"African Indigenous Knowledge Systems (AIK): Implications for the Curriculum," by Gloria Emeagwali

in Toyin Falola (ed), Ghana in Africa and the World: Essays in Honor of Adu Boahen,

Africa World Press,

New Jersey, 2003


MAIN SITE: WWW.AFRICAHISTORY.NET

Introduction

In the first part of the paper we examine conceptual issues associated with Indigenous Knowledge Systems (IK) including the nature of the intersection between Science and IK. We reflect also on methodological pluralism and knowledge production. Intellectual property rights and empowerment are also examined. We then explore the multiple linkages between IK and the curriculum in terms of needs, goals, teaching strategies and instructional resources of various kinds. We reflect on anticipated outcomes and methods of evaluation. We also discuss the role of the library media center and the library consultant in curriculum planning with respect to IK. Our emphasis is on those components of IK which describe, explain, predict and try to negotiate nature. In the first section of the paper we also explore some curriculum models and approaches relevant to our discourse and various dimensions of teaching, learning and researching AIK through the use of 'oral traditions' and other methodologies. In the second part of the paper we provide specific instructional guidelines on African Traditional Medicine, Mathematics, Food Processing, Metallurgy and Building Technology. Selected readings and multimedia resources are identified along with current instructional and research challenges. In the course of the paper we specify that AIK, whether institutionalized or not, structured or unstructured, has specific implications for democratization, community empowerment and nation building. We argue that it also has implications for sustainable development, capacity building and intellectual development in Africa in the 21st century.

Indigenous Knowledge (IK) and Science

There are intersections between mainstream science and IK. At the core of mainstream science is the desire to negotiate nature through sequential processes such as hypothesis formulation, experiment and prediction. The process of discovery may be intuitive, accidental, conjectural or inspirational but outcomes are generally predictable and repeatable although some scholars argue that the general thrust of mainstream science is to explain regularity and to deliberately exclude the unique and intractable. Knowledge production in mainstream science includes phases of experimentation through trial and error or otherwise. But there are some areas of non-convergence as well between IK and mainstream science. IK seems to be relatively less transferable than conventional science, given its holistic socio-cultural and even spiritual dimensions. IK appears to be largely communitarian in terms of discovery and experimentation and the mode of transmission and sharing is often collective rather than individualistic. Embedded in the products and services associated with IK are proprietary systems which are often more flexible and negotiable than its western counterpart in some cases and non-existent in others. The engine of growth and sustenance is neither the market nor the profit motive nor is it prone to large-scale mass production and economies of scale. IKS provides excellent examples of community based and community biased research. Its weakness lies in its close reliance and over dependence on demographic stability and morality. The community is a source of strength for IK in terms of the discovery process and knowledge production. For methodological pluralists such as Paul Feyerabend, by implication, IK is science because it functions. For some 'unified theorists' who believe in the concept of a single science, IK may probably be construed as scientific in the light of some of the common features associated with the enterprise. One perspective suggests that IK should be integrated into the mainstream whilst another implies that IK is science - separate from the mainstream but equal.

African Indigenous Knowledge Systems (AIK) : Goals and Outcomes

Resolving theoretical and conceptual issues about the identity of African Indigenous Knowledge Systems (AIK) is in fact one of the many challenges confronting African philosophers, historians, anthropologists and educators. There are numerous other theoretical and methodological puzzles, most of which would best be resolved in structured discussions within an institutional framework, in the context of a planned curriculum and formalized discourse. European philosophers of science from Popper to Lakatos, and Kuhn to Feyerabend have spent an inordinate amount of time discussing the nature of rationality, objectivity and problem solving in mainstream science. We need to do the same for AIK, rejecting, accepting, modifying or adapting relevant conceptual baggage in the field and creating entirely new constructs of analysis for understanding the phenomenon where necessary.

The need for the inclusion of AIK in the curriculum goes beyond the above issue, however, no matter how significant the latter objective may be. There are psychological, intellectual, and economic reasons, which basically stem from the mode of evolution of the historical process in the continent, as well as the structures of intellectual dominance and dependence associated with colonial and postcolonial hierarchies and power elites. We have elsewhere identified several strategies of disinformation embedded in euro centric colonial and post-colonial education, including the selective omission of non- European achievements, inventions and technologies; the distortion of data; surreptitious naming; and several other strategies of colonization and recolonization. The recognition and appreciation of IKS is a source of healing of therapeutic import in the context of unhealthy imbalances, distortion, trivialization and neglect as inflicted by the eurocentric education and governance. Tapping into the intellectual resources associated with IK is not only cost effective but also relevant and indispensable for environmentally and ecologically sensitive activity.

