Master of Electronic and Energy Engineering

at Griffith University

The Program Director ensures that the published program information on this website is accurate and helpful for students' enrolment and progress. The Program Director provides students with guidance on program-related matters including making decisions on specific aspects of a student's study program, enrolment, progress, credit and eligibility to graduate.

Students must complete the following List A courses:

• Practical Electronics - 7514ENG
• Fluid Mechanics - 7413ENG
• Research Methods for Engineers - 7001ENG (offered online and on-campus at GC/Tri 1 & NA/Tri 2)
• List A electives
   

Students must complete the following List B courses:

• Energy Efficiency - 7519ENG
• Renewable Energy Systems - 7405ENG
• Energy Storage and Power Systems - 7520ENG
• Real World Energy - 7521ENG
   

Students must complete the following List C courses:

• 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

To eligible for admission to the 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)
   

Students admitted to the program with a Bachelor Honours degree in Electronic Engineering (or equivalent four year Electronic Engineering undergraduate degree) will be eligible for 40 credit points of advanced standing towards the program.

$39,000 (80 CP)

Tuition fees

• An International student pays tuition fees.
• Students are liable for tuition fees for the courses they are enrolled in as at the census date.
• The tuition fee for students who commence their program prior to 2014 is charged according to the approved program fee for the trimester in which the student commenced the program.
   

You could find career opportunities in energy industries in both technical and management roles. You will be prepared for available roles in larger energy resource companies interested in providing energy or energy discipline consultation. Similarly, you may also find career opportunities with electronics companies who provide products and services in the area of energy efficiency, storage products and renewable energy production equipment.