MC235 - Master of Engineering (Electrical Engineering)

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RMIT program code: MC235
Plan name: Master of Engineering (Electrical Engineering)
Plan code: MC235
Campus: City Campus
Credit points per semester:
Full time: 48
Part time: 24
CRICOS code: 079937J

Contact details and related links


2017 Enrolment Program Structure

To graduate you must complete the following:

  Year One of Program
 
AND  Year Two of Program
 

Students with previous study who are applying for exemptions should seek the advice of the Program Manager (see above) before enrolling. The Program Manager will advise which courses you should enrol in and which will be exempted from the program.

Please note: exemptions are not guaranteed and are given at the discretion of the Program Manager.

All courses listed may not be available each semester

 

Important note: some courses in this program may require attendance at the Bundoora campus (eg EEET2336 Protection and High Voltage Engineering). If in doubt, please confirm with the Course Coordinator for the course you are interested in completing.

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Year One of Program

Important note: students enrolling in EEET2336 Protection and High Voltage Engineering will be required to attend some classes at Bundoora campus; the course cannot be successfully completed without this. If you have any questions please contact the Course Coordinator.

Complete the following Seven (7) Courses:

Course Title

Credit Points

Prereqs/ Coreqs

Course Code

Campus

Semester 1 Class

Semester 2 Class

Renewable Electrical Energy Systems12YesEEET2335City Campus3486
Protection and High Voltage Engineering12YesEEET2336City Campus1115
Electrical Energy Conversion12YesEEET2337City Campus1117
Advanced Control Systems (PG)12YesEEET1368City Campus1083 (FF)
Professional Engineering Project Part A12YesEEET2346City Campus11091136
Professional Engineering Project Part B12YesEEET2347City Campus11101138
Project Preparation, Planning and Problem Solving12YesEEET1142City Campus10761072
AND

Select and Complete One (1) of the following Courses:

Course Title

Credit Points

Prereqs/ Coreqs

Course Code

Campus

Semester 1 Class

Semester 2 Class

Digital Signal Processing12YesEEET1123City Campus1074 (FF)
Optical Fibre Systems and Networks PG12YesEEET1126City Campus1067
Antennas for Mobile and Satellite Communications PG12YesEEET1131City Campus1066
Optical Fibre Technology PG12YesEEET1133City Campus1068
Satellite Communication Systems Engineering PG12YesEEET1138City Campus1069
Mobile and Personal Commun Systems Engineering PG12YesEEET1141City Campus1071
Network Access Systems (PG)12EEET1148City Campus1073
Network Services and Internet Applications (PG)12EEET1152City Campus1071
Image Systems Engineering12YesEEET1255City Campus3483
Real Time Systems Design12YesEEET1262City Campus1081 (FF)
Audio Engineering (PG)12YesEEET1462City Campus3380
Sensors and Measurement Technologies12YesEEET1464City Campus1088
Medical Engineering and Instrumentation (PG)12YesEEET1465City Campus1090
Circuit and System Simulation (PG)12YesEEET1467City Campus1092 (FF)
Design With Hardware Description Languages12YesEEET2035City Campus1079
Project Management & Entrepreneurship (PG)12EEET2047City Campus1095
MicroNanoSystems, MEMS, and NEMS12YesEEET2044City Campus34851081
Semiconductor Device Fabrication (PG)12YesEEET2045City Campus1093
Electronic Materials12EEET2148City Campus1091
Real Time Estimation and Control12YesEEET2223City Campus1095 (FF)
Network Engineering12YesEEET2291City Campus1121
RF and Microwave Circuits12YesEEET2309City Campus1113
Radar Systems12YesEEET2310City Campus1144
Variable Speed Drives12YesEEET2338City Campus1087
Power System Analysis and Control12YesEEET2339City Campus1089
Introduction to Electrical Building Design12YesEEET2385City Campus1129
Industrial Automation12YesEEET2388City Campus1099
Switched Mode Power Supplies12YesEEET2387City Campus3430
Advanced Power Systems12YesEEET2381City Campus1127
Power Electronic Converters12YesEEET2389City Campus1120
 
AND

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Year Two of Program

Please note: Students should choose courses from either Option A (Research Project + 4 courses from the Option A list of electives) or Option B (Professional Engineering Advanced Project + 6 courses from the Option B lists of electives as shown below).

Please contact the MC235 Program manager if you have any questions.

