We got the diagnosis of Cerebral Palsy when Lelia was 18 months. I was really happy, as we didn’t know what was wrong with her before then. She had low tone. She couldn’t roll over. She couldn’t sit up. Of course she didn’t walk. The diagnosis gave it a name, something I could work with, and I became a kind of vigilante mother, determined to get the best care for my daughter.
As a mother and a pediatrician, I’ve both felt the strain of pandemic parenting directly and indirectly. I’ve made decisions about my own family and sending our kids to daycare and school, and I’ve stayed up worrying about how parents are supposed to make these difficult choices with so little support.
It's important for all of us who are imposed with certain physical boundary conditions to push those boundary conditions as far as possible and maintain as much independence as absolutely possible.
We all have different towns and we all have different things that we do in the course of the day. It may be that the student is a great artist or a great writer. When it comes to assistive technology we have to think about what is going to give that student the ability to do what they love without having to see roadblocks and go, "I can't do that”. There are so many tools out there, whether it's a communication app, a video app, a math tool. With assistive technology you are not making the student into what you want them to be.
I'm going to be talking about AAC and reading and some different things that you might not think about when you are doing those types of activities. When you're supporting reading for a nonverbal child, whether they use a high-tech system or a light-tech system, like a paperboard, you want to make sure that they have plenty of the opportunities to contribute to the experience. You want to be able to comment. You want to be able to talk about the people, the places, the things, and maybe the feelings that they have.
The future of science advancements is endless. In this video Dr. Ted Conway discusses the possibility of thought to speech. One of the really interesting areas of research in biomedical engineering is thought to speech. The concept of thought to speech is fairly straightforward, the execution to make this a reality is a little more complicated.