Teaching Children to be Jewellers and Programmers Using Technology

19 January, 2011

(or, how to give your child a toy that is more powerful than the professional software you use in your day job.)

When I was a small child, parents would give their children LEGOs if their kids were interested in engineering or construction. They would give them a toy tool set if they wanted them interested in general contracting. Or they would give them a paint brush and palette if they never wanted them to leave home. (Only kidding.)

Silliness aside, making children’s tools to emulate what the adults do is as old a concept as toys themselves. I suppose it makes perfect sense, then, that once computers and user interfaces became sophisticated enough, developers would start introducing children’s toys that emulate professional design tools, to get them interested in similar careers when they grow up.

This new generation of computer games does just that, disguising some quite powerful design tools within a wrapper of fun.

Two particularly elegant examples are Microsoft FuseLab‘s Kodu, and Style Lab: Jewelry Design for Nintendo DS.

Style Lab Jewellery Design for Nintendo DS

Style Lab: Jewelry Design for Nintendo DS is a spin off from the rest of the Style Lab series, in which little girls are given a user interface to take a picture of themselves and apply virtual fashion designs and accessories.

What’s so interesting about Style Lab: Jewellery Design is that many aspects of the tools, basic interface, and component library are similar to what we see in a professional environment with software like Gemvision’s Countersketch Studio.

If that all sounds a bit far-fetched for a video game, perhaps it is. See for yourself:

http://youtu.be/W94khcmPHzY&feature=player_embedded&noredirect=1

(I’ll discuss Kodu after the break below…)

Kodu is a game design tool designed for people who have never written a single line of programming code in their life, allowing them to make games of surprising complexity with just X-Box or PC controls. It boasts a truly “visual” programming language, long promised by software developers for decades, but at last achieved to such a level of abstraction that it becomes as elegant a creative tool as games like Little Big Planet. It’s easy to see how something like this could really get primary school children quite excited about programming.

While these aren’t by any means the only examples of “sandbox” video games (LEGO has done several over the years, with the most recent and impressive being their LEGO Digital Designer), they do show a growing movement towards the use of sandbox-style games as educational tools.

WRITTEN BY

Jack Meyer

Bespoke jewellery designer, and specialist in jewellery CAD/CAM and emergent technologies that affect jewellery.

Related Posts

The Future of Prosthetics
11 December, 2020

This video from The Guardian shows off some wonderful innovations in prosthetic design, including discussion about designing prosthetics for fashion.

READ MORE
Rhino 7 Now Available with Subdivision Modelling
26 November, 2020

After only a little more than a year of development, McNeel officially released the latest update to their Rhinocerous 3D software, Rhino version 7!

READ MORE

Leave a Reply

Your email address will not be published. Required fields are marked *

AlphaOmega Captcha Classica  –  Enter Security Code
     
 

This site uses Akismet to reduce spam. Learn how your comment data is processed.