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A Power Systems Engineer designs and maintains infrastructure used for power supply. You’ll plan power generation and distribution systems and ensure they are operating safely and effectively. Power Systems Engineers may design new developments or work on existing power supply networks.
Power Systems Engineers should have excellent analytical skills and be good at problem solving. It’s important you can work well in a team environment and communicate clearly with colleagues. Power Systems Engineers need excellent attention to detail and must be able to make safety a priority during their work.
There are 5 courses available for people who want to become a Power Systems Engineer.
Possible job outcomes:
The Advanced Diploma of ESI – Power Systems focuses on managing the construction of electrical substations and related projects in the electricity supply industry (ESI). This course encompasses personnel management, business aspects of projects, and providing specialist advice for daily challenges. Students will develop skills and knowledge in the latest and evolving technologies in electricity supply and power systems upon completion..
Average duration: 18 months.
A key area of electrical engineering is power system analysis and design. The Graduate Certificate in Power System Analysis and Design covers knowledge and skills to analyze power systems both under steady state and dynamic conditions. It will also cover in-depth principles involving power system protection and power quality analysis covering the applicable international standards. Aspects relating to system stability, including transient stability, small signal stability, frequency and voltage stability as well as measures to enhance system stability as a result of renewable systems integration will also be discussed. The learning outcomes of the course is designed to equip students with professional engineering skills and knowledge to model solutions to address power quality problems, simulate various system conditions using industry-based software and undertake design principles for effective substation and protection systems..
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..
Average duration: 4 years.
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. .
Become an electrical linesworker with the UET40522 Certificate IV in ESI - Substations. This nationally recognised qualification is for licensed electricians who want to transition to the electrical supply industry. The course covers: high current DC switchgear and equipment, HV plant and equipment, discrete protection and power systems, substation installation and maintenance, implementation of WHS requirements, leadership skills, and on-the-job safety. Enquire now for the full list of entry requirements, ESI linesworker career outcomes, and enrolment opportunities in your area..
Average duration: 24 months.
In Australia, a full time Power Systems Engineer generally earns $1,800 per week ($93,600 annual salary) before tax. This is a median figure for full-time employees and should be considered a guide only. As you gain more experience you can expect a potentially higher salary than people who are new to the industry.
The number of people working in this industry has grown strongly in recent years. There are currently 26,800 people employed in this field in Australia and many of them specialise as a Power Systems Engineer. Power Systems Engineers may find work across all regions of Australia.
Source: Australian Government Labour Market Insights
If a career as a Power Systems Engineer interests you, consider enrolling in a Graduate Certificate in Power System Analysis and Design. This course will give you the professional engineering skills to model solutions to address power quality problems, simulate system conditions and undertake design principles for effective substation and protection systems.
We’ll find nearby campuses and check if you’re eligible for funding in your state.
Here are some potential career pathways within electrician. Click on an occupation to learn more about the role and the qualifications that can help you get started in this industry.
Electrician
Apprentice Electrician
$960 weekly pay
Electrical Trades Assistant
Cable Jointer
$1,250 weekly pay
Electrical Estimator
$1,440 weekly pay
Electrical Fitter
$1,150 weekly pay
Electrical Linesman
$1,400 weekly pay
Instrumentation Technician
Rail Traction Linesman
Substation Technician
Systems Electrician
$1,600 weekly pay
Electrical Project Manager
$1,920 weekly pay
Electrical Supervisor
$1,875 weekly pay
Power Systems Engineer
$1,800 weekly pay
Signal Technician
$2,800 weekly pay
Learn more about Power Systems Engineer courses in your area.