The University of Auckland is New?Zealand’s largest and most highly regarded university, welcoming students from over 100 countries each year. The Master of Robotics and Automation Engineering (MRobotEng) is a postgraduate degree focused on the theory, design, implementation and practical applications of robotics and automated systems — technologies that are central to modern industry, healthcare, agriculture, smart manufacturing, autonomous systems and more.

 

This programme is delivered through the Faculty of Engineering and is closely linked with the University’s Centre for Automation and Robotic Engineering Science (CARES), giving students exposure to industry?related research and emerging technologies.

 

Why Study This Programme?

Studying the Master of Robotics and Automation Engineering prepares you to:

• Develop advanced robotics and automation expertise that is in rising global demand.

• Work with real?world applications across healthcare, manufacturing, agriculture, and service systems.

• Participate in industry?linked research projects through CARES and collaborate with global partners.

• Gain both theoretical foundations and hands?on practical experience, including a major research project.

 

Subjects / Programme Structure

The programme blends core robotics, automation, computing, systems planning and research. While the exact courses may vary by cohort, typical subject areas include:

• Robotics and Intelligent Systems – fundamentals of robotic systems.
• Hands?on automation and perception projects – working with sensors, machine vision and actuators.
• Mechatronics & control systems – integration of mechanical and electronic systems.
• Advanced topics in robotics – IoT, Industry?4.0, autonomous platforms.
• Research Project (45 points) – individualized or team?based project in robotics/automation technologies.

 

Specialisations

Rather than fixed majors, the master’s provides flexibility to tailor learning through electives or research focus areas such as:

• Autonomous systems
• Robotic perception & sensing
• Industrial automation
• Intelligent control & AI integration.

 

Career Outcomes

Robotics and automation skills are increasingly valued across industries. Graduates may work as:

• Robotics Engineer
• Automation Systems Designer/Developer
• Control Systems Engineer
• Mechatronics Specialist
• R&D Engineer in High?Tech and Manufacturing
• Autonomous Systems Developer

 

Visa & International Requirements

International students must obtain a New?Zealand Student Visa before arrival. To qualify you typically need:

• A confirmed study offer
• Proof of funds for tuition and living expenses
• Health/travel insurance
• English proficiency evidence

 

Highlights — Quick Overview

• Level 9 postgraduate degree with practical and research balance
• Hands?on learning with emerging robotics systems
• Industry relevance and exposure through CARES
• Flexible pathways (120 or 180 points)
• Est. fees ~$55,000/year plus scholarship options
• Located in Auckland city with strong work culture and innovation ecosystem