Notes For Anyone Writing About Me

Guide to Writing About Me

I use they/them pronouns.

I am an Autistic person, not a person with autism.

I don't like Autism Speaks. I'm Disabled, not differently abled, and I am an Autistic activist. Self-advocate is true, but incomplete.

Citing My Posts

MLA: Zisk, Alyssa Hillary. "Post Title." Yes, That Too. Day Month Year of post. Web. Day Month Year of retrieval.

APA: Zisk, A. H. (Year Month Day of post.) Post Title. [Web log post]. Retrieved from http://yesthattoo.blogspot.com/post-specific-URL.

Showing posts with label Engineering. Show all posts
Showing posts with label Engineering. Show all posts

Saturday, October 1, 2016

#AAC and the day taught lab without speech

After just over two years teaching, it finally happened. I had to teach, and speech wasn't working. This is for a lab class, introduction to digital circuits, and for the sections I work, there's three of us in the room. There's the professor who is generally in charge of lab for the class, and there are two teaching assistants. I'm one of the assistants. So I'm not alone in charge of the room anymore, though I am still one of the people in charge. People tend to assume that the folks in charge can communicate via mouth sounds, and I usually can ... but not always. I've usually been able to plan so that speech is working when I teach, tutor, or present ... but not always. This was the first time it happened as a face to face teacher.

Now, I'd thought of quite a few ways to handle this ahead of time. For me, competence at anything has to include competence at doing the thing while speech isn't working, and this is now my third year teaching face to face. It's a lab now, and it was a lecture before, but the general idea is similar. I need to be prepared for speech to give out while I'm teaching, because if I keep teaching long enough, eventually I will need to teach while speech isn't working.

I thought I could write on a white board. In some classrooms, I probably could. It didn't work out in the lab. There's one white board, and it's not near the lab counters that people are working at. Helping a student with their set-up while running back and forth to the white board every time I need to say something isn't practical. Since I'd been in the classroom before and noted where the white board was, I wasn't completely shocked when this didn't work and did have more back-ups, but the white board marker has been my go-to for a while. The white board, after all, is my most used communication board. 

I thought I could carry my iPad and use one of my communication apps on it. In some classrooms, I probably could. I think this would work fine in a lecture style class, since lots of teachers use iPads and projectors nowadays. It wasn't practical in my lab class, because the iPad is frankly ... too big. Space is at a premium at the lab benches, and my iPad doesn't fit in my pockets.

I had no illusion that my laptop would be the answer in the lab. Typing into a word document and projecting my screen to the front of the room is something I've done before -- it's what I did when I presented at Autcom without speech, and it works fine when there's a projector I can hook my laptop to and I can be at my laptop. That doesn't work when I need to move around a lab where even the iPad is a bit big for my purposes.

Which brings me to pen and paper. It's a writing solution, just like the white board marker is, but it's a bit more portable because paper is smaller than a white board. I use blank 4"x6" index cards to print my reading notes, because a note card system similar to the one I was taught in high school works well for me, except for the part where my handwriting is terrible and will eventually make my hand hurt. Still, if I slow down enough it can be read, and that makes it a viable communication option when typing might not be.

So I put a pack of index cards in one pocket along with a pen, and that was my communication solution. If a student had a question that required a linguistic answer, I pulled out an index card and wrote on it. I then left the index card with the student when I went on to help the next person, which meant they didn't need to remember my answer. They could go back and read it again if they needed to. This seemed to work quite well, overall. There were a couple students who thought they could skim my answers instead of reading every word of them (seriously, these answers were 1-2 sentences, read the whole thing) and then got told by one of the other instructors to fix the problem that I'd just told them about, which was a bit awkward. (I underlined the relevant words from my original answer and waved the card at them at the same time that the other teacher started telling them about the problem with mouth-sounds.)

Other moments from the class:

  • One student asked if I'd lost my voice. I wrote, "Approximately." She said that sucked. "Not really." But ... "It's my normal. I'm not concerned." That's so sad! [I point back to "Not really."]
    *Sigh* She was definitely following my lead on the assumption that I could teach while not speaking, but seemed to have some trouble with the idea that my being disabled and prepared to teach while disabled was not sad or needing pity.
  • The teacher who runs all the lab sections for the whole course asked me if I was OK. "Yeah, I'm fine. I'm autistic and sometimes speech doesn't work." She circles "autistic" and says she'll need to look that word up. I turn the card over and start writing 自闭症 on the other side. She goes "Oh!" Sometimes the fact that I read, write, understand, and sometimes speak Mandarin Chinese comes in handy. She doesn't seem particularly concerned by the fact that I just disclosed a developmental disability that has lots of bewareness campaigns around it, and she does realize that I'm working with students and successfully helping them while speech isn't working. 

So that was that. For something I spent two years being worried about (and being prepared for) this was rather ... anticlimactic. I'm not surprised, really, but it is a relief that it finally happened and now I know from experience that losing speech in the classroom as a teacher is not a big deal. Students were fine, fellow teacher type people were fine, nothing is exploding, metaphorically. Literally... a few LED bulbs blew, but not based on my advice!

Sunday, April 26, 2015

Doing What Works- Academia Edition

Making notecards for research papers seems like a pretty accepted thing. When they taught us how to do research papers in high school, they made us do them (and handwritten, too!) When my friend, a history major, was writing papers for college, he made them. His were handwritten. Quite a few of my friends make them too.