It is at the level of economic sustainability, self-reliance and cost effectiveness, however, that AIK continues to prove its viability and strength. The most vibrant sectors of African economies at this present time are the informal sectors, sometimes referred to as the second economy. In some cases over 50% of total economic growth takes place in this arena of small-scale producers, manufacturers and bankers. Specialists and technical operatives include metallurgists, textile manufacturers and food processors. The interesting issue here is that many of the agents and agencies associated with the second economy tap into the accumulated skills and expertise and indigenous knowledge systems from traditional Africa.

The fact is that Africa in the 20th century was afflicted by 2 major externally derived economic models of exploitation, namely, the colonial model of exploitation and neo-colonial models aimed at recolonization. The economic and epistemological or knowledge oriented aspects of those models were aimed at exploitation and mal-development. Built into those models were negative and unwholesome presuppositions about race, gender and segregationist policies and discriminatory modes of allocation of space, resources and infrastructure prevailed. Export- oriented growth, monoculture and outward-bound programs for the export of first stage mineral and agricultural extraction were the dominant trends in most parts of the continent.

The survival of the informal sector took place against the odds. Its survival is a testimony to the strong capacity for resilience and growth of AIK which invariably persists not only at the level of material culture and the natural environment but, also fields such as business management, banking and hospitality or service. Jeffrey Fadiman points out in South Africa's Black Market (2000) that African business methods include a people- centered approach which places people above the product. In a reversal of western business strategy, personal relationships precedes product presentation. He identifies indigenous management strategies which are the result of indigenous commercial value systems and ethics 'refined' over several millennia. Fadiman's text is geared for the business traveler from the West but it is an excellent springboard for in-depth research into IK at the level of management and business administration.

The entrenchment within the curriculum and the educational milieu of structures for the critical evaluation, understanding and revitalization of AIK must necessarily be an important challenge for 21st century policy makers and educators. The end result could be the consolidation of self-sustaining networks of local researchers, democratically engaged in research and compatible with community values, aspirations and goals. It could also establish a pathway towards the consolidation of democratic forms of knowledge production if done within the framework of openness and empathetic critical research. Research that matters in this context would also include discussions about intellectual property rights and the nature of compensation for indigenous knowledge workers and experts. At the moment institutional science is taught in the context of a eurocentric paradigm which carries along with it disdain, disrespect and arrogance. It is hoped that respect, humility and openness would be some of the values permeating the new curriculum.


The Curriculum and AIK

Whether one views the curriculum as an academic plan, a map or a sequence of steps, the reality is that theoretically speaking there are various models to choose from. We shall discuss two of these and reflect on the implications for teaching and learning strategies, content, evaluation and anticipated outcomes with respect to Africa's IK. The two selected models, models 'A' and 'B' do not constitute all possible approaches to the curriculum but they seem to be amongst the most dominant. The first model implies that knowledge consists of an independent body of facts that can be assimilated and transmitted through a good teacher and by means of thorough coverage of specific textbooks. Students are effectively assessed by occasional exams, which may be objective tests or essays. This particular model is generally teacher- centered and the instructor is a major actor in the learning process. The content is generally logically arranged in a sequence of units. Educational content may be identified with specific disciplines in this teacher- centered and subject- based model. It is quite feasible though to have variations of the model, which utilize student, centered learning strategies within the context of core areas of study. Use of the Library Media Center may be relatively restricted in this approach given the emphasis on one or two textbooks identified by the teacher as exemplary. To teach AIK in this classroom environment entails the discovery of one or two outstanding texts which would have incorporated identified core areas. At its worst the textbooks, if eurocentric, place the entire enterprise at risk - through insinuation, ridicule and negative representations aimed at perpetuating euro-american superiority and triumphalism. In this case, both teacher and student may be hostages to text. At its best, however, the student emerges informed although not necessarily critically aware of societal improprieties and prevailing power relations.

In the case of the more critically engaged model, however, the focus is socially oriented. Students are encouraged and trained to challenge existing relations of power and domination in terms of a transformative epistemology. Awareness of societal ills at local and global levels preoccupies discourse, and the curriculum is viewed as an instrument of empowerment. Consciousness raising and so too the development of social awareness become part of the mission of the curriculum and curriculum planning. With this model the use of the library media center is extensive. Learning and teaching strategies are decisively student centered. There is a greater range of methodological experimentation and more willingness to utilize student centered resources. This model also aims at developing the mind and the intellect in the context of rigorous intellectual activity and community-oriented research. Its implications for indigenous knowledge are manifested in affective, cognitive and methodological approaches including a more experimental use of instructional resources. There is a keen awareness that knowledge production is socially derived and that relations of domination and oppression could affect content. Evaluation in the context of this approach is not associated with objective tests and the like but rather with measuring attitudes and social consciousness and as pointed out by Susan Toohey, this is sometimes negotiable through dialogue. For the first approach AIK may be structured along the lines of conventional disciplines. In the second a more decidedly problem oriented approach is undertaken. The concept of praxis is a prominent item on the agenda and so too are community - based projects. For the first model the structure of knowledge is logical. For the other its basis is social.

