What is mechatronics engineering?
Mechatronics combines knowledge and skills from mechanical, electrical and computer engineering. Watch the video to find out more.
Admission to our undergraduate degree programs usually requires successful completion of a senior secondary school qualification similar to the Higher School Certificate (HSC), the highest educational award in New South Wales schools.
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5 years full-time or part-time equivalent up to 12 years maximum.
Robots can’t replace you if you’re building them.
By studying a Bachelor of Mechatronics Engineering at UON you open yourself up to a wide range of engineering challenges and opportunities.You will become an engineer capable of solving the world’s greatest challenges. As a mechatronics engineer you may develop companion robots to help care for our aging population. You could design drones that assist in search and rescue operations following a natural disaster. Or, join our team of precision mechatronics researchers and work on medical solutions such as an endoscopic ‘pill robot’ for non-invasive 3D imaging and intervention.
What is mechatronics? Mechatronics engineering is concerned with the synergy of electrical, computer and mechanical technologies that lead to new solutions to industrial problems. Students study a diverse range of courses in areas such as technical design, automation and operational performance of the electromechanical systems used in industries such as defence, advanced manufacturing, mining and health. This means that you will learn a variety of mechatronics engineering concepts, skills and practices as part of your degree.
Why combine engineering with science? Complete these two bachelor degrees in just five years – deepen your technical skills with comprehensive physics courses which are available in the Bachelor of Science. Physics is fundamental to engineering and a deeper knowledge of this science can help you solve more complex engineering problems. This advanced theoretical background will also open up opportunities in research and development.
Learn critical technical and mechatronics engineering skills by studying courses in:
Connect with the mechatronics engineering industry through guest lectures and interdisciplinary projects solving real world problems. Gain invaluable practical experience through your industry placement.
Become job-ready through our professional practice courses. You'll learn to tackle ‘wicked problems’ and develop essential workplace skills in finance, project management, sustainability, communication and entrepreneurism.
Develop your physics skills in:
Download a program plan for further details on your degree's structure and what courses you will study.
These program plans are applicable to new students. Current students should refer to the program handbook to access the plan relevant to the year they commenced.
Mechatronic engineers play an essential role in a growing number of fields. They might take up careers in the robotics, aerospace, chemical, defence, automotive, marine, manufacturing, mining or finance industries. Average starting salaries for engineers are great – more than $80,000 per annum.
Mechatronic Engineering is flexible and diverse. You may prefer hands-on fieldwork, design and development, or a leadership role managing people and projects. Typical positions include:
It’s also common for engineers to take on senior leadership roles in innovative businesses. The CEOs of Google, Microsoft, Amazon and Tesla Motors are all engineers. In fact, engineering is the most common degree among the highest performing Fortune 500 CEOs!
The combined degree advantage: Your advanced physics skills will help you enter specialist roles in research and development. Employers will value the depth and diversity of your skills and you’ll be well placed to take up leadership roles in engineering.
All University of Newcastle engineering students have the opportunity to complete 12 weeks of industrial experience during their degree. This can be completed in one block or as shorter placements of no less than two weeks. Through your work placement you’ll build important professional networks and put your learning into practice.