Page 102 - Standards for K-12 Engineering Education
P. 102

Standards for K-12 Engineering Education?

               APPENDIX B                                                                                  87



               changes in the country.  After the abolishment of apartheid, it was necessary to ensure a good
               level of education for all demographic groups in the country, in particular to raise the level of
               education among black people.  Compulsory education since the curriculum revisions is called
               outcomes-based education (OBE) to indicate that outcome indicators play a vital role in
               assessing the effectiveness of the curriculum.  The outcomes are defined in terms of standards,
               similar to the system in the United States.

               All South African education claims to be OBE, which is reflected in the Assessment Standards
               that have been formulated nationally.  These standards are consistently phrased in terms of the
               behavior that is to be displayed.  As in the U.K., there are three levels, one for each grade in
               higher secondary education.  Some interesting features in these levels are four groups of
               “learning outcomes” for each engineering program.  In my previous report, information was only
               available for the Electrical Engineering course, but I can now present information about four
               engineering courses—Civil Engineering, Electrical Technology, Mechanical Technology, and

               Engineering Graphics and Design.  The learning outcomes are:

                   1.  Technology, society and the environment
                   2.  Technological process
                   3.  Knowledge and understanding
                   4.  Application of knowledge

               For some of these outcomes, particularly for the process outcomes, there is no progression from
               one grade to the next.  This is justified in the document because “the progress is in the degree of
               complexity of the content/contexts (of the process).”  No further explanation is given, nor does
               the description of the content/contexts provide any clues as to what this means.

               Another interesting feature is that a separation is made between standards and content/contexts.
               For each engineering domain, there is a list of standards for each of the four learning outcomes
               and a list of content/contexts for the same four groups.  Like the standards, the content/contexts
               are generally described in behavioral terms (“understand,” “evaluate,” make,” etc.).  If there is
               no progression in the levels in the content/contexts, the same justification is given—the
               progression is in the degree of complexity of the content in the Learning Outcomes (see Table 4
               for a sample).  In the analysis in Section 3 of this report, I will show that the nature of these
               content/contexts is not unproblematic.




























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