Published: 27 Aug 2021 1,283 views
The increasing penetration of distributive energy generation raises several challenges for the operation of power systems, including the uncertainties caused by the renewable generation and flexible demand, energy imbalance, and violation of network constraints. Improving the system's reliability through energy storage, demand response, and increasing capacity is a promising solution to overcome these challenges. This is a good opportunity to get involved with the School of Engineering, located on the Joondalup Campus of ECU. By attracting the brightest minds and fostering a truly innovative and collaborative work environment, the School aims to develop global solutions to contemporary issues. Prospective research topic includes but are not limited to prediction of dynamic behaviour of electric grid, distributive energy system planning and operational scheduling.
Edith Cowan University (ECU) provides the ideal learning environment for people who want to reach their potential. Located in Western Australia, our industry-relevant teaching and research, supportive study environment and award-winning facilities enable ECU students to do more than just survive in this world – they thrive in it. Established in 1991, ECU took the opportunity to reshape the way higher education is delivered in a distinctive and inspiring campus environment. ECU courses are developed in consultation with industry, and teaching staff have extensive industry experie... continue reading
Application Deadline | 21 Nov 2021 |
Type | PhD |
Sponsor | Edith Cowan University (ECU) |
Gender | Men and Women |
$28,600 per year for a maximum of 3 years (Tax-Free) depending on compliance with milestone and candidacy requirements.
Key requirements
Desirable requirements
Interested applicants are encouraged to submit an expression of interest to Dr. Asma Aziz ([email protected]). Applications will not be accepted through alternate avenues such as online job sites. Please ensure the below documents are attached to the email:
For more details, visit ECU website.