Oral Tradition and AIK

The most significant information gathering exercise for AIK is Oral Tradition, namely, the collective testimonies and recollections of the past inherited from earlier generations, and transmitted in various forms of verbal testimonies. Orally transmitted information inherited from past generations may be shared in both structured and unstructured contexts. It constitutes a major resource and has been classified by many different scholars. Vansina's thoughtful classification is still handy. His five categories of Oral Tradition include formulae embedded in slogans, ceremonial or spiritually derived language, poetry, leadership lists of reigning monarchs, narratives or tales and commentaries. Narratives may be historical, instructive, artistic or personal and commentaries legal or non-legal Needless to say that 27 types of Yoruba poetry have been identified by one researcher including poetry for wedding ceremonies, for relaxation and entertainment, for funerals of well known personalities, and poetry for the 'Orisa' of wisdom, IFA.

The most relevant kind of poetry for indigenous knowledge research of the kind emphasized in this paper seems to be praise poems, poetic invocations for traditional healing, and poetry expressing deep thought and philosophy. To tap the resources associated with Akan Oral Tradition one must understand and identify the various specialists associated with the enterprise such as minstrels, masters of ceremony, royal drummers, royal horn blowers, spokesmen of the king, the funerary priests of the king, the king's carrier, the female soul bearers, the masters of ceremony to the divinities, and various court functionaries and administrators.

There are important ground rules for researchers into indigenous knowledge systems who utilize Oral Tradition. At a preliminary stage, researchers must be fully sensitive to the status of the provider of information, his or her stake in the system and the various versions of the traditional explanation given. Preliminary questions should be asked about the ethnic identity of the group or community associated with the orally shared information. There should be a clear understanding of whether or not the orally transmitted information is myth, legend, proverb, chant , praise song or of unidentified or unidentifiable origin. The researcher should determine whether the information has relevance for researching genealogy, traditions of origin, migration patterns, settlement patterns, biography , spiritual and religious trends, medical techniques, food processing, textile, building, botanical or other methodologies, general lifestyle or otherwise. Particular attention must be placed on time- specific references such as natural disasters, eclipses or contemporaneous events. Ambivalent concepts must be identified and so, too, distortions, if any, in the translation process. Gender, racial or private biases must be recognized, and so, too, the extent to which such biases are associated with the community, the presenter or the translator of the oral document. The nature of transmission of the document is significant because court historians tend to interpret differently from unofficial griots or institutions such as specialized training schools. If the data is associated with collective memory, one should be aware of that.

Instructional Resources and AIK

No longer is the library primarily a depository of books nor the librarian mainly a caretaker and custodian. The profession is in a stage of great transformation. According to Carol Kearney, the librarian of old is being transformed into a curriculum planner and a media specialist, significant in the use of a wide range of resources such as computer generated programs and a wide range of internet derived resources including virtual museums, virtual laboratories and even virtual libraries. Audiotapes retain their appeal and so do more conventional resources. Given the importance of Oral Tradition both in research methodology and in information gathering, the audio tape probably remains the most important resource of all. It is cheaper and less intimidating than the camcorder and some other newer technologies, and the concept of depositing finished tapes in the library media center is not difficult to implement and sustain. The onus of any African Indigenous Knowledge Center is to extensively document, before it is too late, a variety of accumulated experiences from African regions near and far, obscure or obvious. Colonial espionage provided a series of anthropologically based intelligence reports. The newly independent states of Africa must now engage in this exercise for the right reasons and collaborate with their predecessors in the construction of databases of all types. This must be done in the context of knowledge accumulation and consolidation, problem solving and community enrichment.

The role of the library media center in curriculum planning is related not only to instructional material but also teaching and learning strategies such as discussions, debates, symposia, interviews and tutorials. The participatory atmosphere generated by such activities is quite compatible with the spirit and content of IK. A fundamental assumption here is that the classroom teacher at various levels must collaborate with the Library Media Center in identifying needs, devising instructional content and by providing learning experiences. In fact Urbank sees the teamwork between the two professionals in terms of three possibilities, namely,' the teacher planned approach', 'the librarian planned approach' and ' the unified team approach'. In the ideal situation the library consultant is aware of the teaching goals, content to be taught, and teaching and learning strategies to be implemented. It is obvious that the librarian must therefore be generously rewarded and given appropriate financial and other incentives.

