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Bachelor of Engineering (Computer Systems) - University of South Australia PDF Print E-mail

Bachelor of Engineering (Computer Systems) - University of South Australia

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Program Code: LBIF

Program Level: Undergraduate

SATAC code: 434441

Home Campus: Mawson Lakes

Program Length (in EFTSL): 4

Aim

The program aims to prepare students for a professional career in engineering in the field of information technology with particular emphasis on computer based systems.

Entry requirements

Applicants are required to have one of the following qualifications:

  • Qualified for the SACE; and
  • Recorded achievement in five SACE subjects taken at Stage 2 level; and
  • Included at least four Stage 2 subjects which are approved Higher Education Selection Subjects (HESS); and
  • Obtained a competitive TER; and
  • Obtained an achievement score of a minimum of 10 in Stage 2 Mathematical Studies.

Note that:

  • A knowledge of SACE Stage 2 Physics will be assumed.

Alternatively, the minimum educational requirements may be met by those who have fulfilled prerequisite requirements and:

  • Completed the equivalent secondary education qualifications as required for university entry under SACE;
  • Completed or partly completed a recognised higher education program at a recognised higher education institution;
  • Completed at least four Open Universities Australia (OUA) courses at the appropriate level;
  • Completed an award from TAFE or from another registered training organisation at AQF Certificate IV or above;
  • Completed the International Baccalaureate Diploma;
  • Qualified for Special Entry;
    Or
  • Completed University Foundation Studies program, Applied Science and Engineering stream;
  • Completed the Associate Degree in Engineering program at the University of South Australia.

For international applicants for whom English is a second language, the minimum English language requirements are:

International English Language Testing System (IELTS Academic): Minimum score of  6.0 in Reading and Writing subscores and minimum overall score of 6.0 obtained within the last two years or corresponding results from an equivalent test such as TOEFL or the appropriate Academic English language level delivered at CELUSA; or
Successful completion of a secondary qualification in Australia within the last two years; or
Successful completion of at least one year of tertiary study in Australia within the last two years; or
Successful completion of one year of secondary or tertiary study conducted and completed in English within the last two years in a country in which:

  • English is an official language; or
  • English is commonly used, as determined by the University.

 

Content/structure

The Bachelor of Engineering requires completion of courses totalling 144 units. This comprises a common two year foundation program of mathematics, science computing and electrical engineering principles. Each specialisation commences in the third year of study, where students concentrate on their chosen application area, as well as a set of common courses in mathematics, systems engineering, computer communications, real-time systems and control. Further specialist courses are offered in the final year. The degree inculcates professional engineering skills in a major final year group project, spanning both First Half and Second Half of the final year.

The 4 streams of the Bachelor of Engineering degree program are defined in the Program Schedules that follow.

  • Computer Systems
  • Electrical and Mechatronic Engineering
  • Electronics and Communications
  • Networking and Communications

It is possible to complete this program in less than four years by undertaking courses offered in the summer during study periods 1 and 7.  Students interested in this option should obtain advice from their program director.

 

Professional recognition

This program is professionally accredited by Engineers Australia and is recognised as satisfying the requirements for graduate membership of Engineers Australia.

Honours

Students achieving a credit level average at the end of third year will be allowed to enrol in the honours courses in Engineering in their final year. Successful completion of the program and the honours project courses may lead to the award of the Bachelor of Engineering with Honours.

Note:First two years are common to all four streams

 

Fee information

Fees for International students: $AU 21,800 per 1.0 EFTSL for students commencing in 2010.
Fees are calculated on a per Unit basis with 1.0 EFTSL = 36 Units.
Fees for International students are determined one year in advance and are subject to variation.

Program requirements

Course nameArea + Cat. No.UnitsEFTSL
FIRST YEAR   
First Half (Study Period 1, 2 or 3)   
Mathematical Methods for Engineers 1
MATH 10634.50.125
Engineering Materials
RENG 10054.50.125
Computer Techniques
COMP 10364.50.125
Sustainable Engineering Practice
ENGG 10034.50.125
Second Half (Study Period 4, 5 or 6)   
Mathematical Methods for Engineers 2
MATH 10644.50.125
Electrical and Energy Systems
EEET 10254.50.125
Mechanics and Physics
EEET 10244.50.125
Engineering Design and Innovation
ENGG 10044.50.125
SECOND YEAR   
First Half (Study Period 1, 2 or 3)   
Programming in Java 1
COMP 10114.50.125
Electrical Circuit Theory
EEET 10034.50.125
IT Physics
PHYS 20024.50.125
Engineering Mathematics 3E
MATH 20214.50.125
Second Half (Study Period 4, 5 or 6)   
Principles of Computer Systems
EEET 10074.50.125
Electronic Devices and Circuits
EEET 20184.50.125
Engineering Programming
COMP 10154.50.125
Engineering Mathematics 4E
MATH 20224.50.125
THIRD YEAR   
First Half (Study Period 1, 2 or 3)   
Computer Hardware
EEET 20224.50.125
Objects and Algorithms in C++
COMP 20124.50.125
Signals and Systems
EEET 10154.50.125
Digital Devices and Systems
EEET 10134.50.125
Second Half (Study Period 4, 5 or 6)   
Computer Communications and Networks
EEET 30254.50.125
Computer Hardware Design N
EEET 10094.50.125
Systems Engineering
EEET 30344.50.125
Professional Engineering Practice E
EEET 30334.50.125
Practical Industrial Experience Reports (See Note 3)
EEET 30310 
FOURTH YEAR   
First Half (Study Period 1,2 or 3)   
System Design Techniques
EEET 40314.50.125
Technical Elective 1 (See Note 4)
 4.5 
BUGE Elective Management (See Note 1)
 4.5 
Electrical and Information Engineering Project 1
EEET 40484.50.125
Second Half (Study Period 4, 5 or 6)   
Digital Signal Processing
EEET 20274.50.125
Advanced Internet Technology
EEET 40324.50.125
Real-Time Systems and Control
EEET 20214.50.125
Electrical and Information Engineering Project 2
EEET 40504.50.125
FOURTH YEAR with HONOURS   
First Half (Study Period 1, 2 or 3)   
System Design Techniques
EEET 40314.50.125
Technical Elective (See Note 4)
 4.5 
BUGE Elective Management (See Note 1)
 4.5 
Electrical and Information Engineering Project 1 Honours
EEET 40494.50.125
Second Half (Study Period 4, 5 or 6)   
Digital Signal Processing
EEET 20274.50.125
Advanced Internet Technology
EEET 40324.50.125
Real-Time Systems and Control
EEET 20214.50.125
Electrical and Information Engineering Project 2 Honours
EEET 40514.50.125

Notes

Notes (for all streams)

  1. The broadening education elective is to be chosen from a list of management courses provided each year by the school.
  2. If a core course is unavailable in a particular year, students may, with the approval of the Program Director, select an alternative course from the list of technical electives.
  3. All students must complete a period of industrial experience in a relevant industry prior to graduation. This program requires a minimum of 12 weeks of industrial experience in a relevant industry, which would normally be obtained from the second year of the program onwards. Assessment in the course Industrial Experience will remain incomplete until the student submits a written report and receives a pass.
  4. The list of available technical electives is posted on the EIE School web page at http://www.unisa.edu.au/eie/ during enrolment time. Availability is contingent on sufficient enrolment.
  5. If required for overseas professional accreditation purposes, students may elect to graduate with alternative nomenclature, e.g. Bachelor of Engineering (Electronic Engineering).
 

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