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Last updated 22.08.08

Combined Program in Software Engineering and Science

Revised: June 18, 2008

Program Revision
The SE program was revised in 2004 and 2006.
First year computing (COMP) courses were revised in 2007.
Please see How Program Revision Affects You in Enrolment/Later-Years to see how revision affects you.
Revision has less effect than most students expect. The general principle is that revision is not intended to be retrospective.
UAC code 425014
Program code 3651
Plan SENGA13651
Revisions 1999, 2004


Program code: 3651
Plan: SENGA13651


Handbook Entry

The BE Software Engineering BSc combined program requires the completion of at least 84 uoc (Units of Credit) of Science courses, and must contain a major sequence of 42 uoc at stages 2 and 3, with at least 18 uoc at stage 3 in a single Science discipline. To satisfy the requirement of the combined program, the free electives and the General Education electives of the standard Software Engineering program are assigned to Science electives. The Science content of the generic combined program consists of:

  • 18 uoc of Mathematics in stages 1 and 2;
  • 6 uoc of Science electives in stage 1;
  • 12 uoc of Science electives in stage 2;
  • an extra stage of 48 uoc of Science.
This yields the required total of 84 uoc of Science. Combined Programs are exempt from the General Education requirement.

There is an extra 6uoc that can be assigned to level 3 Science or SE electives, giving a possible 90uoc of Science or 54uoc of SE electives.

The major Science discipline may not be Computer Science.

Students who are enrolled in a combined program are expected to maintain a credit (at least 65%) average across courses taken from each of the composite programs. Students who fail to meet this condition will be counselled about their suitability to remain in the combined program.


Understanding the BE SE BSc Program

Programs are usually listed in the handbook as sequence of stages, or years. The BE SE BSc generic program will be listed that way a little later, but it is perhaps easier to understand the requirements for the program in terms of core requirements and elective requirements as shown in the following table.

SE Coreuoc
SENG1031 6
SENG2010 3
SENG2020 3
SENG3010 3
SENG3020 3
COMP1917 6
COMP1927 6
COMP2111 6
COMP2911 6
COMP2121 6
COMP3711 6
COMP3141 6
MATH1131/MATH1141 6
MATH1081 6
MATH1231/MATH1241 6
INFS1603 6
INFS2603 6
COMP3331 or INFS2607 6
SENG4910 6
SENG4911 12
SENG4921 6
MATH2859 1 3
Electivesuoc
SE electives 452
Level 1 Science elective 6
Level 2 Science elective 12
Level 2 or 3 Science elective 30
Level 3 Science elective 18
Level 3 Science elective or SE elective 6
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
    
123 117
Total 240

Notes:

  1. a Mathematics major requires MATH2801/2901, which therefore replaces MATH2859.
  2. Since the revision in 2003, Project Management has changed from a 3uoc course (COMP3710) to a 6uoc course (COMP3711). Consequently the SE electives have had to be cut from 48uoc to 45uoc.


Staged Program

Possible stages of the combined program are shown below. Courses may be arranged in any suitable order, subject to satisfaction of prerequisites and corequisites. It makes some sense to take the courses shown in stages 1&2 in the first two years. Of course, some arrangements may produce timetable conflicts.

All programs should be approved by the Faculty of Science.

Stage 1
Course NoCourse NameS1S2
COMP1917 Higher Computing 1 6
  MATH1131  
  MATH1141  
  Mathematics 1A  
  Higher Mathematics 1A  
6
MATH1081 Discrete Mathematics 6
INFS1603 Business Data Management 6
SENG1031 Software Engineering Workshop 1 6
  MATH1231  
  MATH1241  
  Mathematics 1B  
  Higher Mathematics 1B  
6
COMP1927 Higher Data Structures & Algorithms 6
Level 1 Science electives 6
Total \usebox{\SOneTotal} \usebox{\STwoTotal}
Stage 2
Course NoCourse NameS1S2
SENG2010 Software Engineering Workshop 2A 3
SENG2020 Software Engineering Workshop 2B 3
COMP2111 System Modelling and Design 6
COMP2911 Engineering Design in Computing 2 6
COMP2121 Microprocessors and Interfacing 6
COMP3711 Project Management 6
INFS2603 System Analysis & Design 6
MATH2859 Probability, Statistics and Information 3
Level 2 Science electives 9
Total \usebox{\SOneTotal} \usebox{\STwoTotal}
Stage 3
Course NoCourse NameS1S2
SENG3010 Software engineering Workshop 3A 3
SENG3020 Software Engineering Workshop 3B 3
COMP3141 Software System Design & Implementation 6
  COMP3331  
  INFS2607  
  Computer Networks and Applications  
  Infrastructure and Security  
6
SE Electives1 212
Level 2 Science electives 3
Level 2 or 3 Science electives 6
Total \usebox{\SOneTotal} \usebox{\STwoTotal}
Stage 4
Course NoCourse NameS1S2
Level 2 or 3 Science electives 30
  Level 3 Science electives or  
  SE Electives  
6
Level 3 Science electives 12
Total \usebox{\SOneTotal} \usebox{\STwoTotal}
Stage 5
Course NoCourse NameS1S2
Industrial Training
SENG4910 Thesis part A 6
SENG4911 Thesis part B 12
SENG4921 Professional Issues and Ethics 6
SE Electives 24
Total \usebox{\SOneTotal} \usebox{\STwoTotal}


Notes

  1. The 8 options (48 uoc) for stages 3 and 4 are chosen from a list that includes all third and fourth stage COMP, INFS courses and some MATH courses. See SE electives.
  2. SE electives are nominally 48 uoc, but because Project Management changed from 3uoc to 6uoc we have had to take 3uoc out of the SE electives. In practice it may not be easy to choose 45uoc of SE electives, so it may have to be 48uoc.
  3. As set out in this staging, some semesters will have awkward requirements for 3uoc of some set of electives. This can be overcome by moving courses around and also by overloading by 3uoc, which is generally permitted in our programs.
  4. The chosen courses must form a major sequence of 42 units at levels 2 and 3.
  5. To satisfy prerequisites it may be necessary to use a different arrangement of courses than shown above.




 
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