| Program Outcome |
Course Linkage |
Performance Criterion |
Student Scores |
1. Apply advanced mathematics and science to the engineering of software systems. |
SWE 6763
SWE 6883
SWE 7903 |
FCAR EEMU>=2 out of 3
FCAR EEMU>=2 out of 3
FCAR EEMU>=2 out of 3 |
SWE 6763 = 2.0
SWE 6883 = 2.1
SWE 7903 = 3.0
Avg. = 2.4
Remove P.O. #1 from SWE6623 and add it to 6723/6903.
|
2. Demonstrate knowledge and utilization of software processes, software architecture or models, and the mapping of underlying techniques into the problem domain. |
SWE 6623
SWE 6633
SWE 6723
SWE 6743
SWE 7903 |
FCAR EEMU>=2 out of 3
FCAR EEMU>=2 out of 3
FCAR EEMU>=2 out of 3
FCAR EEMU>=2 out of 3
FCAR EEMU>=2 out of 3 |
SWE 6623 = 2.6
SWE 6633 = 2.8
SWE 6723 = 2.7
SWE 6743 = 2.5
SWE 7903 = 2.85
Avg. = 2.7 |
3. Demonstrate the ability to analyze, assess, verify and validate, and evaluate artifacts of software engineering systems. |
SWE 6723
SWE 6763
SWE 7903 |
FCAR EEMU>=2 out of 3
FCAR EEMU>=2 out of 3
FCAR EEMU>=2 out of 3 |
SWE 6723 = 2.5
SWE 6763 = 1.6
SWE 7903 = 3.0
Avg. = 2.4
Discuss adding a prerequisite course in probability and statistics AND
add P.O. #3 to SWE6743. |
4. Contribute to teams in the design, implementation, management and evolution of software systems. |
SWE 6623
SWE 6633
SWE 7903 |
FCAR EEMU>=2 out of 3
FCAR EEMU>=2 out of 3
FCAR EEMU>=2 out of 3 |
SWE 6623 = 2.7
SWE 6633 = 2.2
SWE 7903 = 2.6
Avg. = 2.5 |
5. Demonstrate effective technical oral and written communication skills as expected in the discipline. |
SWE 6623
SWE 6633
SWE 7903 |
FCAR EEMU>=2 out of 3
FCAR EEMU>=2 out of 3
FCAR EEMU>=2 out of 3 |
SWE 6623 = 2.7
SWE 6633 = 2.5
SWE 7903 = 2.8
Avg. = 2.7 |
6. Independently learn and research new topics in software engineering. |
SWE 6763
SWE 6883 |
FCAR EEMU>=2 out of 3
FCAR EEMU>=2 out of 3 |
SWE 6763 = 2.0
SWE 6883 = 2.3
Avg. = 2.2
Remove this outcome from SWE6723 and add it to SWE6623.
|