Mechatronic engineering

Lead the next generation of machine design

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What is it?

Mechatronic engineering combines mechanical, electrical and software engineering to create computer-controlled machines. It underpins the technology behind robotics and autonomous systems, automated manufacturing and ‘intelligent’ microprocessor-based technologies.

Mechatronic systems are all around us. When your washing machine senses the size of your washing and adds just the right amount of water, that’s mechatronic engineering. Mechatronic engineers created the anti-lock braking system in your car and the controls that take the elevator to the floor you select.

What do mechanical engineers do?

Mechatronic engineers design and create control systems, robots, innovative machines and products that make people’s lives easier and their work more efficient. They can revolutionise industries like agriculture, farming, mining and transport by developing automated systems that improve reliability and increase productivity.

With skills and in-depth knowledge in computer hardware, software and networking, mechatronic engineers are versatile problem solvers.

What careers could you have?

  • Work for the latest startup or more established corporations like ResMed, Honeywell, Hyundai, Machine Automation and Robotics, Rockwell Automation, Thales, the Royal Australian Electrical and Mechanical Engineers Corps, Bayer or Austcorp.
  • Become a robotics and automation engineer, software product development consultant, automotive manufacturer, or a process monitoring and plant systems engineer, among many other career options.
  • Choose from a wide range of industries: product design and development, mining, biotechnology, manufacturing, traditional and non-traditional automation, computer system and software design, transportation, power systems and defence.

The following degrees are accredited by Engineers Australia and offer pathways to mechatronic engineering:

Our graduates are also recognised internationally through the Washington Accord of the International Engineering Alliance. Your degree can take you anywhere in the world.

Why study mechatronic engineering with us?

There are many reasons to study mechatronic engineering at the University of Sydney:

  • Study in Australia's first mechatronic program. We are considered a pioneer in this field internationally.
  • Gain hands-on experience using the latest equipment and instrumentation, including the Australian Centre for Robotics, one of the largest robotics research institutions in the world. 
  • Combining industry experience and management skills, you will be equipped to tackle the exciting challenges of this rapidly evolving field.
  • You will develop skills in digital electronics, microprocessors, computer control, electrical machines, machine dynamics and design, robotic systems and software design, as well as a range of professional skills in management and communications.
  • You may also be eligible to undertake the Space Engineering program in conjunction with the Bachelor of Engineering Honours (Mechatronic Engineering) degree – the only program of its kind in Australia.
  • Apply your skills to designing, building and racing an internal combustion car in the Formula SAE (FSAE) student-led competition. 
  • Broaden your career prospects by combining your Bachelor of Engineering Honours (Mechatronic Engineering) with a second degree in arts, commerce, science, health science, medical science, laws or project management. Combined degrees range from 5 to 6.5 years in length, with the same annual workload as a single degree student.

The most exciting thing about my degree is the hands-on opportunities. I had the opportunity to work on a self-driving car project through the Australian Centre for Field Robotics, assisting with the design and programming.

Sholto Douglas

Engineering (Mechatronic)/Commerce