Master of Professional Engineering (Mechatronic)

This master's degree is for people who want to work as mechatronic engineers in Australia. It takes two years of full-time study and sits at the master's level on the Australian Qualifications Framework (AQF). You'll study how mechanical systems, electronics, control and software fit together, the kind of work that shows up in robotics, automation, medical devices and advanced manufacturing.

What you'll actually study

The degree is built from units of study, each worth a set number of credit points. You need to pass enough of them to reach the total the university sets for the award. Most Australian universities run two semesters a year, though some use trimesters. Core units usually cover dynamics and vibration, control systems, embedded electronics, sensors and instrumentation, digital signal processing, and the maths that holds it together. You'll also choose electives so you can lean towards robotics, autonomous systems, or industrial automation.

Because this is a professional engineering master's, it normally includes a capstone project or a research thesis in your final year. That's where you take a real problem, often one suggested by an industry partner, and work through design, prototyping and testing on your own or in a small team. Many students use the capstone to build a portfolio piece they can show employers.

Work-integrated learning is common in Australian engineering degrees. It might be a placement with a company, an industry-based project, or a simulated workplace unit. The university arranges some of these; others you find yourself. Either way, you graduate with something on your CV beyond coursework.

Skills you'll pick up

You'll learn to design and analyse mechanical systems, write and debug embedded code, tune controllers, and work with the CAD and simulation tools engineers use day to day. You'll also practise the less technical side: writing technical reports, presenting to a client, and working in a team where the electrical engineer, the software developer and the mechanical designer all have to agree.

Who it suits

This suits you if you already have an engineering or related bachelor's degree and want to specialise, or if you're an overseas-trained engineer looking to meet Australian recognition requirements. It also works for people with a strong maths and physics background who are changing into engineering. You'll need to meet the English requirement, IELTS Academic 6.0 to 6.5 overall is the common coursework-postgraduate standard, with TOEFL iBT, PTE Academic, Cambridge C1 Advanced and the university's own English programmes accepted as equivalents. The Department of Home Affairs sets a separate English threshold for the Student visa itself.

International students on a Student visa can work up to 48 hours per fortnight while studying. After you finish, the Temporary Graduate visa (subclass 485) post-study work stream lets eligible graduates stay and work in Australia. Check the official CRICOS listing and the university's course page for the current structure, fees and entry requirements.

• Mechatronic engineer, designing and improving automated machinery for manufacturers, mining equipment suppliers and food processing plants.
• Control systems engineer, tuning and programming PLCs, SCADA and motion control systems in resources, utilities and transport.
• Robotics engineer, building and testing robots for agriculture, logistics, defence and healthcare in Australia's growing robotics sector.
• Automation engineer, integrating sensors, actuators and software on production lines for companies in advanced manufacturing.
• Embedded systems developer, writing firmware for medical devices, consumer electronics and industrial instruments.
• Project engineer, managing the technical side of equipment installation and commissioning for engineering consultancies and contractors.
• Research and development engineer, working in university labs, CSIRO-linked projects or company R&D teams on new products and prototypes.

Australian industries that hire mechatronic graduates include mining and resources, agriculture technology, medical device manufacturing, defence, automotive and transport, and building services. Professional recognition through Engineers Australia is common for roles that require it, so check the accreditation status of the specific course on the official page.