| The twentieth century saw much technological | | | | higher education. The innovation diffusion theory is |
| advancement in many social spheres ranging from | | | | essentially a bottom-up approach based on |
| the discovery of the radio, the aeroplane, the | | | | individual responses that can be used as a starting |
| atomic bomb and the apex was the going to the | | | | point to depict technological transformation in |
| moon. All these technological advancements had | | | | higher education. Initially, there is a take-off stage |
| adverse impacts on the life style of the | | | | during which an innovation is introduced into a |
| communities around the world. However, most | | | | social system. An entrepreneurial group called the |
| importantly, is the invention of the Internet and | | | | innovators often then adopts it. During the next |
| the intranet which historic achievement has | | | | phase of maturation the "early adopters", who |
| greatly impacted on the academic life of many | | | | are change agents or opinion leaders among the |
| universities around the world. The period of the | | | | social system, will enter the process thereby |
| 1990s ushered in a new world order; the | | | | legitimizing the innovation and opening the potential |
| beginnings of the idea of globalisation and its | | | | for adoption to all members of the system. The |
| immediate impacts on higher education | | | | final saturation stage in an innovation's adoption is |
| developments. Globalisation represents the | | | | characterized by widespread adoption. The |
| international system that is shaping most societies | | | | innovation saturates the social system and growth |
| today including university programs. It is a process | | | | tapers off. This process can be plotted as an |
| that is “super charging” the interaction and | | | | S-shaped growth curve. |
| integration of cultures, politics, business and | | | | We have seen that technology cannot be |
| intellectual elements around the world. | | | | separated from development of the university |
| This paper examines the effects of globalization in | | | | because it is transient with globalisation and its |
| terms of technological transformations on the | | | | intentions. Hence, there is need to overcome any |
| development of universities. The pursuit of | | | | resistance from staff and management that |
| technological transformation in higher education | | | | hinder technology to take root especially where |
| has become widespread in Sub-Saharan Africa | | | | the computer and internet age is resisted in most |
| with the extensive pervasiveness of global | | | | main stream teaching, planning and record keeping. |
| networks like the Internet and Intranet as | | | | In order to cause a vibrant attempt to allowing |
| institutions struggle to prepare students for | | | | the ICT age and e-learning to take root, there |
| effective participation in the emerging global | | | | are several policy directions that should be taken |
| knowledge economy. Technologically based | | | | first hand and these are: |
| education is further seen as a way to address | | | | 1. To promote top-down and bottom-up |
| the increase in the world demand for tertiary | | | | strategies that promote ICT development and |
| education. The one new university per week is | | | | utilization in universities through innovation diffusion. |
| required to keep pace with world population | | | | The level of resources made available to promote |
| growth but the resources necessary are not | | | | ICT usage would not have been possible without |
| available. For instance, since the time of the | | | | senior management and staff support. When |
| overwhelmingly increased student enrolments in | | | | typical political problems like irrational resistance to |
| many public universities in Uganda from the 1990s | | | | change are encountered, senior management is |
| and onwards, existing resources and infrastructure | | | | able to step in and direct matters. Middle |
| have not increased commensurate to the same | | | | management and staff, that is, heads of |
| increase in the student capacity. Lecture theatres | | | | academic and administrative departments and |
| and libraries are flooding and infrastructure and | | | | lecturers, play an important role in controlling |
| instructional materials and staff are all constrained | | | | resources and running the support. |
| with the alarmingly increased student populations. | | | | 2. The diffusion can be sustained through the use |
| Higher education must develop more | | | | of a distributed implementation structure. A |
| cost-effective methods so that public resources | | | | Centre for e-Learning, for example, should be |
| can be increased and effectively utilized. A lecture | | | | established to provide central support and to |
| theatre in a public university that sits over 300 | | | | coordinate the progress of the technological |
| students attending an economics class will not be | | | | promotion project in the universities. Even learning |
| effective if more public address systems are not | | | | should strictly adapt to these technologies where |
| installed to enable each and every learner benefit | | | | teaching methodologies should acquire ICT |
| from the lecture. | | | | strategies and course work should be conducted |
| Likewise, if a university lacks internet facility to | | | | using ICT facility. |
| serve its ever increasing student population then it | | | | 3. Universities should take time to ensure staff |
| would be quite hard to ensure quality learning and | | | | ownership of technologies even the most rigid |
| research. By using technology for teaching, | | | | type and conservative staff should see the |
| universities can serve the public more | | | | benefits of e-learning and ICT in higher education |
| cost-effectively and in particular can prepare | | | | development. Ensuring ownership by academic |
| students better for a technologically based | | | | staff is essential in the diffusion of e-Learning |
| society. In view of the growing globalisation and | | | | strategies that promote effective teaching and |
| transnational exchanges in many fields. In these | | | | learning. |
| circumstances politicians, policy-makers, and | | | | 4. In order to ensure ownership of e-learning in |
| citizens should make demands upon education | | | | universities by academic staff, it is important for |
| systems to reform. Open learning and distance | | | | educators and educational policies to drive the |
| education are at the forefront of educational | | | | technological transformation. Staff development |
| responses to the changes that are taking place | | | | can be used as an important strategy to advance |
| locally, regionally, nationally and internationally. | | | | the transformation of higher education. |
| | | | 5. The implementation of educational technology |
| Information technological transformation in | | | | into the curriculum requires the introduction of a |
| universities, however, has major systemic | | | | very robust technology infrastructure. Every staff |
| implications and needs to be carefully managed. | | | | should have a Pentium computer, printer or |
| As soon as an organization takes the first | | | | access to a printer, access to the Internet and |
| tentative steps from data to information, its | | | | e-mail with power failures and network shutdowns |
| decision processes, management structure, and | | | | minimal. The library should also create a |
| even the way it gets its work done begin to be | | | | technology rich learning environment. |
| transformed. Attempts to introduce any | | | | In conclusion, creating an enduring vision and a |
| significant reform will impact on all of its | | | | strategic implementation framework for the |
| sub-systems. The advent of information | | | | effective implementation of technological |
| technology in any big university will wholly impact | | | | innovations seems critical. However, it requires |
| tremendously on the internal and external | | | | institutional leadership in order to promote |
| operations of that university. It implies that with | | | | technology use in university education. The most |
| information technological advancement, universities | | | | important function of institutional leadership may |
| have to prepare themselves to welcome such | | | | be to create a shared vision that includes |
| crucial developments. It systematically relates to | | | | widespread input and support from the faculty |
| the fact that university management has to train | | | | and administration, articulates a clear educational |
| or hire manpower to operate the technology; and | | | | purpose, has validity for stakeholders, and reflects |
| the same universities should change the teaching | | | | the broader mission of the institution. If African |
| approaches to cope with the demands of the | | | | universities cannot take advantage of the |
| new information technology. | | | | information revolution and surf this great wave of |
| Using technology to extend the campus on a | | | | technological change, they may be crushed by it. |
| global basis will affect all aspects of a university or | | | | Catching this wave will require visionary leadership |
| college, but particularly administrative systems. | | | | in most universities on the continent. |
| Similarly when he refers to the necessity of | | | | References |
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