Engineering: issues, challenges and opportunities for development ...
Engineering: issues, challenges and opportunities for development ...
Engineering: issues, challenges and opportunities for development ...
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ENGINEERING: ISSUES CHALLENGES AND OPPORTUNITIES FOR DEVELOPMENT <strong>Engineering</strong> educationbegins with basic principles<strong>and</strong> h<strong>and</strong>s-on experience.© SAICEOne of the most serious internal <strong>issues</strong> <strong>and</strong> <strong>challenges</strong> facingengineering is the decline of interest <strong>and</strong> enrolment of youngpeople, especially women, in engineering in most countriesaround the world. This will have a serious impact on capacityin engineering, <strong>and</strong> on poverty reduction, sustainable <strong>development</strong><strong>and</strong> the other Millennium Development Goals (MDGs) indeveloping countries. In view of the importance of engineeringin <strong>development</strong> <strong>and</strong> the need <strong>for</strong> capacity <strong>and</strong> ongoing capacitybuilding <strong>for</strong> adequate numbers of engineers, this is a major concern<strong>and</strong> challenge <strong>for</strong> engineering <strong>and</strong> the world. This seventh<strong>and</strong> last substantive chapter on engineering capacity focuseson engineering capacity, education, training <strong>and</strong> mobility. Thechapter begins with a section on discussion of engineeringcapacity, <strong>and</strong> includes an introduction to needs <strong>and</strong> numbers– the dem<strong>and</strong> <strong>and</strong> supply of engineers, <strong>and</strong> a contribution ontechnical capacity building <strong>and</strong> the role of the World Federationof <strong>Engineering</strong> Organizations ( WFEO). These are followed by twocase-study contributions from Africa, one on the role of capacitybuilding <strong>for</strong> sustainability, <strong>and</strong> the other on needs <strong>and</strong> numbersin civil engineering in South Africa – based on the pioneeringwork of Allyson Lawless <strong>and</strong> the South African Institution of CivilEngineers (SAICE). This section continues with contributions onenrolment <strong>and</strong> capacity in Australia, continuing engineeringeducation <strong>and</strong> professional <strong>development</strong>, <strong>and</strong> concludes with acontribution on brain drain, gain, circulation <strong>and</strong> the diaspora ofengineers. The following section focuses on the trans<strong>for</strong>mationof engineering education – a process that many think will benecessary to make engineering more contemporary, underst<strong>and</strong>able<strong>and</strong> attractive to young people. This includes contributionson problem-based learning, sustainability <strong>and</strong> the engineeringcurriculum in Australia, rapid curriculum renewal, the evolutionof environmental education in engineering <strong>and</strong> research in engineeringeducation. A final section on engineering education <strong>for</strong><strong>development</strong> includes case studies on university-based centreson engineering <strong>and</strong> technology <strong>for</strong> <strong>development</strong> in Australia,Botswana <strong>and</strong> Ghana. The chapter concludes with a discussionon engineering accreditation, st<strong>and</strong>ards <strong>and</strong> mobility of engineers,with particular reference to the Washington Accord, EngineersMobility Forum, APEC Engineer <strong>and</strong> European perspectiveon the Eur Ing <strong>and</strong> Bologna Accord.7.1 Engineers in educationWlodzimierz Miszalski308IntroductionIn general, the mission of engineers working in educationincludes:■to disseminate technological knowledge;■ to provide society with c<strong>and</strong>idates <strong>for</strong> the engineering professionwho are equipped to respond to the engineering<strong>and</strong> technological <strong>challenges</strong> now <strong>and</strong> in the future;■■to increase the breadth <strong>and</strong> depth of the technologicalunderst<strong>and</strong>ing of society; <strong>and</strong>to raise awareness of the advantages <strong>and</strong> disadvantages oftechnological progress.This mission is presently the work of thous<strong>and</strong>s of engineers allover the world through many different <strong>for</strong>ms <strong>and</strong> programmesof engineering education starting from primary <strong>and</strong> secondaryschools, through vocational or technical schools <strong>and</strong> collegesto institutes of technology, polytechnics, technical <strong>and</strong> nontechnicaluniversities as well as specific educational <strong>and</strong> trainingprojects within professional engineering <strong>and</strong> technologyorganizations. It is also important to recognize the contributionof engineers teaching mathematics, physics, economics,chemistry <strong>and</strong> other disciplines, to the wider benefit of generaleducation <strong>and</strong> knowledge in society.Figure 1 shows the growth of science <strong>and</strong> engineering firstdegrees at the end of the twentieth century. More recentestimates indicate further growth of engineering graduates inAsia, <strong>for</strong> example in China with 517,000 graduates <strong>and</strong> Indiawith 450,000 graduates per year. In 2007, 46 per cent of Chinesestudents graduated with engineering degrees while in theUSA <strong>and</strong> Europe the proportion was 5 per cent <strong>and</strong> 15 percent respectively.Figure 1: Total number of first degree graduatesfrom science <strong>and</strong> engineering studies450,000400,000350,000300,000250,000200,000150,000100,00050,0000197519771979USAJapanChinaS. Korea198119831985198719891991UKGermany1993199519971999Source: James J. Duderstadt, <strong>Engineering</strong> <strong>for</strong> a Changing World, The MillenniumProject, University of Michigan.