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Revitalising science centres in Africa in the age of ICT:Case of Zimbabwe and South Africa
By
Collence .T. Chisita and Nomusa Keninda
“Only by venturing into the unknown do we enable new ideas and new results to take shape”
Margaret Wheatly (1994)
The Information and Communication Revolution has permeated all aspects life including
Education and Science and Technology. The paper seeks to find and recommend an
alternative Science Centre model for African countries. It will seek to find and recommend
an eclectic model that is driven by Information and Communication Technologies with
regards to facilitating interaction and engagement with communities and other science
centres. The critical role of Science Centres in promoting public awareness of Science and
Technology through making provision for convenient inquiry-based learning and an
opportunity to actively engage with and experience the science and technology of the lived
world in which the people of Africa. The paper will highlight the need for developing
appropriate Science and Technology models for Africa given its socio-economic background.
It will examine the extent to which science centres can contribute towards enhancing
scientific literacy and awareness among the citizen using methodologies that are deeply and
widely rooted in indigenous and modern scientific practices that put Africa at the
epicentre of the new trajectory of Science and Technology development thrust .
Key words: Science centre; Indigenous knowledge; Exploratorium model; networking;
Science centres play a key role in public engagement and knowledge transfer and education
through attracting young people to science subjects and science careers, for example they
assist in supplementing the formal science education system by way of offering experiment-
based learning ambience. The future of Africa lies in developing appropriate science centre
networks to provide the solutions to Africa’s current challenges regarding food security,
water management, clean energy, integration of renewable technology and protection of
biodiversity. Africa Science Consolidated Action Plan (2005) places emphasis on developing
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an African system of research and technological innovation by establishing networks of
centres of excellence dedicated to specific Research and Development and Diffusion and
capacity building programmes.
From a phenomenological perspective an appropriate model of a science centre in Africa
should totally eliminate the lacunae between daily lives and experiences of the people
and Science and Technology because it will be designed in manner which make people
identify with it and value its role in realising their potential as citizens in a world
characterised by cultural variations and cultural universals. Science centres should
interpret basic industrial process that is involved in manufacturing, design and consumption.
Science Centre development should build on from “Exploratorium” models which were
designed for hands-on exhibits which afford visitors direct experience with natural, physical,
and technological phenomena. The main purpose of a Science Centre is to advance and
enhance public understanding of Science and Technology. However, it appears the current
models of Science Centres are inconsistent of the ideology or ontology of science centres
which requires rethinking the appropriateness of Science Centres given the socio-
economic background of Africa.
The absence of science centre network cutting across the national, regional and
continental divide is a serious challenge which will derail the continent’s capacity to
reposition itself on the global science landscape as well as global science race. The
development of Science Centres should be anchored on eclectic models that adapts and
adopts through borrowing from the best , valuable and applicable and affordable in the
West or East but retains the best in terms of authentic African perspectives of Science and
Technology as well as combining people centred programmes and interactive centred
activities that engage the visitors psychomotor , cognitive and affective domains for
example hands on exhibitions.
In South Africa , The Department of Science and Technology(DST) undertook a study in
1999 to audit activities in Science Centres in line with the requirement of the White paper
on Science and Technology(1996).The inquiry revealed challenges with regards to uneven
distribution of science centres; human capital , inadequacy of resources to support
educational institutions and schools to make science accessible to all. These engagements
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and findings gave birth to the National Norms and Standards for a Network of Science
Centres in South Africa (2005).The Department of Science and Technology in 2007
acknowledged the critical role that human capital play in success of science and innovation
“All these goals require a qualitative and quantitative expansion of South Africa’s human
capital and knowledge base in science and technology. Without these, there can be no fresh
winds of innovation”.DST(2007)
The provision of Bachelor of Science and Technology in Indigenous Knowledge and the
incorporation of Indigenous Knowledge in the curriculum as well as the creation of a data
base of Indigenous Knowledge are commendable inititiative which will further
strengthen the drive to create appropriate models of Science and Technology reflecting the
multifaceted aspects of development. This is strengthened that both Zimbabwe and South
Africa now have enacted Traditional Knowledge Bills with the former being the pioneer
with its Traditional Medicine and Practioners Act (2002).In line with the Second
Science Policy, Zimbabwe , aims to develop a database on Indigenous Knowledge Systems
in an endeavour to add value to it through modern Science and Technology.
