Master of Professional Engineering (Mechatronic & Robotic Engineering) 36 months Postgraduate Programme By University of Southern Queensland |TopUniversities

Programme overview

Degree

Other

Study Level

Masters

Study Mode

On Campus

Overview
  • Elevate your mechatronics engineering expertise with a focus on control system design, machine vision, and data processing.
  • Develop practical skills in motors, gearing, and simulation, alongside in-depth study of state space design, filtering techniques, and digital control principles.
  • Explore the realm of robotic engineering, understanding how to integrate components for creating seamless mechatronic systems, from AI robotic platforms to robotic additive manufacturing.
  • Uncover the nuances of computer vision and image processing in this engineering master's program, delving into advanced applications like facial recognition, OpenCV, AR and VR technology, chemical sensors, and penetrative radars.
  • Master various aspects, from modeling and controlling drones to navigating underwater robots, and even programming the Boston Robotics dog, covering obstacle avoidance, path planning, and robot communication.
  • Delve into artificial intelligence engineering and machine learning as integral components of this degree.
  • If seeking an online engineering degree, this program offers flexibility; while some elements require in-person completion (refer to residential schools details below), the majority can be achieved online.



Further study



Graduates from the Master of Professional Engineering are eligible to be considered for higher research degrees such as the Master of Research or PhD studies.



Professional accreditation



The program is accredited by Engineers Australia and graduates are eligible for Graduate membership at the Professional Engineer level.

Programme overview

Degree

Other

Study Level

Masters

Study Mode

On Campus

Overview
  • Elevate your mechatronics engineering expertise with a focus on control system design, machine vision, and data processing.
  • Develop practical skills in motors, gearing, and simulation, alongside in-depth study of state space design, filtering techniques, and digital control principles.
  • Explore the realm of robotic engineering, understanding how to integrate components for creating seamless mechatronic systems, from AI robotic platforms to robotic additive manufacturing.
  • Uncover the nuances of computer vision and image processing in this engineering master's program, delving into advanced applications like facial recognition, OpenCV, AR and VR technology, chemical sensors, and penetrative radars.
  • Master various aspects, from modeling and controlling drones to navigating underwater robots, and even programming the Boston Robotics dog, covering obstacle avoidance, path planning, and robot communication.
  • Delve into artificial intelligence engineering and machine learning as integral components of this degree.
  • If seeking an online engineering degree, this program offers flexibility; while some elements require in-person completion (refer to residential schools details below), the majority can be achieved online.



Further study



Graduates from the Master of Professional Engineering are eligible to be considered for higher research degrees such as the Master of Research or PhD studies.



Professional accreditation



The program is accredited by Engineers Australia and graduates are eligible for Graduate membership at the Professional Engineer level.

Admission Requirements

6.5+
58.5+
176+
79+
  • Australian university three or four-year Bachelor degree in engineering in the relevant specialisation, or equivalent.

Or

  • Australian university four-year Bachelor degree in engineering in a non-related specialisation, or equivalent.

3 Years
Feb
May

  • Candidates are required to submit references or letter(s) of recommendation for acceptance

Domestic
32,160 AUD
International
37,000 AUD

Scholarships

Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.

To help students navigate this challenging process, we recommend the following articles:

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