Study with us
Mechanical Engineering, Aerospace Engineering, Mechatronics and Energy Systems
To become a professionally accredited engineer, you will complete five years of study, starting with an engineering major in a three-year undergraduate degree, followed by a two-year Master of Engineering.
The following undergraduate degrees offer majors that lead to:
- Master of Engineering (Mechanical)
- Master of Engineering (Mechanical with Aerospace)
- Master of Engineering (Mechanical with Business)
- Master of Engineering (Mechatronics)
Full course information about all our undergraduate study options can be found on the Study website:
Undergraduate pathways to Mechanical Engineering
The Mechanical Systems major major is offered within the:
Undergraduate pathways to Mechatronics
The following Bachelor of Science majors can lead to graduate study in Mechatronics:
Full course information about all our graduate study options can be found on the Faculty of Engineering and Information Technology website:
Energy Systems
Master of Engineering
Our Master of Engineering programs are professionally recognised under two major accreditation frameworks: EUR-ACE® and the Washington Accord (through Engineers Australia). Graduates can work as professional engineers throughout Europe, and as professional engineers in countries covered by the Washington Accord. Further information about accreditation.
- Master of Engineering (Mechanical)
- Master of Engineering (Mechanical with Aerospace)
- Master of Engineering (Mechanical with Business)
- Master of Engineering (Mechatronics)
Industrial Engineering
Students with a Bachelor of Engineering, or a Master of Engineering, may apply to undertake research Masters and PhD programs.
Course information
Visit the Study website to find out more about:
- Course information
- Entry requirements
- Scholarships: eligibility and application dates
- How to apply
Master of Philosophy (Engineering)
Doctor of Philosophy (Engineering)
Finding a supervisor
View our People page for individual staff contact information and research topic areas, or contact staff to arrange a discussion: Academic Staff
Research projects recruiting students
Methods to improve maritime energy efficiency
Team: Chris Manzie
Combustion chemistry of hydrogen-natural gas mixtures
Team: Yi Yang
Decarbonising the transport sector with renewable hydrogen
Team: Yi Yang
Decarbonising transport with ammonia fuels
Team: Yi Yang
Using renewable hydrogen in gas turbines
Team: Yi Yang
Computational fluid dynamics simulations of a stratified gravity current
Team: Andrew Ooi
Computational materials engineering of novel high-temperature materials for turbines
Team: Christian Brandl
Hydrogen embrittlement in alloys
Team: Christian Brandl
Lab-on-a-chip, organ-on-a-chip and disease-on-a-chip technologies
Team: David Collins, Vini Gautam
The effect of non-homogeneous roughness on full-scale drag predictions
Team: Nicholas Hutchins, Jason Monty, Kevin Kevin
Turbulent plumes with particles in a stratified environment
Team: Jimmy Philip
Computational turbulent fluid flow
Team: Daniel Chung, Nicholas Hutchins
Numerical prediction of bubble sound emissions
Team: Andrew Ooi
Operational Excellence in the fourth industrial revolution era
Team: Guilherme Tortorella
Mechanical response of subchondral bone to fatigue loading
Team: Fatemeh Malekipour, Peter Lee
The cost of roughness: predicting the drag penalty of fouled ship hulls
Team: Nicholas Hutchins, Jason Monty, Bagus Nugroho
Acoustic engineering: microfabrication of acoustic waveguides for non-contact microscale assembly
Team: David Collins
Novel mechanisms for continuous micro/nanoparticle manipulation
Team: David Collins
Pattern recognition algorithms for the analysis of metagenomes
Team: Saman Halgamuge
Experiments and data analysis of non-equilibrium turbulent boundary layers
Team: Joseph Klewicki, Jimmy Philip, Spencer Zimmerman, Ivan Marusic