Year offered: 2008 Admissions: No
CRICOS code: 015184G
Course duration (full-time): 1 year Course duration (part-time): 2 years
Domestic fees (per credit point): 2008: $135 per credit point(subject to annual review)
Domestic fees (indicative): 2008: Full fee tuition $12,960 International Fees (per semester): No new admissions (subject to annual review)
Domestic Entry: This course is open to continuing students only. NO NEW OFFERS WILL BE MADE AFTER 2007.
International Entry: This course is open to continuing students only. NO NEW OFFERS WILL BE MADE AFTER 2007..
Total credit points: 96
Standard credit points per full-time semester: 48
Course coordinator: Associate Professor Jay Yang (Please refer all course enquiries to Course Leader.) Discipline coordinator: Dr Michael Mason (Course Leader)
Campus: Gardens Point
Entry Requirements
Applicants for the Graduate Diploma must hold a bachelor degree in Electrical Engineering, Information Technology or equivalent; or have successfully completed the Graduate Certificate in Computer and Communications Engineering.
Overview
This course develops your in-depth knowledge and research skills in computer engineering, communications engineering, and several related areas. You can specialise in either computer or communications engineering or take subjects in both. Computer Engineering covers important contemporary topics such as software development, h a r d w a r e d e v e l o p m e n t c o m p u t e r n e t w o r k s a n d communications, real time operating systems, and application of computers in robotics, process control, image processing and computer vision. Communications Engineering covers advanced digital communication, signal processing techniques, hardware and software components in communications systems and various applications areas.
Course Structure
Graduate Diploma students select a total of eight units from Semester 1 and Semester 2 lists.
International Student Entry
QUT advises that International Students may only enrol in full-time studies.
Further Information
Faculty of Built Environment and Engineering - Phone +61 7 3138 1433, email: [email protected]
Course structure
Semester 1 - Units
EEP101 Algorithms for Control and Engineering EEP102 Unix and C for Engineers
EEP103 Computer Hardware and Interfacing EEP124 Data Communications
EEP126 Communications Digital Signal Processing Elective unit 1
Semester 2 - Units
EEP104 Real-Time Operating Systems EEP120 Networks and Distributed Computing EEP123 Process Control and Robotics
EEP129 Image Processing and Computer Vision EEP135 Digital Signal Processing and Applications
Elective unit 2 Elective Units
EEB911 Electrical Energy Systems EEB941 Modern Signal Processing EEB960 Wireless Communications EEB961 RF and Applied Electromagnetics EEB976 Advanced Industrial Electronics EEB992 VLSI Circuits and Systems EEP127 Advanced Topic B
Note:
Graduate Diploma students complete 8 units from semester 1 and 2 lists.
At the discretion of the course coordinator, students maybe alowed to select an elective from any advanced topics offered by the University.
Most of the units as part of the program are offered once a year (either first or second semester). Students are advised to check the unit availability prior to enrolling, as units offered as electives may be cancelled due to insufficient enrolment numbers.
Potential Careers:
Computer Systems Engineer, Electrical and Computer Engineer, Software Engineer.
M a s t e r o f E n g i n e e r i n g S c i e n c e ( C o m p u t e r a n d C o m m u n i c a t i o n s E n g i n e e r i n g ) ( E E 7 4 )
Year offered: 2008 Admissions: No
CRICOS code: 040343A
Course duration (full-time): 1 year Course duration (part-time): 2 years
Domestic fees (per credit point): 2008: $135 per credit point(subject to annual review)
Domestic fees (indicative): 2008: Full fee tuition $12,960 International Fees (per semester): No new admissions (subject to annual review)
Domestic Entry: This course is open to continuing students only. NO NEW OFFERS WILL BE MADE AFTER 2007.
International Entry: This course is open to continuing students only. NO NEW OFFERS WILL BE MADE AFTER 2007.
Total credit points: 96
Standard credit points per full-time semester: 48
Course coordinator: Associate Professor Jay Yang (Please refer all course enquiries to Course Leader.) Discipline coordinator: Dr Michael Mason (Course Leader)
Campus: Gardens Point
Entry Requirements
Applicants for the Masters program must hold a bachelor degree in Electrical Engineering, Information Technology or Science with at least second class honours or equivalent; or have partially completed the Graduate Diploma in Computer and Communications Engineering with a grade point average of 5 or better over the first 4 units; or successfully completed the Graduate Diploma in Computer and Communications Engineering with a grade point average of 5 or better; or successfully completed the Graduate Certificate in Computer and Communications Engineering (EE61) with a grade point average of 5 or better.
Overview
This course develops your in-depth knowledge and research skills in computer engineering, communications engineering, and several related areas. You can specialise in either computer or communications engineering or take subjects in both. Computer Engineering covers important contemporary topics such as software development, h a r d w a r e d e v e l o p m e n t c o m p u t e r n e t w o r k s a n d communications, real time operating systems, and application of computers in robotics, process control, image processing and computer vision. Communications Engineering covers advanced digital communication, signal processing techniques, hardware and software components in communications systems and various applications areas.
Masters Qualifying Program
Applicants who do not meet the entry requirements outlined above, will be required to enrol in the first semester of the Graduate Diploma in Computer and Communications Engineering (EE67). If in this first semester a sufficiently high standard is attained, then candidates will be invited to change enrolment to the Masters program. Otherwise they
will continue their studies in the Graduate Diploma in Computer and Communications Engineering towards that award.
Masters Upgrade Program
Those who have completed the Graduate Diploma in Computer and Communications Engineering (EE67) may upgrade by undertaking further study in the Master of Engineering Science (Computer & Communications Engineering) and be given credit for the units which they have completed at Graduate Diploma level. The structure of the course dictates that this upgrade program be undertaken on a part-time basis.
Students undertaking the Masters Upgrade Program will enrol in the following units:
EEP301/1 Project EEP301/2 Project.
Course Structure
Masters students select either a total of six units from Semester 1 and Semester 2 lists and complete a 24 credit point project (EEP301, or seven units plus EEP304 Project Component.
International Student Entry
QUT advises that International Students may only enrol in full-time studies.
Further Information
Faculty of Built Environment and Engineering - Phone +61 7 3138 1433, email: [email protected]
Course Structure
Semester 1
EEP101 Algorithms for Control and Engineering EEP102 Unix and C for Engineers
EEP103 Computer Hardware and Interfacing EEP124 Data Communications
EEP126 Communications Digital Signal Processing Elective unit 1
Semester 2
EEP104 Real-Time Operating Systems EEP120 Networks and Distributed Computing EEP123 Process Control and Robotics
EEP129 Image Processing and Computer Vision EEP135 Digital Signal Processing and Applications
Elective unit 2 Semester 1 and/or 2 EEP301-1 Project EEP301-2 Project
OR
EEP304 Project Component
Elective Units
EEB911 Electrical Energy Systems EEB941 Modern Signal Processing EEB960 Wireless Communications EEB961 RF and Applied Electromagnetics EEB976 Advanced Industrial Electronics EEB992 VLSI Circuits and Systems EEP127 Advanced Topic B
Note:
Most of the units as part of the program are offered once a year (either first or second semester). Students are advised to check the unit availability prior to enrolling, as units offered as electives may be cancelled due to insufficient enrolment numbers.
At the discretion of the course coordinator, students maybe allowed to select an elective from any advanced topics offered by the University.
Potential Careers:
Computer Systems Engineer, Electrical and Computer Engineer.