Dr Carly Sawatzki and Dr Jill Brown from Deakin University discuss findings from their Economics + Maths = Financial Capability Research Report, what they learned from young people and professional educators during the research, and what they want to see happen next.
With plenty of ‘get rich quick’ hype circulating around social media, and well-marketed trading apps luring people in to investing, it’s important to understand cryptocurrency. In this context, schools and teachers have an important role to play. Here, Dr Carly Sawatzki, Dr Jill Brown and Peter Saffin explore how teachers can understand students’ learning needs in this area.
Financial technology developments such as cashless transactions and in-game purchases, and risks such as scam emails and texts warrant teaching about. Carly Sawatzki, Jill Brown and Peter Saffin ask: ‘In what ways are your students financially active, and how is your school preparing them for informed financial participation?’
Several states have banned financial institutions from delivering banking and branded education programs in schools, paving the way for school-led programs free from commercial interests. In today’s reader submission Carly Sawatzki, Jill Brown, and Peter Saffin outline some guiding criteria to help schools consider ways to strengthen their financial education programs.
‘Our strong recommendation is to get creative and put real life contexts front and centre of your lessons, making mathematics relevant, engaging and meaningful…’ Justine Sakurai, Carly Sawatzki and Dave Tout discuss contextualised teaching and learning of mathematics through the exploration of six numeracy contexts, and provide several examples of what this could look like in the classroom.
In today’s article, Dave Tout, Justine Sakurai and Carly Sawatzki discuss numeracy and its relationship with mathematics, and the importance of real-world contexts. They’ll also share a problem-solving cycle to help students develop their skills, and a classroom example of health numeracy, using trampolining as a focus for mathematical investigation.