I was never really a big fan of Shop class as a kid. You know what I’m talking about; that junior high school nightmare of woodworking, metal welding, and plastic cutting/ heating/bending. I think the only thing I successfully constructed in Shop during my entire middle school career was a plastic picture frame that only stayed in one piece because it was exactly that: a single piece of plastic that I found in the trash which happened to be the exact size of the picture that I wanted it to cover. Or at least it was after I took a pair of scissors to the picture itself. Paper is easier to cut than plastic, after all. Call it the Thinking Man’s approach to the problem.
Beyond that everything I drafted, glued, hammered, or soldered in Shop was a disaster. One day we were supposed to convert this miniature plan in our textbooks for a birdhouse or something into a full-scale blueprint before construction. I couldn’t figure out how to do the math and ended up just drawing another miniature birdhouse. Mr. Reese* asked me what I was doing and I said I was drawing it as a joke. He said “Ha, ha, very funny, if you don’t finish your real blueprint before the bell rings you’re getting a zero.”
Thank God my arch-enemy at that age, Todd Meshke, ran by five minutes later and yanked the lever under my drafting table, which made the top slam down on my hand. This was a popular trick amongst the upstanding young men in the class at that time, ranking right up there with atomic wedgies and the like. I ended up with three bashed fingers that were black and blue under the fingernails for the next three months (after that the nails all sort of rotted off by themselves and then re-grew—a process that made one of my sisters physically sick to watch). But at least I got out of having to turn in my appropriately converted full-scale birdhouse blueprint. In fact, looking back on it, that incident is probably what nudged my grade up from an “F” to a “D-.”
Now if you would have asked me back then what my problem was with this class, I would have shrugged my shoulders in wordless mystery. But I can tell you now: It was embarrassment. I didn’t have an interpreter in that class (not only because ADA laws didn’t exist back then, but also because I didn’t know ASL at that time). So I never really got too much out of the explanations that the other guys would pick up on in five minutes flat.
That wasn’t why I was embarrassed, though. There are certain things I just cannot make heads or tails out of—whether I have an interpreter or not—and math is one of them. Blueprints are another. It’s simply the way my brain is built. I’m not great at converting the abstract to the physical. Well actually that’s not entirely accurate, because all thought is abstract, so any expression of thought almost has to be physical (such as the words on this page, for example, which you can physically see).
What I really mean is that there are certain things that I can only understand by seeing and touching and feeling and experiencing—explanations and lectures before the fact won’t help much. Tell me about interest rates on credit cards, for example, and I’ll smile and nod cheerfully through the whole presentation. 22%? I’ll yell “Great!” and splurge away at Best Buy with no clue whatsoever as to what the hell I’m doing. It won’t be until after I see my first monthly bill (or even my second after letting the first month’s balance carry over) that I’ll freak out.
But once that happens, let me assure you, I most definitely won’t remain so shy about cutting plastic—in fact I’ll probably use the same scissors on my credit card that I used to hack up that photograph back in Shop class. I’m not lazy. I’m not irresponsible. I’m not dumb. I just don’t learn in the same way as all those other guys back in Shop apparently did. How do I know that this is true? I figured it out during the month Mr. Reese was sick.
I never found out what happened to him—I just heard years later that it was a long-term health problem. The sub who took over, Mr. Jay, was a much older guy… probably somebody who came temporarily out of retirement. He had a very easy and laid-back style of teaching. You could immediately see the difference between how these two men managed a classroom. Mr. Reese wasn’t a bad teacher or anything; far from it. It’s just that he was crisper, more abrupt, more by-the-book. Read this, draw that, build that. One, two, three. He had his classes divided down to the precise minutes allotted for each activity. And as you worked he’d ceaselessly pace the room, checking on everything, never leaving anything or anyone unsupervised for very long.
Mr. Jay had nowhere near that much speed. He stood only with great difficulty and seemed greatly relieved to reach the stool at the front of the classroom each morning. At first a lot of guys gave him a hard time, thinking he’d never be able to control the classroom. How wrong they turned out to be! All he had to do was sit down and work his magic.
Mind you now, I couldn’t actually follow most of his words, but I didn’t have to, because he made a much bigger show out of what he wanted us to understand than Mr. Reese could ever hope to be capable of. Let me give you an example: One day Mr. Jay brought this little plastic tube to class. It was maybe about as long as a common pen. He spent around ten minutes talking about the tube in that easy drawl of his. The exchange of energy between him and the class was incredible. In those ten minutes everyone there laughed twenty times. I’m talking bullies; real jerks—the types of students a teacher would dread having to face every day. Yet these guys were sitting there rapt with attention.
