion
•The Way forward
Introduction
•Nigeria
is the most populated African nation with a population of about 160 million.
The nation is made up of people of diverse cultures and religions endowed with
many natural resources scattered in different parts of the territory
• At
independence in 1960, the main source of the nation’s revenue was agriculture
and extraction of solid minerals. The discovery of petroleum in the country in
the 1960s and the blooming of petroleum in the global market led to her over
dependence on petroleum and a gradual but consistent neglect of agriculture and
other sectors of the economy.
•Today
petroleum accounts for over 90% of Nigeria’s export revenue and over 80% of the
government’s budget Most of this petroleum revenue has been mismanaged through
corruption, and myopic short term economic programmes. The situation has left
the economy of the country at the mercy of the vagaries (Jekwe, 2015)
•With
the continuing decline in global oil prices coupled with decline in crude oil
output due to the activities of militants in the Niger Delta region, declining in the demand of the crude oil from
our major importers,
and
sourcing for alternative energy by other crude oil importing countries left
Nigeria with no
other choice than diversification of its economy from
mono product economy to diverse one
•Nigeria’s
intrinsic potential lies beyond oil; harnessing this potential has become an
imperative given the expectations of lower for longer oil prices based on
recent trends
Diversification
•Diversification
entails the creation of many productive avenues such as in agriculture and
industry, by the introduction of a greater variety of agricultural and
industrial produce, or in terms of creation of entirely new productive sectors
•It is
the process whereby a growing range of economic outputs are produced, It can
also refer to the diversification of markets for exports or of income sources.
•To
diversify an economy first, there is need to give priority to the development
of agriculture and industrial raw-materials locally
•Initially
industrial capability of the country in producing exportables will be greatly
enhanced and food security would also be achieved
•Secondly,
policies must be deliberately shifted away from inward-looking
industrialization around the home market towards systematic efforts to export
industrial products
•Third
is marketing and export promotion strategy such that marketing will help to
export the manufactured products to earn foreign exchange
Economic diversification
•According
to
Anthony and
Chukwudi (2015)Economic
diversification
refers to broadening the range of economic activities both in production and
distribution of goods and services
•It is a
process that helps and immunes a country from volatility of a single commodity.
Economic diversification is generally taken as the process in which a growing
range of economic outputs is produced
•To
Samuelson (1968,
in Ojefia 2016) economic
diversification
is an
act of investing in a variety of assets. Its benefit is that it reduces the
risk, especially in the time of recession, inflation, deflation, etc.
•Economic
diversification
has been used as a strategy to transform the economy from using a single source
to multiple sources of income spread over primary, secondary and tertiary
sectors, involving large sections of the population
• By
implication economic diversification implies a large-scale of structural
transformation in the way value is crated in an economy and the way it is
distributed across the different sectors
Economic Diersification
•To
insulate the economy from the risk of being vulnerable to a single commodity
(oil) as oil price is volatile (it exhibits shocks)
•To
create jobs that can raise the standard of living of an average Nigerian: Oil
and Gas jobs account for less than 1% of total employment and the working
population can no longer be absorbed by the public sector
•To
prepare for life beyond the oil resource. Thus, diversification has been the
subject of numerous plans and initiatives by various governments
•To
explore and tap opportunities and potentialities from other sectors of the
economy (agriculture, manufacturing, education, construction and tourism)
STEM Education
•STEM
is the abbreviation for Science Technology, Engineering and Mathematics
•It
may include curriculum for career clusters other than engineering and computer
science it can include healthcare
science, agricultural science, biotechnology, and food and nutrition science
STEM Fields
•Science
is the systematic study of the nature and
behavior of the material and physical universe, based on observation,
experiment, and measurement, and the formulation of laws to describe these
facts in general terms (Science, 2012)
•
Technology is the
branch of knowledge that deals with the creation and use of technical means and
their interrelation with life, society, and the environment (Technology,
2012)
•
Engineering is the art
or science of making practical application of the knowledge of pure sciences,
as physics or chemistry, as in the construction of engines, bridges, buildings,
mines, ships, and chemical plants (Engineering, 2012)
•Mathematics: is a group
of related sciences, including algebra, geometry, and calculus, concerned with
the study of number, quantity, shape, and space and their interrelationships by
using a specialized notation (Mathematics, 2012).
