Master in Electrical Systems Engineering (On-Campus)

Tuition costs 23,500 AUD per year. The application deadline for the Jul 2027 intake is Jun 19, 2027.

The Master in Electrical Systems Engineering is for students who want a Master's degree in electrical engineering with a focus on systems engineering. It's a on-campus program at the Engineering Institute of Technology in Perth, Australia, and it takes a few years to complete. The main advantage is that you get to study in a city with a growing engineering industry.

The curriculum includes subjects like power systems and electrical circuits, and you develop skills in using software for electrical system design. You also get hands-on experience with projects and case studies, which help you learn how to apply theoretical knowledge to real-world problems.

After graduating, you can work as an Electrical Engineer, a Systems Engineer, a Power Systems Engineer, a Control Systems Engineer, or a Renewable Energy Engineer. You can work in industries like energy, manufacturing, or transportation, and employers can include engineering firms, government agencies, or private companies.

The Engineering Institute of Technology, located in Perth, Australia, is a leading institution for engineering and technology-based education. You'll find advantages in its hands-on learning approach, flexible delivery options, and strong industry accreditation. With a focus on practical skills, EIT sets you up for success in the engineering and technology fields.

EIT specializes in engineering and technology, offering 24 programs. Specifically, you can expect to find courses that emphasize real-world applications and problem-solving. The institution's programs are accredited by industry bodies such as the International Accreditation and Recognition Council and the Institution of Engineers Australia.

In Perth, you'll experience a unique blend of city life and outdoor activities. As an EIT student, you'll have access to modern facilities and equipment, allowing you to work on projects that simulate real-world scenarios. With a total of 2000 students, you'll be part of a close-knit community that values collaboration and innovation.