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COURSE PRO FORMA



             Academy/Faculty/Institute/Centre   Faculty of Engineering

             Department                        Department of Civil Engineering
             Programme                         Bachelor of Engineering (Civil)/ Bachelor of Engineering (Environmental)
             Course Code*                      KAEA4347

             Course Title*                     GIS For Civil Engineering
             Course Pre-requisite(s)/ Minimum   KAEA1146
             Requirement(s)

             Student Learning Time (SLT)*      80 hours

             Credit*                           2
             Course Learning Outcomes*         On completion of the course, students are able to:

                                               1.  Define the Geographic Information System (GIS) and outline the origins of
                                                  the field
                                               2.  Discuss  GIS  terminology  and  concepts  and  compare  the  differences
                                                  between GIS, CAD, and Automated Mapping.
                                               3.  Compare the differences between raster and vector data models, types of
                                                  spatial                                                variation
                                                  and able to discuss error and accuracy issues
                                               4.  Recognize the various hardware associated with GIS and various software
                                                  components of GIS.
                                               5.  Relate how data and  files structures contribute to GIS software functionality

             Transferable Skills                  Critical Thinking and Problem Solving Skills (CT1, CT2, CT3)

             Synopsis of Course Contents       The  course  focuses  on  the  principles  and  concepts  of  GIS  and  the  tools  of
                                               spatial  information  analysis  that  results  in  recommending  fast  and  efficient
                                               solutions  to  everyday  problems.  Hands-on-experience  with  a  GIS  software  is
                                               provided  through  a  series  of  laboratory  works.  The  content  of  the  course
                                               includes:
                                                 Concept and principles of GIS
                                                 Geographical data concepts
                                                 Sources, collection and integration of data
                                                 Software and hardware
                                                 Digital elevation Models (DEM)
                                                 Spatial data manipulation and analysis
                                                 Application of GIS
                                                 Choosing of GIS











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