Dirty Vocational Subjects Sullying the August Disciplines

… I can’t tell if Virginia is being faceitious or not.  Probably not.  Brains are paramount in academics, they may as well be in jars.  I wonder what Matt Crawford would say about this article.


https://temkblog.blogspot.com/2019/09/there-is-no-stem.html
As one of those vocational teacher types the ‘august disciplines” have yoked themselves to, I’m once again thumped in the head with just how classist the education system is, but it was a bit of a shock to see WIRED advocating it.  I wrote about how there really is no such thing as STEM, at least in Ontario classrooms, in September.   Nice to see WIRED weighing in on the pedagogical smokescreen that is STEM, though I don’t think they disentangled it very effectively.


Mathematics (aka: ‘the great harmonies of the universe’) and science (“a byword for knowledge”) are pretty much all STEM are about when it comes to application in the classroom.  There has been no real movement on technology and engineering in the high schools where we are.  All STEM has done is paid for math manipulables and fund science.  Technology and especially engineering are still an afterthought at best.  If you’ve been fooled by the STEM smokescreen to think that there is any collaboration between those august disciplines and the filthy vocational teachers, you can relax, because there isn’t.  If you want to be an engineer in university, take science and maths courses, because that’s all there is in most high schools.


If you’ve ever wondered why technology students (and their teachers) feel disenfranchised in their own schools, WIRED has made that clear in this month’s edition…

An op-ed piece on how the august disciplines that have defined education since antiquity have yoked themselves to vocational fields, along with a cover article about one of those vocational types who dropped out of engineering to make things.  WIRED’s come here go away editorial stance is a bit hard to follow.

You’d expect academic types in The Atlantic to rip on skills based education in favour of their own university disciplines, but WIRED ripping on engineering and technology?  I’m at a loss to understand the end game there.

STEM is indeed nonsense, and I don’t disagree with a lot of what Virginia says about how the STEM smokescreen has gone down, other than to say that STEM never really happened at all for those of us at the bottom end of the educational value spectrum.


… because there isn’t.  It’s a just SM, as it’s always been: https://temkblog.blogspot.com/2019/09/there-is-no-stem.html

 

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Risk And Danger In Play? In Learning?

Should play always be safe?  Does risky/dangerous play offer opportunities that our helicopter-parent/granny society play doesn’t?

Mathias Poulsen got me thinking about this on Twitter.  The related educational question is: does safe learning lead to limited chances to improve your knowledge and skill?  Are there advantages to risky and dangerous learning?

In most circumstances learning is a risky proposition.  A friend of ours, Heather Durnin, said how her farmer husband was a sink or swim kind of teacher when he said he wasn’t a teacher at all.  He expected your attention and then threw you into the work directly, expecting you to get a handle on it.  Most jobs I’ve had are the same way.  For that matter teaching itself is pretty much a sink or swim proposition.  Most of the world makes hard demands on learners.  Ironically, it’s only in education that learner engagement is so tenuous, dare I say optional?

I was struck a couple of years ago with how rigorous and unapologetic my introduction to motorcycle training was.  Students who could not manage the physical, mental or emotional requirements were failed, students who slept in on Sunday morning were cut.  It seemed a stark contrast to the fifty-is-a-pass/attendance optional approach that drives learning in school classrooms.  You can’t have stringent, risky experiential learning when you’re more focused on anything other than that learning.

The implication of risk is failure.  If we remove failure from learning we end up with what we have in Ontario education today: students lacking in resiliency with a poor metacognitive idea of what they are capable of.  The grades they earn reflect the political will of the current government rather than what the student is capable of.

Risk taking shows us where the edges of our skills are.  We risk failure when we overreach, but this isn’t a bad thing.  Fear of failure creates a false sense of our limitations which is why overly coddled students have no idea of what they are capable of.  Students who never have the opportunity to take real risks turn into self-oblivious narcissists who think they know everything but can do nothing.  One of the reasons I enjoy teaching tech is because my subject matter doesn’t coddle students.  If it doesn’t work you need to buck up and figure it out; opinions matter little to reality.

The only time in life you’ll find the padded learning/guaranteed success formula is in today’s classroom.  The rest of the world isn’t geared to make you feel good about whether you feel like trying or not.  Fortunately, for those of us who want to learn in a more realistic way, the world is full of risk and danger, and reward.


****

A Possible Computer Technology Project?

It’s basically a how-to guide for online hacking

At the moment Anonymous is counter trolling some of the biggest trolls on the internet.  This feels like an opportunity for students to exercise their skills and take action based on real world issues.  But I’ve always had doubts about directing student political action, it feels a bit too much like indoctrination when someone in a position of institutionalized power tells the people beholden to them what they should believe and do about it.