In the current era of IMF / World Bank structural adjustment impositions and debt repayment there are serious financial constraints. We are aware also of the impact of these programs on the funding of educational institutions and library systems and therefore the search for excellence is also a search for affordable resources whether at the level of instruction or resource management. Because AIK research is largely community based a major investment in the enterprise is the well being, health and survival of the most valuable resource of all, people. This is all the more why the current AIDS pandemic is tragic. On a positive note, though, observe that indigenous systems of knowledge production facilitated the discovery of the healing properties of the African willow (South Africa) and the hoodia plant (Namibia) and iboga (Gabon and Cameroon), botanicals which are about to revolutionize the Western medical establishment in terms of cancer treatment, dietary care and anti-addictive therapy, respectively. In the case of the potential cancer cure, the principle at stake is the interruption of the flow of blood to the cancers in patients and not to the healthy tissue. The traditional doctors who brought this herbal, 'combrettum caffrum' to the attention of Dr. Bob Pettit of Arizona State University did not use the herbal for cancer treatment but they were certainly aware of its scientific significance in health care. It is not inconceivable that a benign cure for AIDS could emerge from the resource base of AIK. If AIDS does not exist there must be something killing the people in such large numbers and that entity, whatever its name, must be destroyed. If AIDS is the product of biological warfare and genetic engineering and deliberately infected monkeys in the wild, the challenge is all the more greater for us as researchers, educators, scientists and healers. Burying one's head in the sand to ward off disaster is not a credible strategy for coping with tragedy.

Curriculum planning must always take into consideration existing power relations and the multiple centers of power involved in the process of decision-making and implementation. Political support has to be obtained for the adoption and implementation of the curriculum in terms of local students, faculty, library personnel, deans and unit heads no less than the wider agencies associated with the government such as regional administrators and equally important the mass media. Vested interest groups, which abhor the democratization of knowledge and hope to maintain their positions of dominance, would have to be confronted, persuaded or outwitted if the plans were to be implemented. b

In this segment of the paper we utilize ideas from the two approaches to curriculum discussed in the first part of the paper. We provide some specific instructional guidelines on content and research and make suggestions about selected bibliographic and multimedia resources of relevance for classroom teaching and the library media center. We also reflect on curriculum objectives and outcomes and teaching and learning strategies. Some comments are made on evaluation and implementation. Content analysis includes discussions on Medicine, Mathematics, Food Processing, Metallurgy and Building Technology. Section A contains a revised version of an earlier discourse included in Douglas Allchin and Robert Dekosky (eds) Introduction to the History of Science in Non-Western Traditions, History of Science Society, Washington, 1999.

A.

Medicine

African Traditional Medicine (ATM) is holistic and attempts to go beyond the boundaries of the physical body into the spiritual. This is in contrast to bio-medicine which views the body mechanistically in terms of individual parts, and is derived from the germ theory of disease, ATM can be categorized as mind-body medicine. Some common medical principles have emerged over time in various African regions. These include several scientifically proven techniques and strategies, some of which are culturally specific and of psychological importance. Among the common principles and procedures utilized in African Traditional Medicine (ATM) are hydrotherapy, heat therapy, spinal manipulation, quarantine, bone-setting and surgery. Incantations and other devices of psycho -therapeutic dimension are often applied.. Western based pharmaceutical companies often send agents to tap the knowledge of traditional African pharmacologists.. Treatment for cancer, obesity, drug addiction , diabetes and other ailments have benefited directly and indirectly from from traditional African pharmacologists through plants such as the African willow (South Africa), the hoodia plant (Namibia), iboga (Gabon and Cameroon) and other botanicals. T. Carlson (2002) acknowledged that Shaman Pharmaceuticals collaborated with 58 traditional doctors from 7 provinces and 42 communities in Guinea, West Africa, between 1994 and 1998. As a result of this collaborative venture 145 plant species were identified as useful for the treatment of type 2 diabetes mellitus.

