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mentioned. For the last academic years, the PLOs and CLOs mapping matrix as the PLOs updated

             as follows:

                 −  Academic Year 2016-2017: The PLOs were categorized into five domains based on NCAAA
                    recommendation (Annex S2-2-4-1 Course Specification_2017 Template, page no. 3), which

                    are (i) Knowledge, (ii)Cognitive skills, (iii) Interpersonal skills & responsibility,

                    (iv)Communication, information technology and numerical skills and (v) Psychomotor.

                 −  Academic Year 2018-2019: The PLOs were categorized into three domains (Annex S2-2-4-2

                    Course Specification_2018 Template, page no. 4), which are (i) Knowledge, (ii) Skills and
                    (iii) Competence.

                 −  Academic Year 2020-2021: The PLOs were categorized into three domains, which are (i)

                    Knowledge and understanding, (ii) Skills and (iii) Values.
             Align the program learning outcomes with program courses, according to the following desired

             levels of performance (I = Introduced P =  Practiced M =  Mastered),  (Annex S2-2-2-1, Program

             Specification, Page No.24-27). Table S2.2.4.1 shows alignment between PLOs and CLOs for one

             course as an example. The course name is Measuring Instruments and Calibration, according to

             (Annex S2-2-4-3 CS_MENG1504_Measuring Instruments and Calibration, page no. 4).


                             Table S2.2.4.1: Alignment between PLOs and CLOs for one course

                                                                                                 Aligned
                                                   CLOs                                           PLOs
                1   Knowledge and Understanding
               1.1   Describe  the  actual  part  measurement  with  the  standard;  and  identify  the
                    degree of accuracy of the measurement.                                         K.1
               1.2   Explain  the  typical  sources  of  error  in  measurement  and  use  practical
                    methods to eliminate or minimize those errors.                                 K.2
                2   Skills :
               2.1   Formulate   and  solve    various   measurement    problems  (mechanical,
                    electrical, optical, pneumatic, and thermal) with uncertainty analysis.         S.1
               2.2   Apply  the  appropriate  experimentation,  an  effective  calibrating  system  and
                    select measuring instruments used in measurements.                              S.2
               2.3   Demonstrate  skills  of  internet  search,  write  technical  reports  and  the  use  of
                    Power point presentation in measurement field.                                  S.4
                3   Values:
               3.1   Work  in  a  team,  establish  goals,  and  meet  objectives  in  measuring instrument
                    fields.                                                                        V.1
               3.2   Demonstrate ethical and honesty in the situations of the engineering fields.   V.3



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