Target Sectors for Diversification
Agriculture
•Besides
being a potential source of export revenues, agriculture is estimated to
account for close to 60% of GDP and 50% of employment making it a sector with a
key multiplier impact
•The
agricultural sector has the potentials of reducing food insecurity, providing
raw materials to industries and feeding the west African markets as well
•STEM
Education can help transform agriculture through research and development of
modern methods of farming, high yielding variety seeds, modern implements, as
well as modern animal husbandry,
horticulture, fishery and other in the sector
•By
and large information technology which is a product of STEM education can be
used to transform the sector by providing information on inputs prices, output
prices and better marketing
•Manufacturing
sector in Nigeria have a vast potential for contributing to growth and
development due to abundant labour force coupled with the agrarian nature of
the economy. If well organized it would create more jobs and wealth for the citizens
•It
will produce
what we consume as a nation and generate foreign exchange by exporting surpluses
•STEM
Education if implemented well have the capacity of transforming the sector,
this can be achieved through scientific researches and innovation and
implementing the findings to develop manufacturing
•STEM
also have the potentials of transforming relevant researches into
a discovery and problem-solving arena. This encourages creativity and
hence growth and development
• The technological
process of conversion and transformation of raw materials into varying degrees
and classes of goods and services for human consumption holds the ace for
prosperity and national development
Chemical
and nonmetallic mineral products
•Diversification
of downstream sector of petroleum will develop petrochemicals, fertilizers,
methanol and refining, industries relevant in both industrial and consumer
products which Nigeria currently imports
•STEM
Education if enhanced will produce labour force and facilities that can be able
to transform and handle the sector locally thereby reaping all the benefits
associated to the mining sector
•The
development of the mining sector means a reduction in imports and increase in
exports and consequently and increase in the foreign earnings and availability
of products from the sector
Information
Communication Technology (ICT)
•Information
communication technology is one of the issues that occupy the international
economic order. With globalization, the world is now integrated into an entity
•STEM
Education is the backbone of ICT worldwide, therefore if well adopted, it has
the propensity of tapping the potentialities and making Nigeria among the
competitive economies of the world
•With
a large population of young urban people, Nigeria has the opportunity to
leverage mobile technology to generate improved social and economic outcomes
across the consumer sector through e-commerce, e-banking, mobile banking and
mobile insurance and other electronic based economic activities
Trade
and Commerce
•Trade
accounts for 17% of GDP and 23% of employment and has recorded average real GDP
growth rate of 5.48 in Nigeria(LCCI 2016)
•The
current retail distribution range from the traditional street trading and open
market, to neighborhood groceries and now modern shopping malls
• The
potential of this sector can be improved with effective STEM Education, through
modernization of trade to conform to global best practices, this can manifest
in trading online, making use of electronic payments, electronic marketing, and
the design/utilization of business software's that are consistent with Nigerian
socioeconomic and demographic experiences
•STEM
Education if well embraced will overhaul Nigerian trading practices and make
the goods and services traded to be competitive and to penetrate the west
African markets as well as the global market at large
Healthcare
and Biotechnology Industry
•Health
has
been defined as a complete state of physical, spiritual, emotional and social
wellbeing and not just merely the absence of infirmity (WHO)
•A
healthy population can
create wealth,
an unhealthy
population
cannot
deliver a healthy economy. Through STEM Education scientific
achievements
would
led
to longer, healthier, better lives
•And a
healthier society means a more productive society that can harness resources and
diversify the economic base
•STEM
is central to biotechnology, molecular and robotic engineering which are
importance in improving access to health care, provision of food and medicine
necessary for human survival
Challenges to STEM Education in Nigeria
•Inadequate
Funding
•Inadequacy
of instructional materials
•Teaching
methodology
•Lopsided
curriculum
•Inadequate
STEM tutors
•Poor
remuneration and
improved work conditions of STEM tutors
•Poor
Infrastructures
Conclusion
•Economic
Diversification is
the widening of the economy to create opportunities for diverse activities
to
create a broad based economy
•It provides
job for wide spectrum of people and stabilizes the economy against economic
fluctuations of commodities, and sustains the developmental prospects of nations
• Nigeria
needs to use STEM
education as a conduit pipe to diversify the economy to
create job opportunities and satisfy the basic needs of her large population
and sustain the quest for development
•Economic
Diversification revolves around
STEM
Education and it should be exploited in Nigeria
•Science
and
technology is universal.
