Project:Rho: Difference between revisions
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(Created page with "=Rho, play/hack/learn = ==Problem== Kids often like the thought of playing around with robots but neither them nor their parents know where to start. ==Solution?== A little rob...") |
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=Rho, play/hack | =Rho, play/learn/hack= | ||
==Problem== | ==Problem== | ||
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===Why?=== | ===Why?=== | ||
The more senses you use the easier it is to learn something, programming on the screen/mobile can be exciting but for a 9 year old getting a feedback in the physical word is much more exciting. | The more senses you use the easier it is to learn something, programming on the screen/mobile can be exciting but for a 9 year old getting a feedback in the physical word is much more exciting. | ||
==Concept== | |||
===hardware== | |||
* a chassis | |||
* interchangeable skin | |||
* 2 dc motors with optical encoders | |||
* ir range switch | |||
* speaker | |||
* pen | |||
* aruduino shield interface | |||
* wireless module (nRF24L01+) | |||
* battery pack | |||
* dongle for PC (nRF24L01+ + vUSB capable AVR, can possible be used as a docking station) | |||
===software== | |||
* based on Scratch by MIT | |||
* possibly using S4A (Scratch for Arduino) | |||
* ideally Raspberry Pi compatible | |||
Revision as of 16:11, 27 June 2012
Rho, play/learn/hack
Problem
Kids often like the thought of playing around with robots but neither them nor their parents know where to start.
Solution?
A little robot that can be programmed easily, needs to be reasonably cheap, attractive and expandable.
Why?
The more senses you use the easier it is to learn something, programming on the screen/mobile can be exciting but for a 9 year old getting a feedback in the physical word is much more exciting.
Concept
=hardware
- a chassis
- interchangeable skin
- 2 dc motors with optical encoders
- ir range switch
- speaker
- pen
- aruduino shield interface
- wireless module (nRF24L01+)
- battery pack
- dongle for PC (nRF24L01+ + vUSB capable AVR, can possible be used as a docking station)
=software
- based on Scratch by MIT
- possibly using S4A (Scratch for Arduino)
- ideally Raspberry Pi compatible
