SPOT Turtles: A Next-generation Approach for the Kinaesthetic Learning of Geometry

This research is investigating how learners may understand 3-D and non-Euclidean geometries by using Sun SPOTs as a digital extension of their bodily movements, to serve as an interface to connect learnersí capacity for kinesthetic thinking with digital learning environments. We build on 40 years of previous research with technologies such as Logo and programmable ìTurtlesî, but using Sun SPOTs to explore going forward to the next generation of educational IT tools in mathematics and science.

Research started in February 2008 and is currently combined with our research in the SPOT ON project:'Exploring the new potential for embodied and kinaesthetic learning, using programmable objects and robotics in mathematics education'.

The Sun SPOT is an experimental 'Small Programmable Object Technology' being developed by Sun Microsystems. It is a small device containing a range of sensors (3-axis accelerometer, temperature and light sensors), which can communicate via wireless with other SPOTs, computers and other devices. The hardware is fully programmable and expandable via a set of digital and analogue input/output connectors.