It is
in every sector.
There
is no sector that science and technology does not influence
•Money
can not buy technology it has to be acquired through
STEM education and skills
The Way Foward
•Improvement
in funding Infrastructures and teaching materials is recommended by the
respective governments
•There
is the need
for the curricula
to
address issues that are typical to integrate STEM education in all aspects
of learning, in this
way, We can rework education curriculum and re-engineer the structural system
in such a way to give emphasis to STEM
•Tutors
should
be carried along in education
policy
and be trained and
well compensated to be
able to deliver
STEM effectively
•The
nation needs to invest its resources through technological development, skill
acquisition and human development, and provision of economic and social
infrastructure for her to be on the path of economic diversification (this can
be achieved through STEM education)
References
• Aigbedion, I.,
& Iyayi, S.
E. (2007). Diversifying Nigeria’s Petroleum Industry. International Journal of
Physical Sciences, 2, 263-270.
http://www.academicjournals.org/IJPS http://www.academicjournals.org/ijps/pdf/pdf2007/oct/aigbedion%20and%20iyayi.pdf
•Anthony,
I. Chukwudi, E.E. and Wilfred, I.U. (2015) Impact of Non-Oil Sector on Economic
Growth : A Managerial Economic
Perspective, Problems and Perspectives on Management,
Volume 13, Issue 2, 2015
•Engineering.
(n.d.).
Dictionary.com Unabridged. Retrieved May 20, 2012, from Dictionary.com website:
http://dictionary.reference.com/browse/engineering
•International
Monetary
Fund (2014). Economic Diversification in the GCC: The Past, the Present, and
the Future.
•Jekwe,
I.(2015) Assessing the Future of Nigeria’s Economy: Ignored Threats from the
Global Climate Change Debacle. Africa Economic Analysis. http://www.afbis.com/analysis/climate_change.htm
•Lagos
Chamber
of Commerce and Industries LCCI (2016) Nigeria: “Looking beyond Oil” Published
by the LCCI
•Mathematics.
(n.d.).
Collins English Dictionary - Complete & Unabridged 10th Edition. Retrieved
May 20, 2012, from Dictionary.com website: http://dictionary.
reference.com/browse/mathematics.
•Ogbu, O.
(2012) Toward Inclusive Growth in Nigeria. The Brookings Institution’s Global
Economy and Development Policy Paper. No. 2012-03, June, pp. 1-7
Olamade, O. O.; Oyebisi, T. O. and Olabode, S. O. (2014) “Strategic ICT-Use Intensity of Manufacturing Companies in Nigeria”. Journal of Asian Business Strategy. Vol. 4, no. 1, pp. 1-17.
Olamade, O. O.; Oyebisi, T. O. and Olabode, S. O. (2014) “Strategic ICT-Use Intensity of Manufacturing Companies in Nigeria”. Journal of Asian Business Strategy. Vol. 4, no. 1, pp. 1-17.
•Ojefia,
I.A (2016) Economic Diversification: Linking Vision to Action, Nigeria world, 2016
•Sanusi, L.
S. (2010). Growth Prospects for the Nigerian Economy. Convocation Lecture
Delivered at the Igbinedion
University Eighth Convocation Ceremony, Okada.
http://www.cenbank.org/out/speeches/2010/gov_convocation_lecture-igbinedion-university-okada_2010.pdf
•Science.
(n.d.).
Collins English Dictionary - Complete & Unabridged 10th Edition. Retrieved
May 20, 2012, from Dictionary.com website: http://dictionary. reference.com/browse/science
•Technology.
(n.d.).
Dictionary.com Unabridged. Retrieved May 20, 2012, from Dictionary.com website:
http://dictionary.reference.com/browse/technology
A Lead Paper on STEM Conference, Katsina State, Nigeria
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