Magnetic material-based thermoelectric energy harvesting
Application process
A completed online application must be submitted by 4.30 pm 22 September 2025. Late or incomplete applications will not be accepted. Any required supporting documentation (including references) must also be received by 4.30 pm on the closing date in order for the application to be considered.
Project number
116
Project description
Magnetic materials are technologically significant for a wide range of magneto-opto-electronic applications. They can also be used for thermoelectric energy harvesting by converting waste heat into useful electricity. For high energy conversion efficiency, these materials must exhibit both high electrical conductivity and strong thermoelectric properties. The spin degree of freedom in magnetic materials introduces additional functionalities that can further enhance thermoelectric performance.
In this project, you will work with leading materials physicists at the Robinson Research Institute and Earth Sciences NZ, using physical vapor deposition techniques to fabricate thin films of magnetic materials. You will learn how to characterise their crystal structure and investigate key properties. Your work will help demonstrate how these materials can be optimised to achieve high-efficiency thermoelectric performance for next-generation energy harvesting technologies.
This project is for a single student.
Location
Mainly at the provider's premises. Robinson Research Institute and Earth Sciences NZ.
Supervisor
