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PROGRAMME OUTCOME (PO)


               All  signatories  in  the  Washington  Accord  (WA)  must  demonstrate  that  their  engineering  programmes
               prepare graduates to exhibit 12 graduate attributes at the time of graduation. The Engineering Accreditation
               Council  (EAC)  under  the  Board  of  Engineers  Malaysia  (BEM)  has  adopted  all  the  12  WA  graduate
               attributes. With this  in mind,  the  Bachelor  or  Electrical  Engineering  programme  has the  following  12
               Programme Outcomes (POs):


                 Programme Outcomes (POs)                    Bachelor of Electrical Engineering

                                               Apply knowledge of mathematics, science, engineering fundamentals
                 1   Engineering Knowledge  and electrical   engineering specialization   to   solve   complex
                                               engineering problems.

                                               Identify,  formulate,  research,  analyze  and  reach  substantiated
                                               conclusions  along  with  recommendations  for  complex electrical
                 2   Problem Analysis
                                               engineering problems,  using  principles  of  mathematics,  natural
                                               science and engineering science.


                                               Develop  solutions  for  complex electrical  engineering problems  and
                     Design/Development of     systems,  components  or  processes  to  meet  specified  needs  with
                 3
                     Solutions                 appropriate consideration for public health and safety, culture, society
                                               and the environment.

                                               Conduct  investigation  of  complex electrical  engineering problems
                                               using  relevant  research  methodology  including  literature  review,
                 4   Investigation
                                               design of experiments, analysis and interpretation of results to derive
                                               scientifically sound conclusions.

                                               Utilize systematic approach to select/create appropriate IT tools, with
                 5   Modern Tool Usage         full understanding of their limitations, to model, simulate and solve
                                               complex electrical engineering problems.

                                               Apply reasoning informed by contextual knowledge to assess societal,
                     The Engineer and          health,  safety,  legal  and  cultural  issues  and  the  consequent
                 6
                     Society                   responsibilities  relevant  to  professional  engineering  practice  and
                                               solutions to complex electrical engineering problems.

                                               Understand  the  impact  of  professional  engineering  solutions  of
                     Environment and           complex electrical  engineering problems  towards  society  and  the
                 7
                     Sustainability            environment,  and  demonstrate  knowledge  of  and  the  need  for
                                               sustainable development.


                 8   Ethics                    Apply norms of professional engineering practice ethically.




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