To be eligible for admission to the Master of Electronic and Computer Engineering/ Master of Electronic and Energy Engineering, a student must hold:
a Bachelor degree in Electronic Engineering or equivalent three year or four year Electronic Engineering undergraduate degree from a recognised University (or another tertiary education institution of equivalent standing)
OR a Bachelor Honours degree in Electronic Engineering or equivalent four year Electronic Engineering undergraduate degree from a recognised University (or another tertiary education institution of equivalent standing).
English language requirements apply to International applicants and other applicants whose previous study was undertaken in a language other than English. The minimum English language requirements for such applicants for entry to this program are as follows:
A minimum overall band score of 6.5 on IELTS (Academic) with no sub-score of less than 6.0
OR a minimum score of 575 on TOEFL
OR an internet-based (iBT) TOEFL score of 79 (no sub-score less than 19)
OR no score less than 3+ in each skill of the ISLPR (conducted by ISLPR Language Services only)
OR a minimum overall score of 176 (no score less than 169) on C1 Advanced (formerly Cambridge Certificate in Advanced English) or C2 Proficiency (formerly Cambridge Certificate of Proficiency in English)
OR an overall score of 58 in the Pearson Test of English (Academic) with no score less than 50.
English test results must be no more than two years old.
Electronic and Computer Engineers and Electronic and Energy Engineers work in the exciting cutting edge area of high technology. This program delivers advanced core knowledge required in the electronics area to allow graduates to work in many different disciplines of electronics. It also covers the very important area of electronic computing. Most modern electronic devices and systems nowadays contain microprocessor or computing hardware. The energy component of the program gives graduates extra knowledge and skills to enable them to also move into this fast moving area. The program also allows the opportunity to undertake elective courses in the student's areas of interest. A full trimester research project allows students to demonstrate autonomous research skills whilst executing professional practice skills learnt in the program.
CRICOS CODE:084180G
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Program options
Course
Research Methods for Engineers - 7001ENG (offered online and on-campus at GC/Tri 1 & NA/Tri 2)
Listed 6000-level ENG electives (see Note 1)
Note 1: Students may seek approval from the Program Director to undertake up to 10 credit points of alternate courses as electives.
Students must complete the following List B courses:
Course
Engineering Communication and Leadership - 7002ENG (offered online Tri 2 from 2017)
Listed 7000-level ENG electives
Students must complete the following List C courses:
Course
Dissertation Part 1 - 7601ENG_P1 (capstone course)
Dissertation Part 2 - 7601ENG_P2 (capstone course)
Dissertation Part 3 - 7601ENG_P3 (capstone course)
Dissertation Part 4 - 7601ENG_P4 (capstone course)
Industry Affiliates Program - Dissertation - 7605ENG
Students must complete the following List D courses:
Course
Energy Efficiency - 7519ENG
Renewable Energy Systems - 7405ENG
Energy Storage and Power Systems - 7520ENG
Real World Energy - 7521ENG
This program will provide advanced technical expertise in diverse areas of Electronic and Computer Engineering and Electronic and Energy Engineering as well as imparting skills in engineering leadership and research. Graduates will find careers in the electronics industries in both technical and management roles. Both large companies involved in electronic based infrastructure and smaller companies undertaking design and/or manufacture will provide career paths for graduates.
OSHC: 609 ($) AUD per year
