Electricity generation is a growing industry that is currently suffering from specialised skill shortages. External pressure to optimise and progress power generation technology has pushed this industry into an exciting new era with vast potential. In order to maintain current levels of power generation and to progress forward with a view to satisfy public and social needs, the industry is increasingly looking for specialised professionals to help develop and maintain the technology the world will need in the future. The Master of Engineering (Power Generation) has been designed and developed jointly by Universities and industries and is driven by power generation industries to provide them with the specialised skills they need to progress.
Online Education, Distance Learning & External study modes available
Developed by expert industry and university staff, the Power Generation program has been tailored for professional engineers and para-professionals already working in the power generation sector. Engineers working in other fields and recent graduates may also enrol in the program as a first step towards building a career in the power generation industry.
Course Overview At A Glance
|Program at a glance |
|Duration ||2 years part-time |
|Availability/Campus Contact || Domestic - External |
International - External
|Courses/Units of Credit ||8 courses/48 units of credit |
|Faculty || Sciences, Engineering & Health |
|How to Apply || |
direct to the University - ONLINE
|Entry Requirements ||please refer to the entry requirements section |
|Professional Accreditation ||not applicable |
|Residential School ||Yes (compulsory) |
|Practicum/Work placement ||not applicable |
|Exit Awards || not applicable |
|Interim Awards || not applicable |
|Post Nominal ||GradDipPwrGen |
|Be What You Want To Be ||Phone: 13CQUni (132786); Enquire: Admissions |
|CRICOS Codes || |
The Power Generation Skills Development Program is aimed at the continuing professional development of persons currently employed in the field of engineering within the power generation industry. The programs include a Graduate Certificate, Graduate Diploma and Master of Power Generation. The programs are practically focused in that they develop the essential knowledge and skills required by both managers and practitioners to meet the current and future needs of the power generation industry. The key learning outcomes of these programs is to develop the student ability to:
- understand philosophies, strategies, procedures and techniques associated with the operation of modern industrial power generation plant;
- apply a practical knowledge of the power generation industry and its current and future needs;
- contribute positively to the management of power generation plant;
- provide leadership in the industrial power generation organisation; and
- create opportunities to improve power generation practice.
Power Generation program schedule
Students can enrol in a Power Generation program at any of the three partner universities, and upon completing the program will receive their qualification from that institution.
Requirements for the Grad Dip of Power Generation are for each student to complete 8 courses made up of 5 core courses and 3 elective courses.
To obtain a Graduate Diploma of Power Generation at CQUniversity a student needs to successfully complete at least 50% of their courses at
- completion of at least three courses offered by CQUniversity where no more than 3 courses taken at any partner university, i.e. 3 units at CQUniversity;
- 3 units with one partner, 2 units at the remaining partner.
Therefore a student has to complete the CQUninersity core course Asset Management Systems, in addition to the 4 core courses offered by the partner universities. They must also complete three of the following CQUniversity electives: Power Plant Chemistry, Advanced Power Plant, Bulk Materials and Waste Products or Plant Materials.
5 complusory courses
|Course Code ||Course Name |
| ENPG21001 || Asset Management Systems |
| Project Delivery (offered at QUT) || |
| Regulation, Compliance and Safety (offered at UQ) || |
| Rotating Machinery (offered at UQ) || |
| Introduction to Power Plant (offered at QUT) || |
plus 3 electives from the following list
|Course Code ||Course Name |
| ENPG21002 || Advanced Power Plant |
| ENPG22001 || Power Plant Chemistry |
| ENPG22002 || Bulk Materials and Waste Products |
| ENPG22003 || Plant Materials |
| Applied Thermodynamics (offered at QUT) || |
| Industrial Power Distribution (offered at QUT) || |
| Transformer Technology Design and Operation (offered at UQ) || |
| Generator Technology Design and Operations (offered at UQ) || |
| Gas Plant and Systems (offered at UQ) || |
| Plant Control Systems (offered at UQ) || |
| Industrial Power Systems (offered at QUT) || |
NOTE: Partner university courses will be accepted as cross institutional study. Prior learning from continuing education courses will also be accepted as six units of credit course exemptions.