Anyway, at the end of his little drawl, Mr. Jay said something like, “Now for our next class, I bet you that I can take this plastic tube here and tie it in a knot.” Then he passed the tube around so we could see that it was hard plastic and not bendable in any way.
Now I’m not going to exaggerate here and say that everyone left the class debating how Mr. Jay would do this. It was a normal day, you know? By the time Gym rolled around two periods later, Todd Meshke was back to his usual bullshit, stealing Tony Suttcliffe’s shorts and whipping Wiffle balls at peoples’ heads. But the next day everyone in Shop was quiet and waiting patiently while Mr. Jay shuffled over to his stool and sat down. Mr. Jay didn’t have to tell anyone to pay attention or to get their books out or anything like that. He owned that classroom.
Long story short, Mr. Jay ended up simply holding the tube over a Bunsen burner that he borrowed from the science lab up the hall. He heated the tube until it turned red in the center and could be stretched out into a fine little thread, and then carefully tied it in a knot, just as he promised he would.
Looking back on it now, the thing I remember most about that class was the grins. It was obvious what Mr. Jay was going to do as soon as he lit the burner, but nobody minded the predictability. They appreciated how thoroughly they had been tricked.
No, not even that. They appreciated how thoroughly they had just been entertained.
Mr. Jay is probably the only guy who actually managed to teach me something about the subject of plastic in Shop class. He also taught me what kind of teacher I wanted to be, even though I couldn’t have told you back then that I would even end up being a teacher.
I also learned something else. I learned that I don’t like it when people approach the art of teaching in the same way that factory workers approach the construction of a standard cardboard box. This flap goes here, that flap goes there—one, two, three. Fold, tuck, seal.
In my head, I guess, I understand the need for terms such as a “curriculum plan,” and a “rubric” and “outcomes.” In this world of budgets, accountability, and manpower hours, these things are certainly important. But in my heart I harbor a growing irritation for people who speak only this language. And believe me, the feeling is mutual. You can see the hostility in their eyes. If it’s not meticulously mapped out to the point where it deprives both the teacher and student alike of every last vestige of enjoyment either one might have otherwise gotten out of a classroom, then it’s not really education. If it’s spontaneous and surprising, it’s not rigorous enough. A laugh of wonder or a grin can’t be converted to raw, hard data. Enjoyment can’t be used to track performance (“engagement,” on the other hand, can, but that’s primarily measured by “time on task,” and not by curiosity or awe).
I don’t know if I’m off base here or not, but I think we need to get back to the educational world that had enough room for Mr. Jay. Even if it sometimes seems that we’re falling behind everyone else in terms of performance; even if our deepest instincts tell us that real life is often not fun or easy or enjoyable, and we would be doing our children a disservice if we didn’t prepare them for such a world… we should still slow down and ask ourselves exactly what it is that we wish to accomplish. Do we want our students to actually understand and relate to what we teach them, or do we want to develop an educational system in which they’ll have to clock in and out every time they enter or leave the classroom?
Because if we keep on going like this, that might just end up being the only performance assessment we’ll have prepared ourselves to trust.
*All names have been changed.
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I’m in complete agreement with you on this. I’m tired of the mechanical teaching in schools today where all they do is teach the state standardized tests to students so the schools can get the funding they need. I think it’s a very bad idea that will ultimately produce an entire generation of children who aren’t excited to learn—we’re not producing innovators in this instance, and other countries are outpacing us in terms of innovative thinkers.
How can you be innovative if you’re told to memorize a set of numbers or words in order to pass a test for weeks at a time so your school can pass the test? Rote memorization instead of hands-on-learning is what’s killing the creativity in our students.
That’s interesting what you mentioned about math. I’ve always had problems with math, and I know other deaf people have had problems with mathematics. I’ve wondered if there’s a higher number of deaf people who have dyscalculia in comparison to the rest of the population. It’d be interesting to find out if that was the case.
thats bullshit saying that your problem is widespread…
Wow. Hostile, much?
Actually, traditionally, Deaf people do great at math and poorly in English. I was one of the few ones who did great in English and so-so in math.
You don’t have the stats to back this up. Do you have the stats on this?