The naming of major vessels and detailed knowledge of neuro-anatomy and neurological symptoms emerged in some areas, including ancient Northeast Africa.. There is evidence of the use of pills, enemas, suppositories, infusions and elixirs for dispensing prescriptions. We have evidence of experimental medicine in surgery, orthopedics, gynaecology, and pharmacology. Surgery has included male and female circumcision, brain surgery and the excision of tumors. The alignment of dislocated bones and the treatment of collarbone fractures have been documented. Pregnancy diagnosis through the use of urine samples and the use of spermicides as well as the removal of the ovaries have also been noted in some areas. Anesthetics were derived from plants identified to have pain killing capabilities. Some areas have become well known for certain types of medical expertise as is the case of Funtua in Northern Nigeria for orthopedics. Many of the traditional techniques are still utilized in some areas. Some have undergone change over time. Others have been revived in more recent periods or have fallen into oblivion. The World Health Organization has recognized the contributions of traditional medicine to psychiatry.

Suggested Readings:

T. Carlson et al. 'Case study of Medicinal Plant Research in Guinea,' Economic Botany, vol.55. 4. 2001 (Publication date Feb.2002) Malidoma Some, The Healing Wisdom of Africa, Putman Books, 1999

  • Malidoma Some, Of Water and the Spirit, Penguin, 1995
  • Edward Bruce Bynum, The African Unconscious, Teacher's College, Columbia b University, 1999
  • Abayomi Sofowora, Medicinal Plants and Traditional Medicine in Africa, Spectrum/John Wiley, Ibadan, 1985
  • Keto Mshigeni, Traditional Medicinal Plants, Dar Es Salaam, University Press, Tanzania, 1991
  • F.P.A Oyedipe,' Science in the Metaphysical aspects of Yoruba Traditional Medicine' in G. T. Emeagwali (ed.)
  • African Systems of Science, Technology and Art, Karnak, London, 1993
  • Bassey Andah, Nigeria's Indigenous Technology, Ibadan University Press, 1992.
  • Deepak Chopra, Quantum Healing: Exploring the Frontiers of Mind/Body Medicine, Bantam Books, 1990
  • M.A. Notturno, Knowledge and the Mind-Body Problem, Karl Popper, Routledge, London,1996
  • Kwesi Prah, Culture, Gender, Science and Technology in Africa, Harp Publications, Windhoek, 1991
2. Mathematics The African Mathematical Union based in Mozambique has listed innumerable sources of information on the history of Mathematics in Africa. Secondary writings include 20th century works of anthropologists such as Delafosse (1928), Almeida (1947), Armstrong (1962), Cheikh Anta Diop and more recent works. See the website archives of AMUCHMA. Salimata Doumbia, Claudia Zaslavsky, Paulus Gerdes , Ron Eglash and Scott Williams have identified some important developments in the field. Nigerian mathematicians such as Chike Obi are major role models in terms of the contemporary period. There are historically very practical explanations for the development of Mathematics in the continent. A complex system of trade developed in the context of the trans-Saharan trade and also trade with Asia in terms of commodities such as gold and gold dust, kola nuts, leather items such as bags and various types of textile. The extensive trade that developed between Great Zimbabwe and the Swahili city states necessitated systematic calculation and systems of measurement. In Muslim regions the calculation of heritance and the distribution of zakat necessitated mathematical accuracy. Some indigenous systems of calculation had 10 as a base whilst others were vigesimal such as the Yoruba system. Distinctions were made between prime numbers and multiples which contained other numbers. Various symbols evolved to represent various quantities. African systems of logic have also been manifested in games and activities of strategy such as mancala and ayo as well as games of alignment and puzzles. Suggested Readings:
  • Paulus Gerdes, Geometry From Africa: Mathematical and Educational Explorations, Mathematical Association of America, 1999
  • Paulus Gerdes, Explorations in Ethnomathematics and Ethnoscience in Mozambique, Instituto Superior
  • Pedagogico, Mozambique, 1994
  • Paulus Gerdes, SIPATSI; Technology, Art and Geometry in Inhambane (Mozambique), ISP, Mozambique, 1994
  • Ron Eglash, African Fractals: Modern Computing and Indigenous Design, Rutgers, 1999
  • Claudia Zaslavsky, Africa Counts: Number and Pattern in African Culture, Lawrence Hill, 1990
  • Richard Gillings, Mathematics in the Time of the Pharaohs, Dover, NY, 1982
  • Gay Robins and Charles Shute, The Rhind Mathematical Papyrus: an ancient Egyptian text, Dover Publications, New York, 1987
  • P. Gerdes, "On Mathematics in the History of Sub-Saharan Africa, in, Historia Mathematica, New York, 1994. vol. 21.345-376.
  • H. Selin, Encyclopedia of the History of Science and Medicine in Non-Western Science, Kluwer, 1997
  • T. Obenga, La Geometrie Egyptienne- Contributions del'Afrique antique a la Mathematique mondiale, L'Harmattan , Paris, 1995
  • Salimata Doumbia, Mathematics in West Africa: Traditional Math Games in H.Selin (ed) (1997)
3. Food Processing

Indigenous fermented foods in Africa have usually been derived from cassava tubers, cereal legumes, oil seeds, palm tree sap, milk and various other local products. Richard Okagbue (1997) has pointed out that 'the scientific basis of indigenous food fermentation lies in the nature of the micro-organisms involved in fermentation, and microbially induced change of the base product; the nature of the enzymatic reactions which take place; and the specific nature of the end-product in terms of nutritional and preservative qualities'.

