Level |
Unit |
Credit points |
Prerequisites |
Corequisites |
Bachelor of Telecommunications Engineering (available at Clayton campus only) |
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Level 1 |
Core units |
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ECE2001 Advanced engineering 1 |
4 |
|||
ECE2701 Digital logic |
4 |
|||
ECE2702 Computer organisation |
4 |
|||
ENG1301 Electrical engineering |
4 |
|||
ENG1601 Engineering context |
4 |
|||
ENG1602 Engineering computing |
4 |
Basic keyboard skills assumed |
||
ENG1603 Engineering systems |
4 |
|||
ENG1802 Physics B |
4 |
|||
ENG1803 Physics C |
4 |
|||
ENG1902 Engineering mathematics B |
4 |
|||
MTH1112 Numbers, logic and graphs |
6 |
|||
Approved elective |
4 |
|||
Total: 50 cps |
||||
Level 2 |
Core units |
4 |
||
ECE2101 Signals and systems 1 |
4 |
|||
ECE2201 Electromagnetics |
4 |
|||
ECE2401 Telecommunications |
4 |
|||
ECE2601 Electronics and control systems 1 |
4 |
|||
ECE2903 Physics of electronic devices |
4 |
|||
ECE3703 Computer engineering |
4 |
|||
ECE4709 Advanced programming techniques |
4 |
|||
MAT2901 Multivariable calculus for engineering |
4 |
|||
MAT2902 Linear algebra and differential equations for engineering |
4 |
|||
Telecommunications electives |
8 |
|||
Approved elective |
4 |
|||
Total: 48 cps |
||||
Level 3 |
Core units |
|||
ECE3102 Signals and systems 2 |
4 |
|||
ECE3301 Control systems 2 |
4 |
|||
ECE3402 Information transmission |
4 |
|||
ECE3602 Electronics 2 |
4 |
|||
ECE3603 Electronics 3 |
4 |
|||
ECE3704 Software engineering and real-time systems |
4 |
|||
ECE3907 Engineering management A |
4 |
|||
ECE4705 Computer architecture |
4 |
|||
MAT3901 Statistics and integral transforms for engineering |
4 |
|||
Telecommunications engineering electives |
8 |
|||
Approved elective unit |
4 |
|||
Total: 48 cps |
||||
Level 4 |
Core units |
|||
ECE4908 Engineering management B |
4 |
|||
ECE4909/ECS4910 Thesis project |
12 |
Level 3 substantially completed |
||
Approved elective units |
10 |
|||
Electrical and Computer Systems electives |
20 |
|||
Total: 46 cps |
||||
Approved elective units |
||||
Approved
electives may include, subject to prerequisites: |
||||
Units in the last of these categories must not include substantial material already taken or to be taken as part of the degree. Only one unit may be taken at each level of the degree from this category, allowing students to pursue an approved sequence of units from elsewhere in the university. |
||||
Telecommunications engineering electives |
||||
ECE3202 Electromagnetic propagation |
4 |
|||
ECE4203 Antennas and propagation |
4 |
|||
ECE4204 Microwave/RF devices, circuits and communications |
4 |
|||
ECE4205 Electromagnetic compatibility |
4 |
|||
ECE4403 Signal processing |
4 |
|||
ECE4404 Digital signal processing |
4 |
|||
ECE4405 Optical communications systems |
4 |
|||
ECE4406 Digital transmission |
4 |
|||
ECE4410 Software engineering for telecommunications |
4 |
|||
ECE4411 Internet architecture and protocols |
4 |
|||
ECE4412 ATM and ISDN networks |
4 |
|||
ECE4413 Mobile systems and networks |
4 |
|||
ECE4414 Performance of telecommunications networks |
4 |
|||
ECE4415 Video communications |
4 |
|||
ECE4416 Application of high-speed telecommunications networks |
4 |
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ECE4603 Advanced electronic and photonic devices |
4 |
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ECE4606 Radio frequency design |
4 |
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TEC3742 Data communications |
4 |
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Requirements
for the degree of BTE |
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