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Future Postgraduate Students

	Postgraduate Degree  Programs See the exciting and diverse range of Postgraduate Coursework and Research Degree Programs offered by the School of Electrical & Electronic Engineering.		Our Research Find out more about the School of Electrical & Electronic Engineering's international reputation for excellence in education and research.
	Scholarships Fast-track your career with a scholarship-funded postgraduate qualification in the School of Electrical & Electronic Engineering.		How to Apply Learn about selection criteria, steps for applying, important closing dates and what to do when you are offered a place at Adelaide.

Coursework Programs

The Master of Engineering program offers candidates the chance to specialise in cutting edge technologies aligned to their career pathways. This 24 unit program is suitable for Engineering graduates with Honours who wish to pursue further studies, as well as engineers with relevant work experience. (Up to 12 additional units of enabling courses maybe required depending on the exact nature of the applicants qualifications - this may extend study by one semester.) The program includes core courses (9 units) comprising statistics, system modelling and management and is designed to provide generic skills applicable across all fields of engineering. The remaining 15 units are of discipline specific courses that provide additional technical material at a level beyond that of a first engineering degree. The selection of latter courses will enable candidates to explore a sub-discipline at some depth or acquire further knowledge across a broad front.

Research Programs

The School of Electrical & Electronic Engineering has a strong research focus with staff and students active in a wide variety of projects. Our vision is to increase the scale and impact of our world class research and to provide the highest quality PhD supervision. Our research activities span fundamental theoretical advances through to commercial spin-offs.
Recent research outcomes include significant contributions to power systems, radar signal processing, terahertz imaging, biologically inspired vision and radio frequency identification (RFID).