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Engineering: issues, challenges and opportunities for development ...

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ENGINEERING CAPACITY: EDUCATION, TRAINING AND MOBILITYthree international benchmark st<strong>and</strong>ards will limit the mobilityof their graduates.Countries with large numbers of educational institutions havea related problem in trying to accredit all their institutions tothe same st<strong>and</strong>ard. Some of these countries are considering atwo-tier system, which produces graduates to practice nationally,at a st<strong>and</strong>ard slightly different to the international benchmarkst<strong>and</strong>ard, <strong>and</strong> others who can practice internationallythrough their qualification fully con<strong>for</strong>ming to the internationalbenchmark.Mobility – accreditation across boundaries: the EMF <strong>and</strong>ETMFThe Engineers Mobility Forum (EMF) is based on the WashingtonAccord degrees <strong>and</strong> was established in 1997. A similarmobility <strong>for</strong>um, the APEC Engineers Mobility Forum, emergedshortly after in 2000. The <strong>Engineering</strong> Technologists MobilityForum (ETMF) is based on the Sydney Accord <strong>and</strong> followedthe <strong>for</strong>mation of the EMF. The need <strong>for</strong> a <strong>for</strong>um <strong>for</strong> engineeringtechnicians has been being debated, but at present thereis not enough support to proceed until international agreementsat the professional engineer <strong>and</strong> engineering technologistlevel are working well.Remote campuses, <strong>for</strong>eign universities <strong>and</strong> electronic deliveryof engineering courses have raised accreditation <strong>issues</strong>, whichhave resulted in rules <strong>for</strong> the Washington Accord signatoriesthat are affected.Washington Accord signatories are also looking at approachesin which a signatory might help a neighbouring country thatis some way from establishing its own accreditation system. Atthe request of the non-member country, the signatory wouldaccredit a small number of courses in the non-member country<strong>and</strong> list them alongside its own accredited courses. A trialis under way in Southern Africa.The accords <strong>and</strong> <strong>for</strong>ums <strong>for</strong>ming the IEA are by no means theonly such organizations. A European accreditation system isalso rapidly emerging, which includes countries outside theEuropean Union. Similarly there are possible arrangementsunder consideration in the Americas <strong>and</strong> Asia as well as inSouthern Africa.IssuesThere are a number of <strong>issues</strong> facing any accord or <strong>for</strong>um suchas how to:■ Encourage st<strong>and</strong>ards <strong>for</strong> unregulated engineers <strong>and</strong> facilitatetheir working internationally offering or acquiring skills<strong>and</strong> experience.■st<strong>and</strong>ardsHelp developing countries establish appropriate<strong>and</strong> accreditation systems.■Balance the need <strong>for</strong> regional <strong>and</strong> international practitioners.Stages of career <strong>development</strong>An engineer’s career <strong>development</strong> can be notionally divided into stages, as shown in the diagram. Stage 1is the education phase leading to graduation with an accredited qualification. Stage 2 follows graduationinvolving the <strong>for</strong>mation of an engineering practitioner via training <strong>and</strong> experience; after being successfullyassessed, the practitioner is declared capable of independent practice, the foundation of a career in engineering.Stages 3 <strong>and</strong> 4 cover the remainder of a practitioner’s career (there are some examples of internationalagreement on these stages but they are not yet widely adopted).Stage 1GraduateStage 2Fully <strong>for</strong>med practitioner capableof independent practice,post nominal awardedCareer foundationStage 3Mid-career practitionerTechnical or management of technicalor business areas, some leadershipStage 3Later career practitionerCorporate governance, superprojects, leadership in industry orthe profession, advisor, invited rolesAccredited CourseGraduate <strong>development</strong>programme or equivalentFurther training,experience <strong>and</strong> possiblyadditional or advancedcourse workKnowledge transfer,mentoringThe EMF assessment identifies engineers with a Washington Accord degree who are sufficiently trained <strong>for</strong>independent professional practice, which can be reached within a few years of graduation. A post nominal,the International Professional Engineer (IntPE), was approved by the EMF in 2005 <strong>for</strong> use on completion ofstage 2. The APEC Engineer assessment accepts degrees from a number of jurisdictions including those ofthe Washington Accord <strong>and</strong> requires seven years of postgraduate experience. Those jurisdictions that aremembers of both APEC Engineer <strong>and</strong> EMF usually maintain only one register system meeting the requirementsof both agreements.■Maintain Continuing Professional Development even whenthe engineering sector is facing shortages.Continuing Professional Development is critical in maintaining stage 2 competencies, but is also needed tofacilitate career change or to prepare <strong>for</strong> more senior roles; indeed, it is a requirement of the mobility <strong>for</strong>ums.361

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