A scientific process should be repeatable and open to scrutiny in such a way as to facilitate evaluation and perhaps farther experimentation and research. Common to various parts of the continent have been de-hydrated granular food products which involved fermentation, frying and dejuicing; or products such as sorghum, maize, or other cereal fermented and made into alcoholic beverages. Food processors became aware of the significance of the various agencies by virtue of trail and error experimentation. Metallic objects were sometimes used to hasten fermentation and in this case serve as trace elements, thus promoting the growth of the relevant micro-organisms, according to Okagbue.

African civilization may be associated with specific methods of preparing and even consuming food items in ways which reflect some measure of relative uniformity throughout the continent. Fast food items ranging from couscous to "gari" or cassava granules; various types of cereal-based flour, pulverized tubers of various kinds and a wide variety of vegetable-based soups have given African culinary traditions a distinct character which may also be discussed in discussions on micro-biology and food processing. It has to be stressed that food preparation involves hypothesis formulation; the assumption of regularity in nature and a measure of logical consistency in thought in such a way as to facilitate repeatable and predictive capability on the part of the food processor or agent associated with food preparation.

This seems to be one of the under-researched issues in need of collaborative research between historians and micro-biologists; nutritionists and sociologists. Much work in this area has been done by Dr. Richard Okagbue, a microbiologist whose training has been of vital importance for our understanding of African food processing. Sources of information for food processing/culinary trends in general include:

  • Excavated sites
  • Motifs on sculpture, carvings, textile
  • Oral historiography- narratives, proverbs, popular literature, poetry, incantations
  • Travel Reports such as that of Ibn Battuta
  • Research on African Diaspora cuisine
Suggested Readings:
  • Richard Okagbue "Microbiology and Traditional Methods of Food Processing" in
  • G. T. Emeagwali (ed), The Historical Development of Science and Technology in Nigeria, Edwin Mellen, 1992
  • Richard Okagbue, 'The Scientific Basis of Traditional Food Procesing in Nigerian Communities', in Gloria T.Emeagwali (ed), African Systems of Science Technology and Art, Karnak, 1993
  • Richard Okagbue, 'African Food Processing' in H. Selin, Encyclopedia of the History of Non-Western Science and Medicine, Kluwer, 1997
  • Bassey Andah, Nigeria Indigenous Technology, Ibadan University Press, 1992. Ch.2
  • D.J Mesfin, Exotic Ethiopian Cooking, Society, Culture, Hospitality and Traditions, ECE, 1993
  • Lost Crops of Africa, Grains, National Academy Press, Washington DC, 199
  • Indigenous Knowledge and Development Monitor, CIRAN/Nuffic, The Hague, The Netherlands.
  • African Technology Forum, a quarterly published by MIT, Massachusetts, Cambridge.
  • Science, Technology, and Endogenous Development in Africa: Trends, Problems and Prospects, UNESCO, 1987
  • Tirfe Mammo, The Paradox of Africa's Poverty: The Role of Indigenous Knowledge, Traditional Practices and Local Institutions: The Case of Ethiopia, Red Sea Press, NJ, 1999
4

Metallurgy

Various types of metal products have been used over time by Africans ranging from gold, tin, silver, bronze, brass and iron/steel. The Sudanic empires of West Africa emerged in the context of various commercial routes and activities involving the gold trade. In the North/East Ethiopia and Nubia were the major suppliers of gold, with Egypt being a major importer. In Southern Africa the Kingdom of Monomotapa reigned supreme as a major gold producer. In the various spheres of metal production specific techniques and scientific principles were applied. These included:

  • Excavation and ore identification
  • The separation of ore from the non-ore bearing rocks
  • Smelting by the use of bellows and heated furnaces
  • Smithing and further refinement
The use of multishaft and open-shaft systems facilitated the circulation of air in intense heating processes whilst the bellows principle produced strong currents of air in the context of an air chamber expanded to draw in air through a valve or to expel it. Note that the various metal products were used for a wide range of purposes including armor as in the case of some Northern Nigerian city states; gold, silver, iron, copper and brass jewelry; currency including circular and non-circular coins; pots and cooking utensils; cloth dyeing, sculpture and agricultural implements. The technical know-how and expertise which blacksmiths were associated with helped to enhance their status although they were also often associated with supernatural and psychic powers as well. Peter Schmidt has done extensive research on steel production in Ancient East Africa.