Deaf people are erroneously reputed to be “better at math” simply because their mathematical skills weren’t the source of great distress (thus increased academic focus) over the past several decades. If you really think about it, deaf students have it even worse in the math department because the concepts are more difficult for interpreters and teachers to sign. Not to mention the fact that most teachers of the deaf are trained only to work with deaf students — but do not come equipped with mathematical knowledge.
Source: Moving toward the standards: A national action plan for mathematics education reform for the deaf (published by Charles H. Dietz of Gallaudet)
Actually, math is more of a visual language, easier for deaf people to excel. My husband is excellent at math, having majored in it… going far to taking Abstract Algebra, but he is not so great at English. He says that math and computer programming are easier to master because both are visually explainable. As for me, I am lousy at math, just like Michele K. and Noelle, but I did pretty well in language arts and social studies.
I admit that I do not know anything of studies on the strengths of deaf people in English or math.
Is it really valid, however, to say that people are going to be stronger at one field than another simply because their ears don’t function well? Deaf people seem to show a great deal of variety, and I harbor doubts about claims that deafness generally leads to greater strengths in one talent or another.
Comments like these seem to be a misguided attempt to create a uniform deaf identity, even verging on the navel-gazing phenomenon much despised in this forum. The deaf have a wide range of interests and strengths, as attested by the fact that people will invariably show up to disprove generalizations.
*sigh*.
Sometimes I wish people wouldn’t read so much (or attribute nonsensical conclusions) into my simple statements.
Noelle, Julie, JS:
1) Sorry, I don’t have formal stats.
2) My observations were based on growing up in schools for the deaf where nearly everyone was far better than me in math and I was better than nearly everyone in English. And I’ve compared notes with friends/people of other schools for the deaf and found that it *is* the norm.
3) Of course, just because it’s the “norm” in schools for the deaf doesn’t mean it’s the “norm” at other types of schools (i.e., oral, mainstreaming, etc).
4) And no, JS, I wasn’t trying to make it a “deaf identity” thing at all. Sheesh. Calm down, willya?
Michele, I didn’t have your comments at the front of my mind. I’ll note, however, that you do a great job of bossing me around, either telling me to calm down or to relax. I can’t wait for the next time that your bossy urges come to the surface.
JS, then I guess you’d better be careful where you put your comments next time…because your comment about deaf identity was one of several responses to my posting. (Hint: look at the outlines of boxes and see how they’re related.)
And no, this isn’t bossing you around. You’re rather sensitive, aren’t you?
As for the question of whether Deaf people are better at math vs. other subjects…here’s my thought:
Math isn’t as heavily emphasized as other subjects are for Deaf people. Most Deaf students spend a lifetime mastering their English or being told that their English is not good. Hence, the heavy focus on English.
Whereas there isn’t much focus on math. And also, as someone in this thread mentioned..most teachers of the Deaf are trained to teach the Deaf, not trained to teach complex math subjects.
Also, most people only need at most redemial math classes to function in the real world..so their lack of math skills probably go unnoticed for the most part…whereas their poor English does not go unnoticed. I mean there are a few people who don’t know how to count money…and a lot of people who couldn’t fo quantum physics…but you wouldn’t know it either way by talking to them….
J.J., I think that you’ve hit the nail on the head. Anyone would agree with you, by putting 2 and 2 together to get 3.
actually, putting 2 and 2 together gets you 22!…..
2 and 2 = 44
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nice one…. :-)
Yep. There’s the math of people who build bridges and skyscrapers, and then there’s the math of people who build Warp Drives and teleporters.
Aim high, young deaf math students! Aim high!
No, wait! Better yet!
“BOLDLY GO!”
Boldly go…..???
You clearly have not heard of the greatness that is Star Trek. *tears*
THANK YOU, Chris! As a teacher, I’ve been growing more and more dismayed by this insistence that only raw, hard data counts for anything. I’m all for accountability and standards… to a point. Test scores do not reflect how students actually perform. This way of thinking ignores the fact that students actually learn best when they’re interested. To get them interested takes more time than rattling out facts and figures. That’s just the way it is. I really, really wish the politicians who decide these things would realize that. Furthermore, I want to actually enjoy my job, and teaching to the test isn’t fun. I could go on and on, but I’ll stop here. Thanks, Chris, for writing about this!
People are thinking about this the wrong way. If you make learning fun and engaging, those kids will ace the tests.
Like Noelle said, it’s not about memorizing things. It’s about *understanding* the materials. And nobody’s gonna really understand the materials if they’re bored out of their gourds.
