We homeschool... and games are definitely a BIG part of our curriculum. As is montessori math (Ds7 sees numbers as their pieces, rather than through memorization, so the manipulative -> equation aspect of montessori is killer. The Montessori album we use is actually free online, complete with pictures along with the instructions, and is several hundred pages long.
the games we play:
- ClueFinders -Ds7's favorite- (ClueFinders 3rd Grade is actually the first one, although there are actually many individual adventures along with the 3rd grade/ 4th grade etc)
http://www.amazon.com/s/ref=nb_ss?url=search-alias%3Daps&...
- Carmen SanDiego Math Dectective
(( There are a ton of math computer games on Amazon between $10-20. The 2 above are our favorites to date))
- http://pbskids.org/cyberchase/?campaign=go_shows
- Dominos (particularly 5 up)/ Monopoly (money is mostly multiplication and division) / 21-blackjack
Our actual (non-game) curriculum:
http://www.borenson.com/tabid/933/Default.aspx (Algebra)
http://www.freemontessori.org/?page_id=9 (Elementary Group 1 & 2 : Ages 6-9, & 9-12)
Another thing to check out would be Singapore Math (this is left to right math), their method (top notch, they're used by most of the eastern & western world except the US, although many exclusive private schools, a few public schools, and a LOT Homeschoolers in the US use it). It requires an entirely different way of THINKING about math and numbers. Just as an example 6275 + 3612 in regular (our) math looks like this:
6275 6275
3612 3612
____ ____
---7 --87 etc. You keep filling in from the right
In Singapore math you say... okay 6000 + 3000 is 9000... 600 +200 is 800... so the answer is AROUND 9800. The first estimate is really important, because instead of finding out the answer at the end you've got a good idea. You then do the same for the following numbers... 75 +10 = 85... plus 2 is 87. So the answer is 9887. The whole concept is to get a basic idea, and then get down to details... which with practice... becomes very very mental. It also focuses on understanding what's ASKED (so knowing that adding means this, and fractions mean that, and squaring means... etc. By translating math into english (well, in our country) in engages more than one part of the brain at a time, and builds a stronger foundation than our traditional approach with goes for details with *surprise!* the answer at the end (and if you goofed on a detail you're waaaay off). US math also focuses on how to do the formulas instead of how Singapore focuses on what the formulas mean.
http://www.singaporemath.com/
LASTLY... Dyscalculia is the cousin to Dyslexia. People with dyscalculia do to numbers what Dyslexics to to letters. So too, there is another lesser known disorder known as Dysgraphia... which manifests as being able to read (numbers and letters) just FINE... but there's a disconnect when trying to write them down. It's not a fine motor issue, or a comprehension issue, but a miscommunication between the visual cortex and the motor cortex. Dysgraphics can write, but it usually looks horrid, and it takes them aaaaaaaaages and ages. The quick fix for Dysgraphics is either a computer or (slower) a stamp pad.... as opposed to Dyscalculia which needs as much intervention as Dyslexia.