Our researchersĀ mātou kairangahau
The Science for Technological Innovation (SfTI) National Science Challenge is a community of over 400 New Zealand’s most talented physical science and engineering researchers from across 40 research organisations. On this page you will learn more about some of the researchers and their work.
Science for Technological Innovation (SfTI) Seed fund researcher, Dr Leonie Jones (Ngāpuhi, Ngāti Kahungunu ki Wairarapa), has always loved science but it was her high school science teacher who inspired her to make it her career.
Dr Nancy Garrity alongside mātauranga Māori practitioners kuia Leilani Rickard and her mokopuna Anastasia are developing a polymer composite material with tī kōuka using traditional tikanga-led fibre collection and extraction techniques. This material is set to compete with synthetic fibres and catapult brand Aotearoa-NZ to the world stage.
In New Zealand children with cerebral palsy are not physically assessed until age six, in part because they need to be able to keep very still while 40 markers are exactingly fitted to their legs, and then be able to follow precise instructions about where and how to move in a purpose-built facility.
If you take an artery from any animal at the freezing works and remove the blood, muscle and other tissues, you’ll be left with collagen. And that collagen is chemically the same as what’s found in your own bones, muscles, skin and tendons – it’s the most abundant protein you have.
There are thousands of lines of code inside a cardiac implantable device, like a pacemaker, and that software is kept busy just trying not to over-react to the day-to-day heart rhythm changes a person goes through as they walk around, climb a few stairs, get cold, read a book, get a big fright or sleep.
Based at GNS Science at Lower Hutt, Ion Beam Material Scientist Dr Jerome Leveneur, works in a team that includes John Vedamuthu Kennedy and George Chisholm.
In SfTI’s 2016 SEED funding round, Otago University chemists Dr Eng Wui Tan and Associate Professor Stephen Moratti received $100,000 to investigate developing materials that would act as drug reservoirs, but only release some of their payload on appropriate stimulation.