The DST noted that it had established the National Indigenous Knowledge Systems Office
(NIKSO), to nurture national IKS priorities through proactive engagement in the field of
science and technology, to open up academic opportunities, to promote and protect
intellectual property rights (IPR) of communities and ensure equitable sharing of
resources.Similarily Zimbabwe Science and Technology thrust aims to ppromote research
on potential applications of IKS to future national developmental challenges and develop
incorporate IKS into the school curricula. South Africa’s National Norms and Standard
for a Network of Science Centres in South Africa (2005), articulates on four strategic goals
through which science centres in South Africa respond to the needs of local communities;
1. To promote science and technology literacy among youth people and the general
public.
2. To contribute to the enhancement of learners participation and performance in
science, technology, engineering and mathematics(STEM)
3. To identify and nurture youth talent and potential in science, technology, engineering
and mathematics
4. To provide career education in science, technology, engineering and mathematics
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In Zimbabwe the development of scientific and technological capacity as the nerve centre for
social and economic development has been a key priority area for government as outlined in
its Science and Technology Policy. Mathema(1994) notes that during the colonial era
Science and Technology served the interest of commercial agriculture with less emphasis
on the country socio-economic and cultural life and independence era marked a new trend
towards assisting ordinary people and making it more accessible to all sectors , for
example , education, research , health, agriculture and security “Research and
Development must be based on actual and anticipated needs of the economy, it must help our
people raise their standards of living”
Zimbabwe and South Africa should build on from already existing Science networks like
Southern African Association of Science and Technology Centres (SAASTEC) SAASTEC
and South African Agency for Science and Technology Advancement( SAASTA ), Southern
African Network of BioSciences (SANBio) and other initiatives within the context of
Southern African Development Community (SADC’s) Science and Technology Protocol
(2008) which aim to strengthen and develop networks for innovation and steward
sustained socio-economic development and the rapid achievement of the goals of the SADC
common agenda including poverty reduction and eradication. The new alternative models of
Science and Technology should be anchored on a network between Universities, Research
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institutions , government and industry to facilitate collaboration and knowledge sharing
.The two countries can build on the virtual networks developed and maintained by
Universities and Research agencies to facilitate open access to Information. Regional and
continent-wide networks of centres of excellence are the social capital that will help to
catapult African countries on the global science map and also assist in developing science
centres to meet the growing needs of local indigenous people who for years have had the
indigenous knowledge systems disparaged because of positivist inspired colonial thinking.
Zimbabwe boasts of a number of Science Centres including the Biotechnology Research
Institute of Zimbabwe, Scientific Industrial Research Centre (SIRDC) , Research Council
Of Zimbabwe, Network of Libraries, Museums and galleries and Archives. These Science
Centres are also networked to Educational and Training institutions to support education at
all levels. Science and Technology is also an issue on the agenda of the new government
blueprint for socio-economic transformation known as Zimbabwe Agenda for Sustainable
Socio-Economic Transformation (ZimAsset). The implementation of this Plan will rely on
the a number of Key Success Factors (KSFs), for example, strong collaborative
partnerships among Government agencies, the private sector, citizens and other stakeholders,
Human capital development programmes to enhance the acquisition of requisite skills and
Scientific research and development. This should provide an opportunity for scientist and
science practioners to lobby for funding to develop people and activity centred science
centres whereby people are engaged in practical or real life activities.
