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There are 4 courses available for people who want to become an Electrical Power Engineer.
Possible job outcomes:
The Bachelor of Engineering (Electrical and Electronic) (Honours) equips students for a dynamic world where electrical and electronic engineers are integral to numerous aspects of modern life, from smartphones to urban energy systems. This course teaches design, development, and maintenance of various systems. It covers fundamental engineering principles, including applied mathematics, physics, statics, and systems design. Students will gain comprehensive expertise in electrical and electronic engineering, encompassing both theoretical knowledge and practical application in line with current standards and practices. .
Average duration: 4 years.
The Graduate Certificate in Renewable Energy Engineering enhances student's capabilities by offering specialised knowledge in the swiftly growing domain of renewable energy engineering, covering solar, wind, and biomass. This course prepares learners to be distinctively qualified in the dynamic energy sector, equipped with an understanding of energy policy, the effects of renewable energy systems, and their commercialisation. It's ideal for those looking to excel and innovate in the field of renewable energy. .
Average duration: 6 months.
The Bachelor of Engineering (Honours) (Electrical Power) provides an in-depth exploration of electrical power engineering, covering essential aspects such as generation, transmission, and distribution. This course ensures a solid foundation in key electrical and electronic principles, progressing to specialised studies in power system engineering. It includes detailed examination of generation techniques, transmission methods, protection systems, as well as power electronics and electromechanical systems. Students will also gain insights into industrial control, renewable energy sources, and their application in modern power systems..
The Bachelor of Engineering (Honours) (Electrical and Electronic Engineering) delves into electrical and electronic devices, computer systems, telecommunications, and power engineering. Electrical engineers are pivotal in areas like renewable energy, industry installations, robotics, and power distribution. This course equips students to design and upkeep electrical infrastructure, blending theory with practical experience. Through visits to power utilities and telecom firms, students gain a thorough understanding of electrical materials, circuit theory, and signal processing..
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