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Dr Luke Bennetts

Applied mathematician

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When it comes to explaining to people what he does for work, Dr Luke Bennetts is good at breaking the ice.

A senior lecturer in applied mathematics at the University of Adelaide, Luke co-authored a 2018 study about the impact of huge ocean swells on ice shelves around Antarctica.

The research perfectly married his passions for mathematics and the environment. “I became drawn to environmental problems, more specifically Antarctic science, because the problems are challenging, and the outcomes important,” he says.

An applied mathematician uses their expertise to provide a new understanding of – and solutions to – real-world problems. This sees Luke solving equations on a daily basis to understand how and why things (such as floating ice) move around.

Luke says mathematics is fundamental to all facets of science and engineering, particularly environmental research. “You won’t get anywhere without it,” he says.

While helping solve big problems such as climate change might seem like a popular career choice, there aren’t enough environmental research mathematicians in Australia. Meaning, loads of opportunities to make your own waves in the field.

Luke advises budding mathematicians to search the Net. “Start with researcher websites – most of us have one designed for the public, and we’re happy for you to contact us directly.”

– Jake Dean

To get there: bit.ly/UniAdelaideMaths

 

Dr Luke Bennetts’ pathway to becoming an applied mathematician

> > BSc (Hons) + Master of Science, Mathematics/Applied Mathematics, University of Reading

> > PhD, Applied Mathematics, University of Reading

> > Postdoctoral researcher, University of Otago

> > Senior Lecturer Applied Mathematics, University of Adelaide


This profile is brought to you in partnership with the University of Adelaide.[/vc_column_text][/vc_column][vc_column width=”1/3″][vc_single_image image=”78065″ img_size=”large” style=”vc_box_circle_2″][vc_column_text]

“I became drawn to environmental problems, more specifically Antarctic science, because the problems are challenging, and the outcomes important.”

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