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It is critical to overcome paradigm paralysis through looking beyond and provide alternative
to Exploratorium models which tend to be elitist and anachronistic and far removed from
the majority of the people who scientifically illiterate. The adaption and development of
appropriate models African Science centre networks will help to make science
comprehensible, apprehensible and useful thus debunking the myth that science is an
activity that takes place in esoteric brick and mortar edifice like University, College or
School. In line with Ivan Illich’s concept of “ Deschooling Society” , it is imperative , to
rethink science by viewing science as everything and viewing society as a learning
University and laboratory free from the fetters of institutionalisation and providing an
ideal environment for human beings to interact with nature and discover and rediscover
themselves and invent solutions to overcome the challenges of the technology, knowledge
and consumerist driven life in the twenty-first century. The appropriate Science Centres
model for Africa should fit in to the category of third space by providing a congenial
atmosphere for teaching, learning, interaction, leisure and instilling in people’s minds that
science and technology have a role which is deeply rooted in human values and aspirations.
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The Development of appropriate science models in Africa should be regarded as a priori to
ensure relevancy, accountability and accessibility to knowledge to develop and sustain a
culture of scientific literacy and prevent society from relapsing into a precarious predicament
of scientific literate illiteracy. The ideal Science centres in Africa should build on the
indigenous intellectual and social capital of Africa oral shaped society to create
conditions for independent learning in flexible de-institutionalised environs. John Mugabe
(2012) from NEPAD posits that the emergence and growth of institutions dedicated to
scientific research and technological innovation has the potential to give African countries
national and regional competitiveness as well as sustainable development. However, there is
need to strike a balance by using science centres to promoting both modern scientific
knowledge and indigenous knowledge to broaden the interpretation of science beyond the
classroom definition. “…Culture is an integral part of development efforts of the continent.
Consequently it is essential to protect and effectively utilize indigenous knowledge…and
share this knowledge for the benefit of humankind…special attention…. the protection and
nurturing of indigenous knowledge…inventions and all other tradition based innovations and
creations.”
Ogbu(2002) bemoans that Science and technology are eternal terms characterising the
African development discourse among our policy makers as reflected by Lagos Plan of
Action of 1980, the Kilimanjaro Declaration of 1987, the Khartoum Declaration of 1988, the
Addis Ababa Declaration of 1998, Ministerial Conference on Science and Technology2003,
Consolidated Plan of Action in 2005 African Year of Science in 2007, and many others, yet
there is a huge gap between the continent and developed countries as reflected by lack of
pragmatic science and technology programmes in the socio-economic development of the
continent.“ All these goals require a qualitative and quantitative expansion of South Africa’s
human capital and knowledge base in science and technology. Without these, there can be no
fresh winds of innovation’ (DST, 2007: 34).
Generally the rapid changes and developments in science and technology requires a
holistic approach with concerted effort from all stakeholders to develop science sciences
that complement formal and informal learning and helps to sustain a science literate society
Science centres are sources of informal learning meant to demystify science and make it
accessible to the common person rather than having it being perceived as an anachronistic
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and elitist field. Science centres science hubs that emphasize a hands-on approach,
characterised by facilities or opportunities for interactive exhibits that encourage visitors to
experiment, explore, discover, share and learn. These centres are critical for the socio-
economic transformation of Africa and the world over governments are investing in
science and Technology to enhance development. It is through the development of vibrant
and vibrant science centres that society is able to communicate or network with schools,
research centres, universities and other social spaces. Overally the development of Science
Centres in Africa should be based on people centric models that connect them with all
aspects of learning , knowledge and development through providing opportunities to;
1. improving people’s understanding of scientific issues,
2. Changing people’s attitudes, awareness and perceptions;
3. encouraging children to pursue careers in Science Technology Educations
4. Developing appropriate solutions to create an inclusive society
5. Using science to popularise learning and indigenous knowledge system
Durranti(2011) posits that as Africa endeavour to eradicate poverty and achieve education
for all under the Millennium Development Goals, there is need for science centres to
stimulate a love of learning and motivation for generating technological knowledge through
hands-on engagement and inspiration. The Cape Town Declaration (2011) recommended
the development of science centres, promote Science and Technology investment, promote
partnerships with key stakeholders, address cross generational sciences and encourage public
participation in such endeavours, develop programmes to promote or leverage the
multidimensional aspects of science with reference to indigenous knowledge, promote and
further research and dialogue between scientists and general public in order to capture and
incorporate public opinion in Science and Technology development and promote a culture
of creativity and invention. The recommendations of the declaration can only succeed
through the establishment of science centres that are connected to academic institutions
“[Science] academies are usually the homes of the grandfathers and grandmothers, Science
centres are the places that delight the young. Linking these is key to creating solutions that
will sustain us across the generations." Hassan (2008).