Exactly. I’ve always thought visual materials should be used as a part of the regular curriculum. For instance, in college, I studied post-war Japanese literature, and my professor used “Godzilla” the movie to show us how the monster was used to illustrate the fear the Japanese had about the nuclear holocaust. There were many Japanese who had lingering illnesses and were disfigured from the radiation effects, so the stories written in the post-war era involved these elements. It was one of my favorite classes at Smith.
Yeah, I can believe that. Take the show Mythbusters, for instance. It’s full of science and math, which I hate, but I’ve learned quite a few things from that show while being entertained by it.
People need to show how whatever you’re learning applies to real life. I asked my math teacher during high school: Why do I need to learn Geometry?
They were like, “Well you never know when you might need it.”
That’s not the right answer if you want to inspire students to learn it. I’m not saying you have to make everything fun, because obviously not everything in life is fun… But it would be nice if more teachers showed how the materials apply to everyday life.
I think interior design and architecture could be applied to geometry. Teachers should incorporate real-life applications into the classroom for optimum learning from the students. Otherwise it’s just this abstract concept that students can’t relate to.
Exactly.
Argh. As a university teacher, I am periodically reminded by administrators to demonstrate outcomes among my students and to make learning fun. Both objectives are valid.
I am troubled, however, by the high priority accorded to the idea that learning must be fun. It is not my objective to make everything deadly dull, and I do try my darnedest to link classroom material to real-life situations and, where possible, to something fun. But golly, it seems like schools have become a forum for edutainment in our consumer society.
As for why one should study geometry, or any other number of fields that we will probably not use in our daily lives, it is valuable to at least have some of these ideas as a common frame of reference for situations in which we do come across geometry or whatever subject may be at hand. I work in the humanities, but one of my most important moments of comprehension surfaced when I was able to draw upon an idea put forth in a physics class. It wasn’t rocket science, but it was a concept that applies in a number of fields…so I think that one can still profit from a geometry class even without going on to become a full-time geometer.
That’s an excellent point, JS. I’m in agreement with you that both concerns are valid. I just think that educational programs get in trouble in the first place because they don’t balance the two (outcomes with real involvement) from the very beginning. Instead they react to the lack of one or the other as soon as it becomes apparent that one of them is lacking, and by that time they’ve been in isolation and denial for so long, it costs them a huge amount of energy to shift gears and rebuild. The drain nearly kills them if they survive at all.
You make a valid point, and it’s unfortunate that my teacher back in high school didn’t answer as well as you did.
Which happens to be pretty much my whole point, really. If a teacher can’t tell their students why the course is important for them to learn and how it can be applied to things in life, then why is the teacher teaching that course?
Pundit, one of the first things I do each term is to ask the students why it’s important for us to dedicate a whole semester to studying the material. I don’t wait for them to get around to asking why in the world they’re wasting their time on X or Y or Z.
In some respects, I feel that part of the onus for answering that question rests with the students. I don’t think teachers should be responsible for explaining everything for passive students.
If a teacher can’t provide any explanation at all, however, then a problem exists.
In general, however, I think it is valuable for students to try a variety of things, even if for no other reason than to confirm one’s suspicions that math might not be one’s strong point. One of those seemingly irrelevant courses, however, might eventually open a door to later interests and career development. In such circumstances, I don’t think it is obligatory for the teacher to spell out for the student how each course will or could eventually apply to one’s life or career.
I am also suspicious of making demands on the teacher to demonstrate how students could relate to the material. Like I said, in my classes I do try to link the material to real life, but I don’t think it should be necessary for me to make all those connections for the students. I’d like to see the students take the initiative to make those connections on their own.
There are also incidental benefits to math classes. Such courses can build character or foster a spirit of camaraderie among the students. And, although I was never stellar at math, there was something about the poetry of equations that could take one’s mind off the goofy problems of the world. In fact, a lot of subjects at school can do a really good job of making one momentarily forget the fact that the world is going to hell in a handbasket. And I don’t think that entertainment is necessary for school to succeed in that respect.
Again, I am suspicious of the consumer culture that has pervaded society, in which everything must be pre-processed to such a degree that makes minimal demands on the consumer. Not everything is going to be as easy as seeing a movie, or eating a meal at a restaurant, or watching a football game. I know that many of the comments here have acknowledged that school doesn’t need to always be fun, but it still has become a common demand that education be fun. I think that society needs to critically examine its values if fun-ness, for lack of a better term, has assumed such great urgency in classrooms.
