Master of Engineering Studies
Testamur Title of Degree:
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Master of Engineering Studies (name of major)
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Majors available
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Computer Engineering, Electrical Engineering, Telecommunications Engineering
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Abbreviation:
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MEngStud
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Home Faculty:
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Informatics
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Duration:
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1 year (2 full-time sessions) or part-time equivalent
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Total Credit Points:
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48
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Delivery Mode:
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Face-to-face
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Starting Session(s):
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Autumn/Spring
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Location:
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Wollongong
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UOW Course Code:
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587
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CRICOS Code:
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012128G
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Overview
The objective of this program is to provide graduates with engineering skills at a level between the Bachelor and Masters by Research degree levels.
Entry Requirements / Assumed Knowledge
A degree equivalent to an Australian four-year Bachelor of Engineering in Computer, Electrical, Electronics or Telecommunications Engineering.
Course Requirements
The Master of Engineering Studies program provides the opportunity for students to undertake a major in Computer Engineering, Electrical Engineering or Telecommunications Engineering. The major would be recorded on the testamur. Students must complete 48 credit points, consisting of the common core (12 credit points), one major (24 credit points) and two electives (12 credit points).
ECTE953 Advanced Project (12 credit points and topic must be in area of the major being undertaken) is optional. Entry to this subject is restricted to those students who gain a weighted average mark of at least 72.5% for the full-time first session load or equivalent (i.e. four six credit point subjects, including ECTE906 Advanced Signals and Systems, ECTE955 Advanced Laboratory plus two six credit point subjects from the major). The course program is set out below
Course Program
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Subjects
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Session
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Credit Points
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Note: Only a limited number of subjects will be offered in any one year.
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CORE
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ECTE906
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Advanced Signals and Systems
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Autumn/Spring
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6
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ECTE955
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Advanced Laboratory
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Autumn/Spring
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6
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Computer Engineering Major
Students must select four subjects from the following list:
ECTE901
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Multimedia Signal Processing
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Autumn
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6
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ECTE903
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Image and Video Processing
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Spring
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6
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ECTE904
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Adaptive Signal Processing
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n/o 2007
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6
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ECTE905
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Speech and Audio Processing
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n/o 2007
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6
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ECTE931
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Real-Time Computing
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Autumn
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6
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ECTE932
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Computer Systems
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Spring
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6
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ECTE933
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Embedded Systems
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Autumn
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6
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ECTE942
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Computer Controlled Systems
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Spring
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6
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ECTE953
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Advanced Project
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Autumn/Spring
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12
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ECTE970
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Advanced Topics in Engineering
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Autumn/Spring
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6
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ECTE997
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Web Technology and Applications
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Autumn/Spring
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6
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Electrical Engineering Major
Students must select four subjects from the following list:
ECTE902
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Stochastic Signal Processing
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n/o 2007
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6
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ECTE912
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Power Electronics and Drives
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Autumn
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6
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ECTE923
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Power System Analysis
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Autumn
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6
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ECTE926
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Power Distribution Systems
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Spring
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6
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ECTE933
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Embedded Systems
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Autumn
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6
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ECTE941
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Intelligent Control
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Autumn
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6
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ECTE942
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Computer Controlled Systems
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Spring
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6
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ECTE943
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Digital Control
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n/o 2007
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6
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ECTE953
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Advanced Project
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Autumn/Spring
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12
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ECTE965
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Wireless Communication Systems
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Spring
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6
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ECTE970
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Advanced Topics in Engineering
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Autumn/Spring
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6
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ECTE971
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Robotics and Flexible Automation
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Spring
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6
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Telecommunications Engineering Major
Students must select four subjects from the following list:
CSCI968
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Network Security
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Spring
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6
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ECTE901
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Multimedia Signal Processing
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Autumn
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6
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ECTE902
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Stochastic Signal Processing
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n/o 2007
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6
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ECTE953
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Advanced Project
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Autumn/Spring
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12
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ECTE962
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Telecommunications System Modelling
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Spring
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6
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ECTE965
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Wireless Communication Systems
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Spring
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6
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ECTE968
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Error Control Coding
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n/o 2007
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6
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ECTE970
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Advanced Topics in Engineering
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Autumn/Spring
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6
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ECTE981
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Internet Protocols
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n/o 2007
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6
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ECTE982
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Network Engineering
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Autumn
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6
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ECTE986
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Telecommunications Network Management
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n/o 2007
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6
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Electives
Students must select two subjects from the following list:
CSCI968
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Network Security
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Spring
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6
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ECTE901
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Multimedia Signal Processing
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Autumn
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6
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ECTE902
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Stochastic Signal Processing
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n/o 2007
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6
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ECTE903
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Image and Video Processing
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Spring
|
6
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ECTE904
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Adaptive Signal Processing
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n/o 2007
|
6
|
ECTE905
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Speech and Audio Processing
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n/o 2007
|
6
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ECTE912
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Power Electronics and Drives
|
Autumn
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6
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ECTE923
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Power System Analysis
|
Autumn
|
6
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ECTE926
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Power Distribution Systems
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Spring
|
6
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ECTE931
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Real-Time Computing
|
Autumn
|
6
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ECTE932
|
Computer Systems
|
Spring
|
6
|
ECTE933
|
Embedded Systems
|
Autumn
|
6
|
ECTE941
|
Intelligent Control
|
Autumn
|
6
|
ECTE942
|
Computer Controlled Systems
|
Spring
|
6
|
ECTE943
|
Digital Control
|
n/o 2007
|
6
|
ECTE962
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Telecommunications System Modelling
|
Spring
|
6
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ECTE965
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Wireless Communication Systems
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Spring
|
6
|
ECTE968
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Error Control Coding
|
n/o 2007
|
6
|
ECTE971
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Robotics and Flexible Automation
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Spring
|
6
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ECTE981
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Internet Protocols
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n/o 2007
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6
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ECTE982
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Network Engineering
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Autumn
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6
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ECTE986
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Telecommunications Network Management
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n/o 2007
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6
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ENGG951
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Engineering Project Management
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Autumn/Spring
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6
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Other Information
Students who have satisfactorily completed ECTE953 Advanced Project and who gain a weighted average mark of 67.5% or higher in the Master of Engineering Studies are eligible to apply for entry to the Master of Engineering - Research, subject to supervisor availability.
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