Robotics Engineering

Equip yourself to drive innovation and revolutionise industries with skills and experience in automation, robotics and AI. Drive technological advances and lead groundbreaking projects.

Who is this course for?

The Master of Advanced Robotics Engineering puts you at the forefront of an interdisciplinary domain. This master degree is for you if:

You have a degree in engineering and are seeking to specialise in robotics and automation
You have significant experience in robotics or mechatronics and wish to challenge and extend your knowledge and expand your understanding and perspective.
You are interested in furthering your career conducting leading-edge research in robotics and AI

Specialisation overview

The Master of Advanced Robotics Engineering integrates fundamental principles of robotics and automation, including mechatronics and control systems, with advanced concepts such as the use of artificial intelligence, machine learning and computer vision.

You will learn to conceptualise, develop, and maintain sophisticated engineering systems that exhibit intelligence and automation. You’ll also explore human-robot interaction and interface design, and to appreciate ethical considerations and safety in robotics.

Practical hands-on experience will allow you to apply your theoretical knowledge in real-world scenarios and foster creativity and problem-solving skills that will be critical to your success in this dynamic and multidisciplinary field.

Careers in Robotics Engineering

Robotics is impacting almost every industry on earth, changing the way businesses operate, and highlighting a need for specialists in this area. With a Master of Advanced Robotics Engineering you could:

Develop an integrated robotic system for industrial automation, incorporating vision systems and machine learning for tasks in manufacturing and logistics
Lead a project involving the coordination of a swarm of robots for environmental monitoring or underwater exploration
Design robotic prosthetics to enhance the mobility and function for people with limb dysfunctions
Work on the development of robotic systems for precision agriculture, including autonomous tractors, robotic harvesters, or drones for crop monitoring
Contribute to the development of a robotic surgery platform, integrating advanced sensing technologies and precise control mechanisms

What you will learn

Fundamental knowledge of advanced robotic systems including machine component design, kinematics, statics and dynamics
Expertise in designing stable control systems and integrating mechanical and electronic components
Skills in developing autonomous systems with sensing, enabling robots to operate independently and make real-time decisions
Ability to design human-friendly interfaces, considering ethical and social implications of robotic technologies
Knowledge of computer vision for robotic perception and sensors for navigation
Proficiency in programming and integrating artificial intelligence for enhanced robotic capabilities.