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Combines engineering, mathematics and biology to understand how the human body functions, with an ultimate goal of contributing to a more efficient, effective healthcare industry. Learn more here.
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CHEMICAL AND MATERIALS ENGINEERING
Provides a grounding in applied chemistry, materials characterisation, process engineering, energy and mathematical modelling, with applications in industries such as food, pharmaceuticals, and more. Learn more here.
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Uses technical mathematics and science to understand infrastructure development and sustainable management, with emphasis on geomechanics, construction management, transportation, and more. Learn more here.
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Focuses on design that ensures the safety, stability, livability, sustainability and security of our built structures. Learn more here.
![](https://student-editorials.blogs.auckland.ac.nz/files/2023/02/COMSYS-edited-1024x576.jpg)
Sits within the intersection between software and hardware engineering, and is responsible for robotics, self-driving cars, advanced medical devices, industrial automation systems, smart technologies and more. Learn more here.
![](https://student-editorials.blogs.auckland.ac.nz/files/2023/02/EEE-edited-1024x576.jpg)
ELECTRICAL AND ELECTRONIC ENGINEERING
A well-established discipline that involves communications and control technology, electric power systems development and exploitation, designing and implementing signal processing devices, robotics design, modern instrumentation, and high-power electronics. Learn more here.
![](https://student-editorials.blogs.auckland.ac.nz/files/2023/02/CIVIL3-edited-1024x576.jpg)
Applies advanced mathematics and technology to solve real-world engineering problems – at its core, it is about designing ways to model and optimise engineering systems, and covers a range of topics including fluid mechanics, operations research, industrial engineering and more. Learn more here.
![](https://student-editorials.blogs.auckland.ac.nz/files/2023/02/MECH-edited-1024x576.jpg)
Emphasises the use of analytical, design and problem-solving skills to improve the engineering systems – manufacturing, thermodynamics, and more – that shape modern society. Learn more here.
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A fusion of mechanical, computer, electronics and software engineering that focuses on the design, intelligence, control and programming of smart devices, robots, and intelligence systems. Learn more here.
![](https://student-editorials.blogs.auckland.ac.nz/files/2023/02/SOFTWARE-edited-1024x578.jpg)
Integral to the foundation of many sectors of the modern economy – from small but powerful handheld devices, to massive telecommunications networks – and new needs constantly arise, be it in technical applications, or project management techniques. Learn more here.