Mechatronics Engineering (Honours) University of Auckland

Overview

The Mechatronics Engineering (Honours) at the University of Auckland provides a comprehensive foundation in the multidisciplinary field of intelligent systems and automation. This four-year programme blends rigorous theoretical study with extensive practical experience to ensure graduates are fully prepared for the global engineering workforce. Students benefit from a curriculum that evolves alongside technological advancements, focusing on the design and maintenance of sophisticated electromechanical products.

Why Mechatronics Engineering (Honours) at the University of Auckland?

Studying at New Zealand's leading Engineering faculty offers students access to a passionate and active academic community. The university is recognised globally for its research-led teaching and provides dedicated support services and student networks to facilitate academic success. The programme is accredited by Engineering New Zealand and is a signatory to the Washington Accord, ensuring the degree is internationally recognised in numerous countries.

Tuition Fee Breakdown

• International fee: NZD 58009 per year
• National fee: NZD 10158 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The degree is structured into four parts, beginning with a broad base of engineering fundamentals before moving into specialised mechatronics coursework. Students must complete a compulsory workshop practice course and a significant research project in their final year.

• Materials Science
• Electrical and Digital Systems
• Engineering Design
• Engineering Mechanics
• Engineering Computation and Software Development
• Mathematical Modelling
• Waipapa Taumata Rau
• Managing Design and Communication
• Managing Projects and Innovation
• Managing a Business
• Workshop Practice
• Practical Work

Careers with Mechatronics Engineering (Honours)

Graduates are equipped with versatile quantitative, problem-solving, and technical skills that are highly valued across various technologically-driven industries. The multidisciplinary nature of the degree allows for flexibility in choosing career paths in both local and international markets. Common professional roles for graduates include:

• Systems engineer
• Research and design engineer
• Hardware and software developer
• Project manager
• Consultant engineer
• Analyst

Many students also choose to progress into advanced research or specialised postgraduate qualifications, such as a Master of Engineering or a PhD, to further their expertise in robotics, automation, or smart systems design.