Weighted Average Mark
Bachelor of Engineering
The purpose of the UNSW Computing Weighted Average Mark (WAM) is to assist the School in making a recommendation for honours at the end of a students Bachelor of Engineering degree. Please note that Bachelor of Science (CompSci) students are required to enrol in and complete an additional year to be considered for honours.
A students final WAM is not calculated until they have completed all degree requirements, including Industrial Training.
The UNSW Computing WAM is computed automatically from the results in the courses in a students program - there are NO choices to be made, either by the student or UNSW Computing Staff (eg. choosing to exclude some results or include others that are not normally included). Only a limited amount of time will be spent explaining the process to those who enquire, and the UNSW Computing Weighted Average Mark will be the only calculation considered by the Honours Committee.
The myUNSW WAM is not used to determine honours.
- Honours are awarded for the UNSW BE degrees in Computer Engineering, Software Engineering, and Bioinformatics on the basis of a computed Weighted Average Mark (WAM).
- The UNSW Computing WAM is calculated to one decimal place and is not rounded up or down for the purposes of awarding honours.
- Results for all courses undertaken as part of the BE degree are included in WAM calculations. (Courses taken as part of another degree in a joint or combined-degree program are not included).
- Courses completed at another university either prior to or during enrolment at UNSW Computing are not used. Eg. cross-institutional enrolment, exchange programs, or courses for which advanced standing was granted on admission.
- The list of included courses used in the calculation comprises all published core and elective courses, past and present, for the BE program.
- In the case of repeated attempts at a course, it is the first attempt which is counted.
- Each course has a fixed Course Weight (based on Units of Credit), and a fixed Stage Weight (between 1 and 4 - related to the stage at which most students take the course).
- All General Education courses have a Stage Weight of 1.
- The year in the degree when a course is actually taken is irrelevant.
- Courses substituted for included courses are ignored, unless they themselves are included courses.
- Retrospective requests about including or excluding particular results are ignored.
- There are a small number of known special cases, which are taken into account in WAM calculations.
The Weighted Average Mark (WAM) = the Weighted Sum (WS) / Sum of Weights (SW)
Each course has its own fixed Course Weight and Stage Weight.
WS = the sum [over all included courses] of ( the product of ( the Mark for the course's first attempt the Course Weight of the course the Stage Weight of the course ) )
SW = the sum [over all included courses] of ( the product of ( the Course Weight of the course the Stage Weight of the course ) )
At the end of each semester, the WAM calculation is also applied to each graduating student's results to determine the class of Honours of their BE degree.
Honours in the Bachelor of Engineering degree is awarded for consistent quality performance over the duration of the program. The UNSW Computing WAM is used to award honours, and the cut-off's are as follows:
2014 and Prior
|Honours Class 1||UNSW Computing WAM 75 or greater, and a thesis mark of at least 65|
|Honours Class 2, Division 1||UNSW Computing WAM 70 or greater, and a thesis mark of at least 60|
|Honours Class 2, Division 2||UNSW Computing WAM 65 or greater, and a thesis mark of at least 60|
|Pass Degree||UNSW Computing WAM < 65|
|Honours Class 1||UNSW Computing WAM 80 or greater, and a thesis mark of at least 65|
|Honours Class 2, Division 1||UNSW Computing WAM 75 or greater, and a thesis mark of at least 65|
|Honours Class 2, Division 2||UNSW Computing WAM 65 or greater, and a thesis mark of at least 65|
The University Medal may be recommended for a student where;
- the student's UNSW Computing WAM is greater than 85, and
- the student has achieved the highest UNSW Computing WAM for their cohort, and
- the student's performance is comparable with previous awards of the University Medal for UNSW Computing.