As soon as I wasn't required to anymore, I stopped making physical note cards. It's not because I don't think they're a good idea. I think having note cards is great. The problem is making them. My handwriting is messy enough that handwritten note cards don't actually do me much good, and writing starts to hurt fairly quickly so I'm not inclined to make cards, especially when they won't help much due to the messy handwriting issue.

Instead, I've been typing my notes. This is useful because it's hard to lose a digital copy of my notes. It's also useful because I can read things I typed later. It's easier than handwriting, because typing doesn't make my hands start to hurt. It lets me post my notes publicly, which I do in the hopes that they are useful to someone else. (I've got friends who do academic stuff, and if my notes about a source help them decide if reading it is worth it or not, or if having my notes lets them spend less time going through the source once they have it, this is great! I like it when academics post things publicly and it makes other people's lives easier.)

Because technology exists and can do cool stuff, and because I know printed note card size flash cards exist, I recently looked around for ways to print directly onto index cards. Lo and behold, it can be done! Apparently, as long as you make your paper size right in your document and in the print step, most printers can print to index cards, either 3"x5" or 4"x6".

Now I can get the benefits of both digital notes and legible notecards! It's a bit of a process, but way faster than trying to read my handwriting.


  1. Take notes on my laptop, typed, regular letter paper sized document.
  2. Save as "Notes" for the source.
  3. Save again, as "Note cards" for the source.
  4. Change the page size to 4"x6" (big index cards) and the margins to 0.5"
  5. Copy the citation for the source to my clipboard.
  6. After each note that I want a note card for, paste the citation and then insert a page break. On my copy of Open Office, ctrl+enter does a page break. (I don't need a physical card for "Also read this source the author cited")
  7. Load up the index cards in the printer and print!
  8. Sort the cards by project they relate to. If a card relates to multiple projects, I can print multiple copies of that page so that a card for it goes in every project it relates to.
I do have a decent bit of overlap between projects, too. My projects (in varying levels of activity) are below, and purple lines connect projects that currently have at least one shared note card.
Image description: Project titles in boxes connected by lines representing shared note cards between the projects. The listen projects, left to right and then top to bottom, are 

  1. "Neurodivergent Philosophy of Science," 
  2. "Rethinking Engineering Design and Disability," 
  3. "Cognitive Interpreting Application," 
  4. "Theory of Mind Inside Out,"
  5.  "Disability Studies for Engineers Course Creation," 
  6. "Cognitively Accessible Language (Write so the folks you write about can understand)", 
  7. "Erasure of Queer Autistic People," 
  8. "Queer Because Neurodivergent is STILL QUEER."
Using the numbers as shorthand for the projects, the following pairs are connected:
1 and 2, 1 and 4, 1 and 5, 2 and 3, 2 and 5, 3 and 6, 4 and 6, 4 and 7, 4 and 8, 5 and 6, 7 and 8.

Tuesday, February 3, 2015

Stumbled On: The Engineering Handbook of Smart Technology for Aging, Disability, and Independence

It's a PDF version, and I found it here. Since I'm in engineering and in disability, this is the kind of thing I am always interested in when I find it. Though I am definitely worried/expecting that it will be super medical model or maybe scientific model because that's where engineering tends to hang out.

First things first: the whole book citation is:
Helal, Abdelsalam A., Mounir Mokhtari, and Bessam Abdulrazak, eds. The Engineering Handbook of Smart Technology for Aging, Disability, and Independence. Hoboken, NJ: Wiley, 2008. PDF.
The select tool lets me select text, rather than selecting the page as an image, which I think means it's screen-readable.

It is one of those books where the different chapters have different authors, so when actually using it the different chapters get cited differently under most style guides. Yay for how long the works cited is going to be when I use books like this?

Also, the pdf is 971 pages long. Not every page in that is part of any chapter, but that is a lot of pages. There is no way I am sitting down and reading the whole thing. So I'm going to start with the table of contents and the index to figure out what to read on a first pass through, after which I'll make said pass through and take notes on that. Other parts, I may go back and read when they seem relevant to a particular project I'm working on. It's happened.

The chapters I think I want to read in full are:

  • International Policy Context of Technologies for Disabilities: An Analytic Framework. 49-60. Rene Jahiel.
  • ISO 9999 Assistive Products for Persons with Disability: Classification and Terminology. 117-126. Ir. Theo Bougie.
  • Part II: Users, Needs, and Assistive Technology. Chapters 7-12, p 127-236.
  • The Communication Assistant (Alternative Communication). 297-316. Leanne L.West.
  • Context Awareness. 585-606. Jadwiga Indulska and Karen Henricksen.
  • Universal Design/Design for All: Practice and Method. 803-818. Edward Steinfeld.
  • Usability in Designing Assistive Technologies. 855-866. Jean-Claude Sperandio and Marion Wolff.
That's a total of 12 chapters, which is still a lot, but considering that there are a total of 49 chapters it's a significant reduction.

Going through the index, I also want to spot-read pages:
2, 5-7, 11-24, 29, 31-35, 39-41, 46-47, 65-68, 72-74, 101-116, 121, 130, 257-259, 273, 282-286, 291-292, 322-334, 389-392, 397-399, 441, 572-574, 616, 793, 712, 770-772, 788-793, 823-824, 826-829, 846-848, 907-920.

Yeah, I've got a lot of reading to do now. But I'm hyperlexic and interested in the topic, so yay!