Suggested Readings:

  • Peter Schmidt, Iron Technology in East Africa, Indiana University Press, 1997
  • This may be accompanied by the video: Tree of Iron which Schmidt and Avery produced with reference to steel making in Tanzania.
  • Ivan VanSertima, Blacks in Science, Transaction Books
  • Bassey Andah, Nigeria's Indigenous Technology, Ibadan, 1992
  • Fred Anozie,' Metal Technology in Pre-Colonial Nigeria' in Gloria T-Emeagwali(ed), African Systems of Science, Technology and Art, Karnak, London, 1993
  • Charles Finch, The Star of Deep Beginnings: The Genesis of African Science and Technology, Khenti, USA 1998
  • Nurudeen Abubakar, 'Metallurgy in Northern Nigeria: Zamfara Metal Industry' in G. T. Emeagwali (ed), Science and Technology in African History, Edwin Mellen, 1992
  • Patrick McNaughton, The Mande Blacksmiths, Indiana University Press, 1993
5.

Building Technology

In various parts of ancient, medieval and contemporary Africa building constructions of various dimensions, shapes and types emerged reflecting various concepts, techniques and decorative principles and specific raw material preferences as well. Builders integrated the concept of the arch, the dome, and the use of columns and aisles in their construction. The underground vaults and passages and rock-hewn churches of Ancient Ethiopia are matched in Nubia and Egypt with pyramids of various dimensions. In the Sahelian region, adobe or dried clay was preferred in the context of moulded contours at times integrated with overall moulded sculpture. Permanent scaffolding made of protruding planks characterized the Malian region. The principle of evaporative cooling was integrated into the building activity. Mats were utilized as part of the décor and also to be saturated repeatedly, to cool the room.

Derelict ruins from walled cities such as Kano and Zazzau and other city states of Hausaland in the central Sudanic region of West Africa complement the rock hewn churches of Lalibela in Ethiopia , the Zimbabwe ruins, and the pyramids and temples of ancient Nubia, and Egypt. It is possible to see these ruins through various video productions now available. The massive earthworks and fortifications of Benin and Ijebu Ode, Western Nigeria are being investigated by a team of archeologists including Dr. Patrick Darling. The role of the archaeologist and the scholar of material culture must be stressed here. Various eyewitness accounts are available including sketches by Rene Caille and Henrich Barth. Note museum replicas at Smithsonian, Washington, DC; Boston Museum of Fine Arts. Museum displays also include vandalized structures and should invite discussions on the centuries of misappropriation of Africa's historical treasures. Some of Africa's misappropriated artifacts include Egyptian and Ethiopian obelisks and stelae in Rome, London, Washington and New York. The Ethiopian government has been unable to retrieve one of Ethiopia's most famous structure despite earlier promises for the return of the item which remains in Rome. Archaeological writings of specialists in the field continue to be useful for this topic. Eyewitness reports of various travelers are also available in several cases.


Suggested Readings:

  • Graham Connah, African Civilisations, Cambridge University Press, 2001 revised edition
  • Webber Ndoro, The Great Zimbabwe, Scientific American, 277. Nov.1997
  • Bala Achi,' Engineering in pre-colonial Nigeria', in Gloria T Emeagwali (ed)
  • African Systems of Science ,Technology and Art, Karnak, 1993
  • Paul Nicholson and Ian Shaw, Ancient Egyptian Materials and Technology, Cambridge University Press, 2000
  • Jean - Louis Bourgeois, Spectacular Vernacular- The Adobe Tradition, Aperture Foundation, New York, 1989
  • Basil Davidson et alia, African Kingdoms, Time-Life Books, 1971
  • Bala Achi, 'Engineering in pre-colonial Nigeria: The Construction of Fortifications' in Gloria T-Emeagwali (ed) African Systems (1993)
  • Henry Drewal and John Pemberton111 with Rowland Abiodun, Yoruba, Nine Centuries of African Art and Thought, Center for African Art, 1989
  • Le Mesurier, Decoding the Great Pyramid, Element Books, 1999
  • Paul Bahn, Lost Treasures, Great Discoveries in World Archeology, Barnes and Noble Books, 2000
  • Africa, the Art of a Continent, 100 Works of Power and Beauty, Guggenheim Museum, New York, 1996
  • Art/Artifact, African Art in Anthropology Collections, New York, Center for African Art, 1989
  • Africa in Antiquity: The Arts of Ancient Nubia and the Sudan, Brooklyn Museum, New York, 1978

