2. Good Afternoon

3. Program Assessment Committee (PAC) Data Assessment Records and Analysis For the first three year Cycle Semesters 081-102 Dr. Hussain Al-Zaher Dr. Hussain Al-Jamid Dr. Ibrahim El-Amin Dr. Hassan Ragheb Dr. Essam Hassan. Mr. Mohammad Tamim

4. Outcome Based Assessment OutcomeStatement a Apply knowledge of mathematics, science, and engineering b Design and conduct electrical engineering experiments, as well as to analyze and interpret data c Design an electrical system, component, or process to meet desired needs. d Function on multi-disciplinary teams. e Identify, formulate, and solve electrical engineering problems. f Understand professional and ethical responsibility. g Communicate effectively. h Acquire the broad education necessary to understand the impact of electrical engineering solutions in a global and societal context. i Recognize the need for, and be able to engage in life-long learning. j Acquire knowledge of contemporary issues. k Use the techniques, skills, and modern electrical engineering tools necessary for engineering practice.. l Apply probabilistic methods and statistics to electrical engineering problems. m Use effectively information technology tools to design, develop, and implement electrical systems.

5. Program Outcome Assessment Plan

6. Rubric Based Assessment Rubric = a scoring tool for subjective assessment. A rubric contains a set of performance indicators. PI’s = A set of statements that can be used to rate students achievements. Benchmark A threshold of 2.4 out of 4 (or equivalently 60%) Outcomes score < 60 % required corrective action(s) Outcomes score > 60 % optional actions (suggestions for improvement )

7. Rubric Sample

8. Evaluation Sheet Sample

9. Outcome A Apply knowledge of mathematics, science, and engineering. Course Number of Sections Number of Students Evaluated RA EE 2015602.87 EE 3033762.90 EE 3402452.39 Weighted Score out of (4)2.72 Decision (Pass/Fail)Pass Term 081

10. Outcome B Design and conduct electrical engineering experiments, as well as to analyze and interpret data. Course Number of Sections Number of Students Evaluated RB EE 201 (Lab.)4422.92 EE 360 (Lab.)5752.92 EE 370 (Lab.)4482.82 Weighted Score out of (4)2.89 Decision (Pass/Fail)Pass Term 081

11. Outcome C Design an electrical system, component, or process to meet desired needs. Course Number of Sections Number of Students Evaluated RC EE 2013713.07 EE 3035763.03 EE 3402452.74 Weighted Score out of (4)2.95 Decision (Pass/Fail)Pass Term 081

12. Outcome E Identify, formulate, and solve electrical engineering problems. Course Number of Sections Number of Students Evaluated RE EE 3602522.64 EE 3803352.39 EE 41113 Groups523.50 Weighted Score out of (4)2.90 Decision (Pass/Fail)Pass Term 082

13. Outcome H Acquire the broad education necessary to understand the impact of electrical engineering solutions in a global and societal context. Course Number of Sections Number of Students Evaluated RH EE 3602522.49 EE 3803352.16 EE 41113 Groups523.20 Weighted Score out of (4)2.67 Decision (Pass/Fail)Pass Term 082

14. Outcome D Function on multi-disciplinary teams. Course Number of Sections Number of Students Evaluated RD EE 3991293.21 EE 4111533.64 Weighted Score out of (4)3.49 Decision (Pass/Fail)Pass Term 091

15. Outcome F Understand professional and ethical responsibility. Course Number of Sections Number of Students Evaluated RF EE 3991293.27 EE 4111533.71 Weighted Score out of (4)3.55 Decision (Pass/Fail)Pass Term 091

16. Outcome I Recognize the need for, and be able to engage in life-long learning. Course Number of Sections Number of Students Evaluated RI EE 3903632.78 EE 4111393.36 Weighted Score out of (4)3.07 Decision (Pass/Fail)Pass Term 092

17. Outcome J Acquire knowledge of contemporary issues. Course Number of Sections Number of Students Evaluated RJ EE 3903632.81 EE 4111393.07 Weighted Score out of (4)2.94 Decision (Pass/Fail)Pass Term 092

18. Outcome G Communicate effectively. Course Number of Sections Number of Students Evaluated RG EE 3991513.07 EE 4111483.39 Weighted Score out of (4)3.22 Decision (Pass/Fail)Pass Term 101

19. Outcome M Use effectively information technology tools to design, develop, and implement electrical systems. Course Number of Sections Number of Students Evaluated RM EE 3991513.11 EE 4111483.33 Weighted Score out of (4)3.21 Decision (Pass/Fail)Pass Term 101

20. Outcome K Use the techniques, skills, and modern electrical engineering tools necessary for engineering practice.. Course Number of Sections Number of Students Evaluated RK EE 3154662.82 EE 3704892.79 Weighted Score out of (4)2.80 Decision (Pass/Fail)PASS Term 102

21. Outcome L Apply probabilistic methods and statistics to electrical engineering problems. Course Number of Sections Number of Students Evaluated RL EE 3154662.81 Weighted Score out of (4)2.81 Decision (Pass/Fail)Pass Term 102

22. Weighted Scores for the full Cycle

23. Closing the Loop for the first three-year cycle: 1. All outcomes have passing scores. 2. The score of all outcomes are higher than 2.8/4, except for outcomes (a) and (h) (i.e. 2.72 and 2.67) 3. These two results are satisfactory, need some actions for improvement. 4. Due to the relatively low performance in EE340 for outcome (a) and EE380 and EE360 for outcome (h). 5. PAC asked the concerned departmental groups for feedback and suggestions.

24. Dr.Hussain Alzaher

25. Conclusion DAD initiating process of self assessment of graduate program Comments Suggestions Actions

26. Modifications The PAC has decided to adopt a modified score levels as follows: Scores 2.8-to-4 are Highly Satisfactory. Scores 2.4-to-2.79 are Satisfactory. Scores 2.0-to-2.39 are Marginally Satisfactory. Scores below 2.0 are Unsatisfactory.