Internet activism aside, the Noob Guide offers insight into the various tools needed to hack online.  From a purely technical point of view this offers students a chance to comprehend the nature of online communication by looking at the frailties of its architecture.


It’s happening right now in the real world.  It’s potentially risky.  Sounds like a real world learning opportunity.

Rumour & Innuendo In The Age of Information

TVO’s Agenda did a diligent job this week of fact checking following the round table discussion they had with teachers.  In retrospect, what this discussion did was bypass the political spin of teacher unions and the government and give Ontarians an insight into how teachers themselves are seeing this on-going mess.  What I found unnerving was how insular and, in some cases, inaccurate our thinking is.

In post-show fact checking it was shown that some of the commonly held beliefs by teachers were not exactly true.  The bankruptcy lawyer story had been circulated out of the union all year.  Paikin seemed surprised that all the teachers there knew of it, but it was loudly repeated by our unions as a way of framing this disagreement prior to 115 coming in.  In fairness, these lawyers do deal with bankruptcies and they were unfamiliar with education negotiations and were aggressive in their demands, but to call them bankruptcy lawyers shows a use of absolutist language aimed at polarizing union members in order to make them feel victimized.  It’s this kind of manipulation that makes me uneasy.

That the KW bi-election was a reason for the ridiculous piece of legislation called Bill 115 appears  to be a matter of record.  That Kathleen Wynn can say it was a cynical, Machiavellian move to win a bi-election while having voted for it still makes me question her credibility and these ‘social justice’ values she seems to have branded herself with.  In the meantime our unions are still funding the OLP, even as they encourage us to demonstrate in front of their leadership convention.  I’m not sure who is on what side any more.  With four parties involved in this (the provincial government, grassroots union members, union provincial executive who seem out of touch with the members they’ve tried to direct, and school boards), it’s murky at best.


The followup research on the sick days/leave issue indicates just how deeply the political spin of this has cut teachers.  

“…it’s strange that they would seem to think the province would just leave them in the lurch in terms of short-term disability. It either shows a colossal failure of communication on behalf of the government or on behalf of the union to its members. It certainly illustrates that the level of distrust of teachers with the government is extremely high, which is just very, very sad.”

The negativity itself around 115 created such momentum that the provincial executives who were pushing it suddenly found their members turning down contracts they wanted passed.  Executive was building up this fervor as a bargaining tool, but the anger was genuine, and now the rifts between teachers, the government and internally in their unions are deeper than ever.  There hasn’t been a lot of honesty with how this has been managed.  How a teacher couldn’t feel manipulated in this by all the parties involved is beyond me.  Trying to get a clear eye on the issues is almost impossible with all of these giants hurling boulders at each other.

I was ardently against Bill 115, I’m still astonished that it got passed – it is one of the most offensive pieces of ‘law’ ever put into the books.  I was more than willing to go to the wall over fighting it, I still believe we should have walked immediately when it was passed.  As one of the wiser heads in my school said in a staff meeting, “it’s a bad law, you fight bad laws or we lose everything.”  

Watching those teachers on the Agenda line up behind the vitriolic rhetoric of our unions when I find union interests focused on the political self interest of certain (older) members makes me question much of what I’m hearing.  I certainly no longer feel represented by the people who lead us, and while I don’t agree with all of the fact checking done, it does make me question the accuracy of what I’m being told.

I find myself a teacher who is very uncomfortable with how this has been handled, the mess in my own district aside.  The Agenda’s round table only emphasized for me how insulated and groomed our thinking around the turbulence in Ontario education is.

Tyranny of Numbers

I’ve always found a strange disconnect between my experience in coding and how it is taught in school.  Back in the ‘80s, matheletes owned computer science, and still do today.  More interested in the theoretical number games they could play on computers than in actually building things, I found myself making sprites and digital media and coding games while everyone else wanted to make math… I quickly failed out of that culture.
 
My self-taught experience was one of hacking and building.  Tweaking pieces of code and refining them until I got the desired result.  I could see the logical construction, but it was never numerical for me, it was mechanical.  Later in life I worked as a millwright and an auto mechanic before coming back to computers as a technician.  I’ve always had a love of machines and computers have always been included in that mechanical empathy.  That mathematics stole coding from me is something I’ve always regretted.
 
That tyranny of numbers still holds sway in coding no matter what attempts are made to pry it free.  I’m previewing a video for my computer studies class and came across this bit:
So there you have it.  Had we developed computers with different intent, our analytic engines or even better, universal engines (!), wouldn’t have been confused with calculators.

One of the perilous moments I experienced while getting my philosophy degree was trying to get the mandatory symbolic logic credit.  My first attempt had me in a classroom full of science majors all taking symbolic logic because it was being delivered as a math course.  I fled the scene and worried that I’d never get this credit, the math-bullying in that class was something else.  I ended up taking symbolic logic the next semester and getting an A in it.  Why?  Because it wasn’t taught by a math major.  I can appreciate logic, I have trouble with it when it gets abstracted in numbers.

