Stronger Smarter takes students from classroom to country

Published 9:30am 22 October 2020

Since its inception 15 years ago, the Caboolture-based Stronger Smarter Institute has worked with more than 70,000 Indigenous young people across Australia to help them realise their potential.

Stronger Smarter Institute chief executive officer Dr John Davis says the organisation still follows the philosophies developed by Caboolture’s Chris Sarra while he was working as the first Indigenous principal at Cherbourg State School.

“It (Cherbourg) became a lighthouse school to reflect what can be done in a complex environment,” Dr Davis, known as JD, says.

The Stronger Smarter team delivers a range of online and in-person programs to urban, rural and remote communities.

Tailored to local knowledge

“Our core focus is transformative education,” JD says.

While Stronger Smarter Institute principles are used for each program, JD says they are delivered tailored to local knowledge and strengths in consultation with each community.

He says not using a one-size fits all approach is critical to the success of the Institute’s programs.

“The idea is that those strengths are within local community context,” he says.

“Localised knowledge is such a big part of what we do.

“The (education) gap is not with our mob, it’s the (mainstream) system.”

JD says using local knowledge, combined with tried and tested education philosophies, allows Stronger Smarter to create transformative change in highly complex communities.

One example, he says, is in the area of Science, Technology, Engineering and Mathematics (STEM).

Igniting passion for STEM

The Institute has secured National Indigenous Australians Agency funding to engage young Indigenous people with STEM through the Stronger Smarter Institute Science Technology Engineering Maths Indigenous Knowledge (SSiSTEMIK) program.

JD says while independent testing by the internationally recognised Programme for International Student Assessment (PISA) shows Indigenous people have a higher propensity for being interested in science, this has not traditionally been reflected in the number of Indigenous people studying the subject.

But he says applying a cultural lens and context is bridging that gap, with scholarship grants available for the next 100 female leads in STEM.

“In the data there’s this reflection of our mob having a gap when it comes to STEM. But there’s the strength of us being here 40,000 years, the strength of being connected to this land.

“If we teach STEM on a computer then we miss the opportunity to go on country and look at other ways of using design technology.

“There is an excitement and energy about STEM. It’s about how to embed Indigenous knowledge in STEM.”

JD says traditional methods used by fire practitioners with `cool fires’ were the perfect example of Indigenous custodians using sophisticated scientific techniques perfected over tens of thousands of years to prevent bushfires and manage land regeneration.

Passing that along to future generations through STEM programs is a powerful way to ensure the knowledge is not lost, and to ignite a passion for Indigenous science.