Oh, I’m fully aware there are benefits to math courses - I have a parental unit who’s a physics professor at the college level. The super string theory is quite fascinating, (if you leave out the mathematical equations for me. :P)
I think at the high school level though, you do need to show some basics of why this certain course is important. High school is different than the college/university.
As a high school teacher, in my opinion, obviously, you don’t have to explain *all* of the reasons why this would be important but a geometry teacher not telling me that geometry is important for understanding architecture, art, geology, computer graphics (granted, it was still kinda new when I was in high school), and being a huge part of physics? He could’ve told me off when I asked that question by rattling off several things that I listed and say, ‘There’s even more to that list, but you need to find out the rest!’, and he didn’t.
That definitely raises the question of the teacher’s competency of teaching that course, and that brings me to my next point: if he’s not that competent, then how can he make the class interesting and engaging for the students?
By no means am I saying the students shouldn’t be challenged and be asked to reason things out themselves. Far from it. If students cannot reason things out for themselves, then the educational system’s failed.
If the teacher cares and is passionate about teaching itself and the subject s/he’s teaching, it’ll show, because things will be more interesting for the students. You can make something fun and interesting for the students but challenge them at the same time. It’s definitely not easy to do, but it’s doable.
Fun doesn’t always equal easy.
Well said, Chris!
Measuring outcomes is a necessary part of education today, I suppose. But it is not the only way to evaluate learning and it seems to fit some subjects better than others – the quantifiable subjects with lots of rules and facts come to mind here (math, biology, chemistry and the like). Teaching someone how to write or philosophize, well, that is harder to measure, I think, maybe even incommensurable over any standard academic unit of time. Sure, showing students how to write formulaic philosophical essays offers its own rewards, but educating a student on how to question their tightly held assumptions about life? It seems to be a bit oxymoronic to be talking about rubrics here. I mean, what would that look like? Given that “question everything and be able to offer reasons for what you believe” is probably the ultimate goal of my field, expecting students to be able to do this in the course of one semester is folly and foolishness. So, we break it down into tasks and outcomes and assessments, and cross our fingers that enough of us will see past these structures (strictures?), and aim to teach like Mr. Jay.
I’m like you, Chris, in the sense that anything beyond basic algebra and geometry is beyond me. Fractions and percentages are another weakness (I’m great at figuring out 50%, though).
I, too, need to see and feel and DO stuff in order to learn.
I was made to take woodworking at a school at one point, and the teacher was really the wrong kind of teacher for me. He was the type that said, Go ahead and create whatever you feel like. Hearing that would always paralyze me because I could never visualize any project on my own, and he didn’t have any books in his classroom for me to look through for inspiration. So I always copied projects off from my friend, and the teacher would look at me and shake his head. I got away with a “C”, though…although I don’t know why!
Ironically, I now love watching “This Old House” and for a while I was addicted to Norm Abraham’s “New Yankee Workshop” as well.
But anyway…I think the overall obsession with outcomes, advance measurements, etc etc isn’t limited to teaching. I also see it elsewhere.
I.e., I see it in my son’s first pediatrican. She would give me a list of actions that my son should do at this or that age. At four months when my son hadn’t yet rolled over, she wanted to send him to therapy.
Fortunately I had been reading magazines and books and knew that rolling over was something that occured between 4 to 6 months, so with some difficulty, I managed to convince her NOT to send my son to therapy and to give him time. (He eventually did it at 6 months on his own.)
I think people are afraid of the unknown and aren’t willing to be patient and let things take their course. They want to control fates, as it were, by trying to set results in advance and then “achieving” those results at the desired timeline.
LOL, some of you guys would totally hate business school….
There were almost NO interesting teachers in business school. Most of the time, you showed up on the first day and grabbed a copy of the syallbus…then only showed up on days that they were covering complicated stuff..maybe…then showed up for your tests and that was it. The classes were extremely boring and methodical. The most memorable teacher was this dude who taught accounting 101…he had just retired from Arthur Anderson..and would scream out, “Duh!!!” everytime he answered what he percieved to be a stupid question.
Sure, there were some gems in the rough…but for the most part biz skool was methodical and boring…
But…I LIKED it. When I entered biz skool it was after maybe 3-4 years of bouncing around in different majors and not really knowing what I wanted to do…I’d go to cool classes and be enlightened…but at the end of the day all it was to me was a “good lecture” and offered me nothing practical to use in the real world.