Science centres promote multimodal or trans-literacies which encompass enhanced
scientific literacy to help members of the public to make informed decisions and partake
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socio –economic development. “ The right to access information from libraries , archives,
museums , galleries as part of the democratic process … If scientists and industry lack the
capacity, or the incentives, to understand society’s needs, we will be less able to use science
to help improve our lives”
Hove and Zinyama(2012) noted that the challenges in the development of Science and
Technology was attributed to lack of synergy, integration and coordination among the
Science and Technology institutions , for example , Universities and Research Centres. The
authors recommended the need for harmonization and synchronization of institutions to
prevent institutional fragmentation. This is in line with the modern mode of knowledge
production as espoused by Gibbons (2006). However such proposals would only succeed
if there was adequate funding for Science and Technology and developing of built in
mechanism within institutions to ensure transparency, accountability and responsiveness to
the sentiments expressed by the Science and Technology stakeholders to move Science
ahead.
“It is science alone that can solve the problems of hunger and poverty, of insanitation and
illiteracy, of superstition and deadening custom and tradition, of vast resources running to
waste, or a rich country inhabited by starving people... Who indeed could afford to ignore
science today? At every turn we have to seek its aid... The future belongs to science and
those who make friends with science.” Jawaharlal Nehru(1948).
Generally in Southern Africa there is greater need for government build on the progress
in development of science centres Higher and Tertiary institutions and Research centres as
well as industry. The success of science centres is hinged upon close collaboration
between government, research, industry and communities .The success of such centres is
also dependent upon initiatives to promote public-private partnerships, increase funding for
frontier areas of scientific research; democratisation and debureacritisation and
demystification of science and Technology. The Department of Science and Technology
regards the National Network of Science Centres as an ideal infrastructure for delivery of
science, engineering and technology (SET) public awareness and SET youth development
10
programmes. The department of science and technology has developed the framework to
encourage local science centres to be conscious of service quality and the need of service
quality. It uses accreditation and quality assurance to guide the establishment and
maintenance of a national network of science centres to uphold excellence and to contribute
in achieving the four strategic goals outlined by the National Norms and Standards for a
Network of Science Centres in South Africa (2005).
In Zimbabwe Science Centre models are based on inter-institutional and interdisciplinary
collaboration, for example, the activities of Galleries, Libraries, Museums and Archives
(GLAM) incorporates public engagement and dialogue into exhibits where people are
presented with ethical issues related to developments in medical science, and invited to write
down the implications of technological advances. Science centres reconnects people to their
environment by featuring the plants that are used every day for food, fuel, medicine and
materials and assist people to start exploring how their actions affect the environment. It is
through the interaction with science centres to acquire knowledge to help them develop their
communities and interact harmoniously with their environments. science centres should be
able to develop programmes that engage communities in an interactive way, for example,
Southern Communities have a rich oral culture which can be exploited by science centres
and other research infrastructure for the benefit of society through knowledge generation ,
building and enhancing social capital and promoting social cohesion and scientific literacy.
Galleries, Libraries Museums and Archives (GLAM) are engaging communities through
Publicity and Outreach programmes ,education and Training , family reading , children story
reading sessions, book launches, Continuous Professional Development and Workplace
Learning(CPDWL), Digital Literacy, intergenerational and intercultural dialogue and meet
scientist .
