Quality Curriculum and Incentives as a means of Capacity Building and Training in Engineering profession. By Dr. R.O. Onchiri and E. Kanda 1Dr, R.O. Onchiri-MMUST; IEK 2012 Conference
HIGH DEMAND OF ENGINEERS Teaching Industry Pool of qualified Engineers the over-enrollment of students to engineering programmes without provision of adequate facilities leads to overloading of faculty staff and eventually compromising on quality It is therefore necessary to match the increased enrollment with facilities 2Dr, R.O. Onchiri-MMUST; IEK 2012 Conference
ATTRACTING QUALITY STAFF IN THE FACULTY Package Perks / Facilities Professional Career Incentives 3Dr, R.O. Onchiri-MMUST; IEK 2012 Conference
UNIVERSITY AND INDUSTRY LINKAGES. A key factor in improving the engineering education in the country has to be a new model for industry – academia partnerships Industry’s recognition of the need for skilled defining key research areas Sponsorships for postgraduate with attractive fellowships Encourage experienced industry engineers / managers to associate with engineering faculties / or as advisors and encourage experienced teaching staff to associate with industry in advisory / visiting Institute Industry meets – Discipline specific open days 4Dr, R.O. Onchiri-MMUST; IEK 2012 Conference
REVIEW MECHANISM It is necessary to have a periodic review(five years) of all the engineering disciplines. The mechanism need to be discussed with the major stakeholders – faculty, administrators, industry, government, students and alumni. Industry/ professional bodies should be involved in the review process. For institutions that are accredited the review process can be merged with the accreditation process. The review reports should be accessible to all stakeholders of the institution and there should be post-review discussions of implications/ changes actions taken. 5Dr, R.O. Onchiri-MMUST; IEK 2012 Conference
ENGINEERING DATABASE A database containing the key input and output parameters regarding engineering education should be maintained and be publicly available in the open domain. All Engineering faculties should maintain key facts and data on their web-sites Yearly sample surveys should be published. There is a need to have accurate data on the actual numbers of BSc./ B.Tech/BE, M.Tech/ME and PhD degrees being awarded each year 6Dr, R.O. Onchiri-MMUST; IEK 2012 Conference
Curriculum Structure of Engineering program in Nigeria 7Dr, R.O. Onchiri-MMUST; IEK 2012 Conference
Curriculum Structure of Engineering program in USA 8Dr, R.O. Onchiri-MMUST; IEK 2012 Conference
Curriculum Structure of Engineering program for Namibia University 9Dr, R.O. Onchiri-MMUST; IEK 2012 Conference
Curriculum Structure of Engineering program for South African universities 10Dr, R.O. Onchiri-MMUST; IEK 2012 Conference
Curriculum Structure of Engineering program for Kenya the Engineering Curriculum is structured as shown (KERB) 11Dr, R.O. Onchiri-MMUST; IEK 2012 Conference
CONCLUSION It is important introduces the students to engineering practice during the course of training. Basic sciences are in the same range of about one fifth of the overall curriculum in the four countries as captured in this paper Engineering sciences and design should be taught by trained engineers Basic sciences should be taught by persons competent in the line areas. 12Dr, R.O. Onchiri-MMUST; IEK 2012 Conference