Electrical and electronic engineers combine knowledge of sensing devices, communications technologies and traditional and renewable energy generation systems to develop intelligent, connected smart grids. They create Internet of Things (IoT) infrastructure that underpins modern sensing and control systems used in power systems, industrial control and other real-time systems. Graduates can also work in more traditional electrical or electronic engineering roles.
Also read the information for UTS Engineering and Information Technology.
There are core studies in both electrical and electronic engineering subjects, as well as a choice of specialisation in control, embedded systems, power systems, renewable energy or electrical drives.
Electrical engineer working with smart grids; IoT engineer in power or industrial control industries; designer of next-generation sensors and microelectronics technologies for power, energy generation and control systems; more traditional electrical or electronic engineering roles are also available.
The table below shows the ATAR and Selection Rank information for those offered places wholly or partly on the basis of ATAR in 2023.
ATAR-based offers only, across all offer rounds | ATAR (excluding adjustment factors) | Selection Rank (including adjustment factors) |
---|---|---|
Highest rank to receive an offer | 90.15 | 99.95 |
Median rank to receive an offer | 79.9 | 87.65 |
Lowest rank to receive an offer | 74.65 | 80.1 |
<5 - Less than 5 ATAR-based offers were made
Please refer to the University of Technology, Sydney website for admission criteria information.
This information is sourced from Course Seeker, a joint initiative between the Australian Government and the Tertiary Admission Centres. View more information on Course Seeker.
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