AIK and Curriculum Objectives and Outcomes

(1) Cognitive/Knowledge Skills

By the end of the semester, students should know:

  • Some principles of African Traditional Medicine (ATM) and mind-body medicine in general
  • The weaknesses and strengths of ATM
  • Issues surrounging intellectual property rights and African pharmacology
  • Historical background to practical mathematics in Africa
  • Various numeration systems across the continent
  • African games of strategy, puzzles etc
  • Various types of fermented food products across the continent
  • African techniques in producing alcoholic beverages
  • The major research issues for micro-biologists, nutritionists and sociologists with respect to African food processing
  • The range of metal products developed in various African city states and kingdoms before 1500
  • African innovations in steel making such as the hot air blast furnace
  • Socio-cultural and spiritual dimensions of metallurgy
  • The location sites and background history of various ancient African monuments in East, Northeast, West and Southern Africa
  • Building principles incorporated in African architecture
  • Various 'stolen' monuments of Africa in European cities, and in their original locations in Africa

By the end of the program students should have acquired: 1. Critical understanding of operational and theoretical principles of Traditional Medicine, Mathematics, Food Processing, Metallurgy and Building Technology 2. A change in attitudes to AIK from skepticism to confidence and pride 3. Commitment to community based research and problem solving 4. Africa centered as opposed to eurocentric research capabilities and methodologies 5. Respect for the intellectual property rights of practitioners 6. Commitment to community empowerment and to the social and economic well being of the community

(iii) Psychomotor skills

By the end of the program students should have developed the ability:

  • To devise a program for researching a cure for AIDS through community based research.
  • To conduct interviews with practitioners with respect to food processing
  • To create models of some historical structures such as Aksumite obelisks, Nubian pyramids and Zimbabwe style enclosures
  • To identify some of the significant botanicals associated with African pharmacology

b

C. Teaching and Learning Strategies

Student centered learning is crucial in pursuing academic programs on AIK to ensure assimilation of information and to create possibilities for meaningful research in the communities. Problem solving in specific areas such as AIDS research, and capacity building in terms of the preservation and processing of food products create closer ties between the student and the communities which stand to benefit from value added research. Problem based learning is active learning. Some of the readings listed can be recommended for occasional essay - based assignments. They also provide excellent background information for lectures.

Readings, lectures, role playing, debates, mock talk shows, theatrical skits, quizzes and class room discussions will be supplemented by audio and video tapes where feasible. AIKS is multidisciplinary and may tap into various resources across disciplines. One of the excellent video tapes on metallurgy is Tree of Iron, which focuses on steel making in Tanzania. Schmidt, the researcher involved in this project, discusses his archeological findings in his text, Iron Making in East Africa (Indiana University Press, 1997). We need similar productions for food processing. mathematics and medicine. Sabine Jell-Bahlsen's video Tubali, Hausa Architecture of Northern Nigeria ( Ogbuide Corp, New York, 1994) is a useful teaching tool in terms of building technology. So too are productions on Mapungubwe and Zimbabwe. Such resources are vitally important acquisitions for the Library Media Center. Basil Davidson's 8-hour long documentary Africa, A Voyage of Discovery ( Home Vision,1989) continues to be useful for historical background on Africa's monuments and building structures in areas such as Nubia, Egypt, the Swahili City States and Zimbabwe. He also has relevant footage for Mali. Henry Louis Gates embarked on a similar project in his Wonders of the African World (2000). The footage on Ethiopia is excellent but the series as a whole is eurocentric. Students can be asked to compare the two productions.

We urgently need to have coverage for the extensive fortifications of Benin Iya in Nigeria; the Gwoza terraces of Northern Nigeria; and numerous ancient structures. We have at our disposal scholarly web sites which explore some of the visual resources. I have tried to make links to many of these on one of my sites: www.africahistory.net

The most important resource is the orally transmitted document. Students will be asked to do extensive interviewing of local experts in various fields including traditional medicine and food processing. Tapes will be catalogued and made accessible to researchers.


D. Evaluation

  • Oral examinations combined with written essay-based tests on each of the segments
  • Performance audit: Records / log entries from community based projects on mathematical sand drawings
  • Evaluation of questionnaires constructed for community based research on AIDS
  • Group interview focusing on the various ways by which AIK can be enhanced through funding
  • Multiple choice questions on African metallurgy

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