Showing posts with label communication. Show all posts
Showing posts with label communication. Show all posts

Saturday, January 29, 2011

When are children proficient at typing?

Ms. Dorothy,
 _____, who is 12, has Aspergers. He is very high functioning, but not surprisingly, fine motor skills are not his forte. At what age are kids proficient at typing? How would you define proficient? Is it the sort of skill that like writing, will just improve over time as you are challenged to work at it more and more?
- A Mom

Typing has become necessary for students in Middle and High School as teachers ask for assignments turned in via email, or in manuscript formats.  Accordingly, keyboarding is taught younger than it once was.  


Some programs exist, like Type to Learn, that make learning keyboarding into a game rather than a rote drill, and can help with gaining mastery. Though even a two finger typist can become efficient with enough practice.


Because the motor movement of shaping the letters supports brain development, handwriting helps to learn spelling and helps to write at the rate that you think. 
If, however, you struggle with controlling a pen and your writing slows you down, learning keyboarding may be more helpful. 

There are some great articles on the Science Daily site about the importance of learning to both write and type.


The key to proficiency, for writing or typing, is the ability to communicate fluently. 
The skill that you have practiced enough to make words come automatically, will be the method that gets ideas from head to paper most efficiently. 

We are all slowed down in the learning stages by thinking through the spelling of words.  If your writing is additionally slowed down by the formation of letters and the discomfort of holding a writing implement, communication is inhibited.

For someone who struggles with communication already, removing as many roadblocks as possible has to be our highest priority.


The future of writing may live in touch screens, visual formats, and two thumb texting. Students who struggle with communication in general may be the pioneers in bringing new technologies to the classroom, and help to revolutionize our thinking about how we share ideas.

Wednesday, January 26, 2011

When should my children play on computers?

Ms. Dorothy,
There is a lot of talk now about new technology and 21st century skills, but I'm uncomfortable having my young children on the computer.  Not that I'm afraid of computers, I just feel that there are better things they could be doing with their time.  I have friends that rave about their toddler's skills with a mouse, but I'd rather my kids were not into technology yet.  What do you think?
- Dad of a 3 and a 4 year old

Technology holds tremendous promise for education. It brings the whole world into the learning equation, and as it becomes more mobile and versatile, the potential seems endless.  


Preschool children, however, don't need any of it. 


The developing brain takes in information about the world through the senses, and builds connections with these experiences.  Active involvement and interaction between the child and the world is essential to learning. 


Any amount of "screen time" in the early years is actually time lost from doing those things the child is watching.  This goes for tv, computer and any other games or devices that do not allow the child to physically interact with what they are looking at.


The Wii, Kinect, and other interactive gaming programs allow children to virtually interact with things. However, seeing an avatar pet an animal while you make motions like you are petting it, is just not the same brain building experience as actually petting an animal, feeling it's warmth and fur, smelling it's breath, and having it react to your touch.  


Children, especially young children, need to have real experiences before the virtual and visual equivalents will have meaning for them.  


Let your children play, and create. Take them to parks and zoos and playgrounds, and give them experiences that build the network in their brains.  Then later they can use that brain to network in other ways.