Monday, February 11, 2013

Thursday, December 20, 2012

Flexible cardboard packaging

Ingenious Cardboard Packaging Folds to Fit Parcels of Any Shape [source]

What can you do with it?


The way in which this cardboard can be molded suggests using it to create organic-looking shapes.
Print the pattern found here on thick paper, and you can start folding your snake or bean shaped puppet.

Walking paper + spinning head robot

A robot made with paper and rubber bands.



This robot is perhaps a bit complex to build ... but the next one is simpler and still moves using rubber bands:

Elly the Elephant – Kinetic Creatures

Terrific concept: cardboard animals that can move!



For more info read here.

Wednesday, August 8, 2012

Paper-tubes robots... and more


A PIPEROID is a fantastical cut-fold-connect, paper robot created by Japanese toy designer Takashi Tsunoda. For anime-loving, DIY-experienced kids, it gets no better than this. Full of mischief, each robotic duo comes as a rolled sheet of colorful paper that needs to be crafted in order to be brought to life as a PIPEROID! 
[source]

Created by Takashi Tsunoda, the Japanese toy designer behind PIPEROID paper robots, Monster Cubes offer a similar paper-folding DIY experience. You’ll get a perforated sheet of paper that can be punched out and folded into monster – no tape, glue or scissors required. You can even put little items or notes in the monster’s hands or mouth. [source]


With Studio Ditte’s Paper Robots you can build six colorful robots. All you need is scissors, a ruler and glue – no tech skills required! [source]

Tuesday, June 5, 2012

Cool Math website

Origo Education [source]
" ORIGO was established in 1997 when co-founders James Burnettand Dr Calvin Irons identified the need to meet a growing demand for professional development in mathematics. With the vision of making a positive contribution to children's education, James and Cal began writing and producing mathematics resources from a makeshift office in James' home. Today, ORIGO provides a complete education solution to its customers by combining an innovative range of mathematics products with quality professional learning services. "
Some details here: http://www.origoeducation.com/developing-essential-strategies-for-computation/

So perhaps an abacus and marbles could be useful as tangibles, and/or in computer applications...

And this article is also very interesting: Math made easy - Thinking Strategies in Primary Mathematics
http://www.origoeducation.com/assets/pdf/MathsMadeEasyCM.pdf
There are quite a few tangible tricks in this article that could be cool to play with, perhaps using LEGO (?)