Master of Robotics and Automation
Design the robots and automated systems of the future!
In this program you will:
- Learn about robotics and autonomous systems, applied artificial intelligence, advanced digital and embedded systems, image processing and machine vision and more
- Get hands-on experience through 12 weeks of work experience
- Develop professional engineering competencies in project management, teamwork, leadership, problem-solving, communication, and research
UniSC is currently seeking accreditation for this program from Engineers Australia. When full accreditation is achieved, the program will be recognised by 18 countries under the Washington Accord.
Location
Duration
Full-time or equivalent part-time Only a full-time option is available to international students on a Student visa. Online programs are not available to Student visa holders.Indicative fees
Indicative 2024 fees (A$)
Start
- Semester 1
- Semester 1
- Start
-
- Semester 1
- Semester 1
- Delivery mode
-
- Blended Learning
- Online
- Total courses
- 15
- Total units
- 192
- Duration
- 2 years 2 years
- UniSC program code
- MC004
Introductory courses (1) 12 units
ENG101 Professional Engineering
Developing courses (1) 0 units
ENG200 Professional Practice(0 units)
Graduate courses (4) 48 units
ELC404 Advanced Digital and Embedded Systems
MCH400 Image Processing and Machine Vision
MCH401 Actuators and Drives in Mechatronic Systems
MCH402 Advanced Control Systems Engineering
Specialised courses (7) 108 units
ENG600 Engineering Project Management Principles
ENG700 Integrative Group Project
ENG707 Advanced Engineering Project 1(24units)
ENG708 Advanced Engineering Project 2(24units)
MCH600 Advanced Industrial Robotic Systems
MCH700 Applied Artificial Intelligence
MEC700 Machine System Design
Required courses from a specified list (1)
Select 12 units from:
ELC206 Analog and Digital Electronics
ELC302 Digital Signal Processing
MCH300 Machine Component Design
Required courses from a specified list (1)
Select 12 units from:
MCH302 Robotics and Autonomous Systems
MEC200 Thermodynamics
MEC202 Mechanical Design
A three year Bachelor's degree in Mechanical or Electrical/Electronic Engineering from a recognised higher education institution or equivalent.
Additional entry information
This program has standard English language requirements.
Applicants from a non-English speaking background should refer to the English language requirements for further information.
In order to graduate you must:
- Successfully complete 192 units as outlined in the Program Structure