Mugabe (2012) recommends that African countries should take advantage of the panoply
of digital technologies and its opportunities to develop their Science and Technonology and
Innovation centres and systems through adapting home grow strategic interventions to
develop Science and Technology centres that contribute towards wealth creation and
eradication of poverty of information and food . An alternative to the Exploratorium model
would be an adaptation of an eclectic approach that borrows from both the West and East but
retains an authentic Afrocentric originality. Such models should be developed through a
participatory approach that involves the local people or communities to make in put in the
11
development of high activity oriented exposition than artefact oriented thematic
presentations.
Ogbu(2002) and Mugabe(2009) posit that Africa has an opportunity through the NEPAD
process to acquire, indigenize and sustain its science and technological capabilities through
science and technology development programmes rooted in African scholarship and global
knowledge.Africa’s population is highly concentrated in rural areas and such communities
are widely dispersed and this calls for innovative services through Outreach/ Mobile
Science Exhibitions which will conduct thematic exhibitions on scientific topics relevant to
the life of those who live in villages, for example, environmental management, indigenous
knowledge, capturing fading memories through oral tradition among others. Currently
libraries in Zimbabwe have been experimenting on mobile library projects through Rural
Library Development Programme and such initiative should be used to prop up mobile
science exhibitions which are augmented by science films, shows, science demonstration
lectures, ICT Literacy programmes, intergenerational dialogue and psychomotor driven.
These are continuously monitored and upgraded by the regional network of science centres
and quite often, the demand for a MSE in villages exceeds the supply capacity.
With the advent of Information and Communication Technologies(ICT’s),Sscience
communication activities will take place in virtual environments and this implies calls for
adequate preparation in Africa with reference to development and maintenance of ICT
infrastructure, capacity building and extending digital literacies to users and visitors of
science centres as well as knowledge and skills to produce and procure e-content for science
centres. Networking is important because it is consistent with the requirements of the twenty
first century which call for transition from exclusivity to inclusivity and from ownership to
sharing of resources within science centres. The ICT Sector is critical researching into the
creation of Information Technology platforms for innovative deployment of data and
knowledge for use in various sectors of the economy as well as enhancing competence for
computer hardware, software engineering and cyber security. Universities in the region have
developed networked databases of Electronic Thesis and Dissertations to enhance access
to scholarly material by researchers and scholars.
The prospects for developing Virtual Science Centres offering access to virtual exhibitions
and shows and other activitities will be hampered by digital divide with regards to
12
infrastructural development in rural and urban locations in Africa. In the pursuit of ideal
or appropriate models of Science Centres for Africa, technology should be used to
communicate and overcome problems of space and distance and to undertake
information mediation and consolidation or repackaging to make it appeal to the common
people who are part of the communities where Science Centres are located. This calls for
incoperatetion of storytelling, discussions, inter-generational and inter-cultural road shows,
demonstrations and indabas or debates among others. “Science centres vulgarize knowledge
to make it palatable to the masses, or sugar-coat science with gratuitous hands-on interactions
to arouse visitor curiosity.” Bradburne(1998).
An eclectic model which takes into cognisance the aspirations , conditions, capacities ,
opportunities , preferences of Africa as a continent should be taken into consideration in
the development of an appropriate cost effective model that will leverage Africa’s
potential in science and technology for socio economic development in the
knowledge/wisdom economy. The rich cultural embroidery of oral traditions, indigenous
knowledge and the African Art of conversation combined with modern technology should be
fully exploited in the design of relevant and vibrant model of Science Centres in Africa.
Science centres in Africa should adapt hands on rather than confining themselves to hands
off models of displays that go beyond providing visitors with opportunities to also view but
to interact instead of reacting to phenomenon and ultimately being part of the
experience. The ideal Science model should exploit Information and Communication
Technologies to enable access to information and services to visitors and its design
should not be anachronistic or elitist .Those who are in charge of such facilities should
descent from their ivory towers of excess and promote science and Technology centres
that view people as active rather than passive recipients in the struggle to shape the
focus and trajectory of Science , Technology and Education. It should view people as pro-
active and innovative originators of scientific models knowledge.
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13
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