{

Option A: Select and Complete Forty Eight (48) Credit Points from the following Courses:

Course Title

Credit Points

Prereqs/ Coreqs

Course Code

Campus

Semester 1 Class

Semester 2 Class

Research Project48YesEEET2312City Campus11691171
Research Project Part 124YesEEET2313City Campus11701172
Research Project Part 224YesEEET2314City Campus11711173
AND

Select and Complete Four (4) of the following Courses:

Course Title

Credit Points

Prereqs/ Coreqs

Course Code

Campus

Semester 1 Class

Semester 2 Class

Variable Speed Drives12YesEEET2338City Campus1087
Power System Analysis and Control12YesEEET2339City Campus1089
Real Time Estimation and Control12YesEEET2223City Campus1095 (FF)
Power Electronic Converters12YesEEET2389City Campus1120
Industrial Automation12YesEEET2388City Campus1099
Advanced Power Systems12YesEEET2381City Campus1127
}
OR
{

Option B: Complete the following Two (2) Courses:

Course Title

Credit Points

Prereqs/ Coreqs

Course Code

Campus

Semester 1 Class

Semester 2 Class

Professional Engineering Advanced Project Part A12YesEEET2349City Campus11741174
Professional Engineering Advanced Project Part B12YesEEET2350City Campus11751175
AND

Select and Complete Four (4) of the following Courses:

Course Title

Credit Points

Prereqs/ Coreqs

Course Code

Campus

Semester 1 Class

Semester 2 Class

Variable Speed Drives12YesEEET2338City Campus1087
Power System Analysis and Control12YesEEET2339City Campus1089
Real Time Estimation and Control12YesEEET2223City Campus1095 (FF)
Power Electronic Converters12YesEEET2389City Campus1120
Industrial Automation12YesEEET2388City Campus1099
Advanced Power Systems12YesEEET2381City Campus1127
AND

Select and Complete Two (2) of the following Courses:

Course Title

Credit Points

Prereqs/ Coreqs

Course Code

Campus

Semester 1 Class

Semester 2 Class

Digital Signal Processing12YesEEET1123City Campus1074 (FF)
Optical Fibre Systems and Networks PG12YesEEET1126City Campus1067
Antennas for Mobile and Satellite Communications PG12YesEEET1131City Campus1066
Optical Fibre Technology PG12YesEEET1133City Campus1068
Satellite Communication Systems Engineering PG12YesEEET1138City Campus1069
Mobile and Personal Commun Systems Engineering PG12YesEEET1141City Campus1071
Network Access Systems (PG)12EEET1148City Campus1073
Network Services and Internet Applications (PG)12EEET1152City Campus1071
Image Systems Engineering12YesEEET1255City Campus3483
Real Time Systems Design12YesEEET1262City Campus1081 (FF)
Audio Engineering (PG)12YesEEET1462City Campus3380
Sensors and Measurement Technologies12YesEEET1464City Campus1088
Medical Engineering and Instrumentation (PG)12YesEEET1465City Campus1090
Circuit and System Simulation (PG)12YesEEET1467City Campus1092 (FF)
Project Management & Entrepreneurship (PG)12EEET2047City Campus1095
MicroNanoSystems, MEMS, and NEMS12YesEEET2044City Campus34851081
Semiconductor Device Fabrication (PG)12YesEEET2045City Campus1093
Electronic Materials12EEET2148City Campus1091
Real Time Estimation and Control12YesEEET2223City Campus1095 (FF)
Network Engineering12YesEEET2291City Campus1121
RF and Microwave Circuits12YesEEET2309City Campus1113
Radar Systems12YesEEET2310City Campus1144
Power System Analysis and Control12YesEEET2339City Campus1089
Introduction to Electrical Building Design12YesEEET2385City Campus1129
Industrial Automation12YesEEET2388City Campus1099
Switched Mode Power Supplies12YesEEET2387City Campus3430
Advanced Power Systems12YesEEET2381City Campus1127
Power Electronic Converters12YesEEET2389City Campus1120
}
 

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Contact details and related links

Program structure enquiries

A/Prof Alan Wong

School of Engineering

Building 10, Level 08, Room 18

414-418 Swanston Street

Melbourne VIC 3001, Australia

Tel: +61 3 9925 2101

Fax: +61 3 9925 2007

Email: alan.wong@rmit.edu.au

 

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