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With the focus of this degree on real solutions for real-world engineering problems, you will study:

Take part in a combination that allows high-achieving students to complete a program of study in robotics and electronics in only five years. It combines electronics, computer control, signal processing and programming in the design, development and operation of robots, and their integration with other systems in the work environment. The masters enables you to undertake more specialist study, particularly in the topics related to intelligent systems of instrumentation.

Mechanical engineers work with 'things that move', from prosthetic limbs and robotic systems to motor vehicles, aircrafts and space stations. With maths and computer science more and more central to high technology developments in the field, specialised expertise offers huge benefits.

Mechanical engineers are experts in everything from prosthetic limbs and robots to motor vehicles, aircrafts and space stations.

Mechanical engineers work with 'things that move', from prosthetic limbs and robotic systems to motor vehicles, aircrafts and space stations.This degree enables an additional, specialised science focus which compliments the core engineering foundations.

Undertake an in-depth study of electronics – the enabling technology for today’s society. Electronic circuits are small processors that interpret signals and perform tasks. In this degree, you’ll learn the skills and knowledge to plan, design and build the electronic circuitry that is integral to an extensive range of high technology applications.

Get a strong foundation in the systematic development of electrical systems, such as renewable power generation and motors. The degree looks to the future with an emphasis on renewable energy systems and electrical drive systems.

Mechatronic engineering combines mechanics, electronics and computing.

Industry has indicated a strong demand for skilled engineering graduates with solid business acumen.

Industry has indicated a strong demand for skilled engineering graduates with solid business acumen.

In your studies you will develop advanced practical skills and theoretical understanding of power systems, renewable energy, analog electronics, digital electronics, computer programming, embedded systems, telecommunications, signal processing,...

Push mechanical systems to the limit.

UniSA is number one in Australia for quality education1 and we're one of Australia's leading universities for Engineering research.2 With the focus of this degree on finding solutions for real-world engineering problems, you will study:

Electrical engineers are designers and problem-solvers. They tackle large-scale electrical challenges, develop innovative technologies and improve the quality of modern life.This intensive degree is suited to high-achieving engineering graduates, as well as engineers with relevant work experience.

UniSA is one of Australia's leading universities for engineering research, with research rated well above world-class.1

UniSA's theory-based practice oriented learning approach incorporates challenging and creative project work.

Electronic engineers possess highly sought-after skills and the knowledge needed to deliver innovative solutions.

From smart devices to medical imagery and defence technologies, electrical and electronic engineering contributes to every aspect of modern life.With maths and computer science underpinning developments in this high technology field, specialised expertise offers huge benefits.

With the focus of this degree on real solutions for real-world engineering problems, you will study:

Mechanical engineers work with 'things that move', from prosthetic limbs and robots to motor vehicles, aircrafts and space stations.When it comes to new technologies, mechanical engineers are key. They design and develop materials, processes and products to improve our lives and the world.