Create and enhance the materials underpinning our devices now and into the future, with a materials engineering degree at Melbourne.
Develop expertise in nanotechnology, energy materials and biomaterials.
Gain insight into the processing-structure-property relationships of a range of materials, such as metals, polymers, ceramics, electronic materials and composites.
Be guided by world leading materials engineering academics in biomaterials, tissue engineering, nanomaterials, polymers, ceramics, materials modelling and characterisation. Access world-class facilities, including our Materials Characterisation and Fabrication platform.
The Melbourne advantage
Be inspired by world leading academics at Australia’s top university for engineering and technology
No.1 in Australia. No. 27 in the world.*
Maximise your career opportunities around the world
Internationally accredited degree through Engineers Australia and European accrediting body, EUR-ACE®.
- Be industry connected
No. 7 worldwide for graduate employability.**Our industry-aligned curriculum ensures that you have access to internships, industry projects and innovation challenges.
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How to study materials engineering at Melbourne
Our educational model is an Australian first, aligned with the top international universities. We designed it to help graduates develop the flexible mindset and strong technical skills required to solve future challenges and make a difference on a global scale.
You start with an undergraduate degree, focusing on engineering from day one, while also exploring subjects outside your discipline to develop a breadth of skills that will set you apart in the workplace.
To become a professional engineer, you will complete the Master of Engineering.
University of Melbourne pathway
Step 1: Start with a Bachelor of Science, majoring in chemical systems. Undertake an additional 25 points of core subjects. (3 years)
Step 2: Complete a Master of Engineering (Materials) to become a professional engineer. (2 years)
Other undergraduate degree
Step 1: Bachelor degree from a recognised tertiary institution (must have completed relevant maths, science and English language requirements). (3 years)
Step 2: Complete a Master of Engineering (Materials) to become a professional engineer. (2-3 years)
Your graduate outcomes
Materials engineers are in high demand, with job opportunities available in a diverse range of industries including:
Processing and recycling
Material design – aerospace, automotive, solar, tissue engineering,
Electronic and magnetic devices
Defence Science and Technology Group
Morgan Advanced Ceramics
Quality Control Engineer
* QS World University Rankings by Subject 2017
** QS Graduate Employability 2018
*** The Master of Engineering (Materials) is a new course launched in 2018. Provisional accreditation is being sought through Engineers Australia.