My thought is to not make classes interesting or fun…but rather to have real world applications to whatever was taught. IMO, the way it should be is when you ask your geometery teacher WHY you need to learn geometery the teacher would be able to tell you how you will actually use geometery someday rather than say, “You never know”.
Sometimes I wish I skipped college and all of those waste-of-time-liberal-studies-classes and just went straight to a trade school….
Last, but not least…I mean no offense to anyone who majored in one of those “waste-of-time” subjects (in my opinion…and only my opinion)…I am just saying that there are some of us who only view schooling as a phase in life that should be more effective rather than a huge sysetmatic baby sitting service….
hear, hear!
here’s a question - why is the American system set up the way it is? Where students are battered with endless batteries of standardized tests to the point where just about all they get out of those tests is the skill of coloring in an oval with graphite… I like the West European school system, where there are several “tracks”. Let’s use Germany as an example:
1. everyone goes to Kindergarten and grades 1-4
2. at grade 4 (about 10-11 years old), the student takes some tests, if they want to go to Gymnasium (a rough equivalent would be “college preparatory school”. If they pass, they go to Gymnasium till they are 18 or 19 years old, then take a series of tests (quite difficult exams, both written and orals), called the Abitur. If they pass the Abitur, they are eligible for university.
3. The alternative to Gymnasium is Realschule, which has academic courses, but not as rigorous as the Gymnasium - after Realschule, one can go to a Berufschule (equivalent would be “professional trade school”, e.g. business school, graphic artist school, etc)
4. If the student doesn’t want to go to Realschule or Gymnasium, but aims to be a tradesman (carpenter, mechanic, etc), then they go to the Hauptschule till they are about 16 or 17, then go to their apprenticeship for a couple years….
this way, those who don’t want to go to school to learn geometry or read written works by famous dead men can go to do something that is aimed more to their learning style and those who want to be in academia will be able to take fast paced courses that are not slowed down by those who aim to be tradespeople…
Like that will ever happen in this country….Politicians are too concerned with test results because they are quantitative values, that they can use to boast about during reelection. What really should matter more is the QUALITY.
Ehh, I think 10-11 years old is rather too young to know where they want to go.
I certainly didn’t know what I wanted to do at the age of 10-11…and I would hate to be put under such pressure of trying to decide if I wanted to go to prep school at that age.
I think that’s just as bad as standardized tests or setting up arbitary time schedules/goal schedules…in fact I remember watching a documentary not too long ago about Japan going through very similiar procedure that Germany does, and in Japan, the suicide rate among these students is extremely high, because their parents place huge pressure on their children to do well on such life-determining tests.
Err,
In my experience, Americans have it easier with testing than pupils in other countries. Go to Asia and see how much testing, memorizing, etc., pupils over there do.
I agree. We’ve had it so easy in terms of standardized testing.
We’re an economic class. Europe is a social class system. All students take what we called the PSAT here. A test will dertminer their future. here in America, you can take the tests again and again, quit school and start schools again, go to graduate schools later in life. In Europe, it doesn’t work that way.
I tis all politics. The liberal Democrats wants everyone to go to college/university. The Republicans want two track, the university and the vocational trade track. The liberals didn’t want to hurt the poor childs who didn’t want to go to college.
They’re hypocrite. almost all the liberal Member of COngress sent their kids to private schools. see http://www.heritage.org/Resear.....bg2066.cfm
I would like to go down on record as stating that I am one of those Deaf individuals who has been diagnosed with Dyscalculia. So I can sympathize with those who struggle with numbers, directions, or technical data - none of which I have ever been good at. I discuss this a bit in my most recent post at my own blog - “D Means Deaf and Dys…”
I’m not sure that it would be accurate to say that there is a greater number of Deaf people with Dyscalculia than the rest of the population… but I do think we are seeing an increasing number of people who are being identified with this learning disability, simply because we are becoming more aware of it.
I do think that people with Dyscalculia need a different approach to learning things, and that education itself needs to be flexible enough to recognize that not everyone does learn the same way. Creating “cookie cutter” teachers who have all be taught to utilize the same approach in instructing their students hardly appears to be the appropriate way to address the issue. It would seem that encouraging a diversity of individual teaching styles is the best way to better meet the needs of the diversity of students one can find in our schools…each of them coming from a diversity of backgrounds, and each of them with their own individual talents and skills.