GraduateEngineering

Master of Mechatronics Engineering

University of Melbourne, Melbourne, VIC, Australia

About this program

The Master of Mechatronics Engineering at the University of Melbourne blends mechanical, electrical and software engineering to develop automation and advanced manufacturing technologies for robotics, vehicles and CNC machines, with a Manufacturing specialisation available. Students with a relevant undergraduate major complete the degree in two years, starting in second year with credit for foundation subjects, guided by experts in automation and control.
Graduates work across the electronics, automotive, biotechnology and manufacturing sectors, with a skillset also valued in management consulting and project management.

Fees & duration

Duration3 yr
Tuition (international)A$73,700
Application feeA$154

English test scores

IELTS6.5 overall (W6)
PTE64 overall

Verified study.unimelb.edu.au ↗

Course structure

Study plan in 6 parts

Structure

  • 300credit points
  • A three year degree (full time)

Year 1 compulsory subjects

  • Engineering Mechanics
  • Foundations of Electrical Networks
  • Engineering Mathematics
  • Intro. to Numerical Computation in C
  • Mechanical Systems Design
  • Systems Modelling and Analysis
  • Numerical Algorithms in Engineering
  • Programming and Software Development

Year 2 compulsory subjects

  • Dynamics
  • Control Systems
  • Sensor Systems
  • Introduction to Machine Learning
  • Mechatronics Systems Design
  • Embedded System Design
  • Analog and Digital Electronics Concepts
  • Interdisciplinary Design for Engineers

Year 3 compulsory subjects

  • Engineering Capstone Project Part 1
  • Engineering Capstone Project Part 2

Group A electives

  • Robotics Systems
  • Artificial Intelligence for Engineers
  • Advanced Dynamics
  • Advanced Control Systems
  • Aerospace Dynamics and Control
  • MechEng Summer Research Project
  • Advanced Motion Control
  • Autonomous Systems Clinic

Group B electives

  • Human Centred Mechanical Design
  • Computational Biomechanics
  • Distributed Systems
  • Mobile Computing Systems Programming
  • Electrical Device Modelling
  • Electronic Circuit Design
  • Design and Manufacturing Practice
  • Manufacturing Processes and Technology
  • Industry Digital Transformation
  • Manufacturing Automation and IT
  • Industrial Engineering
  • Industrial Systems and Simulation
  • Probability, Reliability and Quality
  • Sustainable and Life Cycle Engineering
  • and 10 more subjects

Career & PR pathway

Occupations this degree typically leads to, and their skilled-migration list status

Mechanical EngineerANZSCO 233512

Primary outcomeMLTSSLCSOL

On both MLTSSL and CSOL, supporting 189/190/491 and the employer-sponsored 482/186.

Assessed by Engineers Australia

Electronics EngineerANZSCO 233411

MLTSSLCSOL

On MLTSSL, supporting the 189, 190, and 491, via Engineers Australia assessment. Also on CSOL, additionally supporting the employer-sponsored 482 and 186.

Assessed by Engineers Australia

List membership changes over time and does not guarantee an invitation. See the skilled occupation lists guide and the points calculator before relying on this for a visa decision.

Admissions

To be considered for entry into the 200 point (2-year) course option, you must: Have completed a bachelor degree (AQF7) from the University of Melbourne majoring in Mechatronics Engineering Systems with a weighted average mark of 65% or equivalent. Or Have completed a Bachelor of Engineering (AQF7), or equivalent as recognised by the Faculty of Engineering and Information Technology, in a cognate (relevant) discipline with a weighted average mark (WAM) of 65% or equivalent. Cognate (relevant) disciplines include: Mechanical Engineering, Naval Engineering, Manufacturing Engineering, Machine Design, Manufacturing and Automation, Vehicle Engineering, Energy and Power Engineering, Production Engineering, Industrial Engineering, Electrical Engineering, Automation Engineering. And Have completed below prerequisite subject(s): At least 25 points of appropriate tertiary-level Mathematics equival

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