The term ‘computer’ is prejudicial.  Computers were originally people who did tedious math problems, mechanical computers supplanted them, but modern computers aren’t number crunchers.  Modern code on a modern computer is a construction of complex logic that produces results well beyond mere calculation, to reduce that process to mathematics is absurdly simplistic.  

The whole thing makes me want to change my department from “Computer Studies” to “Universal Engines” and escape from the confusion of a historically inaccurate name, and that tyranny of numbers.

The Happy Ship

One of the more ASDish qualities I have is finding awards ceremonies difficult to fathom, especially graduations.  Being packed into a room with a big crowd of people is tricky enough.  Doing it under the constant threat of public acknowledgement is agonizing.  I get the sense that North Americans play this up more than in other places, so perhaps there are some cultural influences going on here too, but my savage disregard for awards seems to run deeper than just cultural dissonance.

I am in the process of weathering two days of back clapping by people who thrive on back clapping.  Their love of self aggrandizement (and don’t kid yourself, graduation ceremonies are all about acknowledging and empowering the system) makes my hatred of it confusing to them.  I never feel more alienated from neurotypical people than I do when graduation rolls around.


The first was my son’s grade eight graduation put on earnestly by his elementary school.  As in every other graduation I’ve had to weather, this one involved repeatedly congratulating the same students over and over again for being advantaged and conforming to norms in a manner so efficient that they produced outstanding results in a system designed for them.


And why shouldn’t all those advantaged, neuro-typical kids be awarded for these things?  They thrived in the artificial learning environment that is the classroom.  They arrived well fed and clothed, and culturally aligned with the process that was about to assess them.  These neuro-typical students all had a clear understanding of how to manipulate that system to their own advantage.  It was amazing to see how many of the awards focused on that socializing aspect, recognizing compliance in maintaining social norms as the highest virtue.  Awards for helping to run the school appeared thick and fast with happy teachers handing them out while not having to hide their favouritism any more.


I showed up to school in Canada as an immigrant from a lower socio-economic bracket.  I don’t think like other people and have trouble remembering who is who let alone how to create tight social bonds with teachers that would result in any kind of award.  My son gets to skip the immigrant thing and I’ve gone to great lengths to ensure that socio-economics aren’t weighing him down like they did me, but I’ve also given him an even healthier dose of ASD than I have.  He got to sit through two hours of hearing about how all these wealthy, socially engaged and advantaged, neurotypical kids deserve to be honoured by a school system designed for them.  How do you think that made him feel?  He has struggled to finish his elementary career this week on a positive note.  And yes, this makes me angry.


I just finished reading Paul Theroux’s The Happy Isles of Oceania: paddling the Pacific, so I’ve got nautical themes floating around in my head as I write this.  Paul is an odd duck himself.  He takes great pleasure in doing things differently and being alone doesn’t freak him out in the way it does most people; I imagine he’d find graduation ceremonies as alienating as I do.


As I fidgeted in the humidity of that packed room, the idea of a cruise ship came to me.  On that happy ship are all those students predisposed to success in school.  They thrive in noisy rooms full of people, they are socially tuned to make best advantage of the entire school system, and that system is eager to reward their compliance.  Their communications skills allow them to create positive, supportive relationships with their peers, but most importantly, their teachers.  These uber-kids are like professional athletes.  They excel in an artificial environment (the classroom), and get rewarded for it handsomely by the people who did so well in education that they went back to run the thing.


As if every day at school stepping into a shoe designed for you wasn’t enough, they then get graduation where everyone gets to hear about this very abstract and specific version of excellence, for the same people, over and over again.  These are the students that I meet in high school who don’t really care what Hamlet’s motivations are and don’t think there is anything to actually learn about human nature in literature, but they do want to know how to get the A+.  Education isn’t self improvement for these people, it’s a flag they wave around for social advantage.

From an outsider’s perspective it feels at best patronizing and at worst like you’re getting your face rubbed in it.  If you see any awards that aren’t based on ‘academic excellence’ (whatever that means), they tend to be tertiary awards given as charity without any other criteria.  The best you can hope for is someone saying how hard you tried, but don’t be patronized by that pat on the head.  For the neuro-atypical thinkers who don’t work best in a classroom, but are learning all the same, there are no awards for all the books you read  (or wrote) that aren’t on the curriculum.  There are no awards for all the art you made that didn’t happen in class.  There are no awards for all the sports you participated in that didn’t happen under the hammer of a phys.ed. teacher’s critical eye.


My son’s grades look remarkably like mine.  When you get grades like that they tempt you to say fuck it to school, which I’m sure makes the neuro-typical people who deliver them feel very powerful.  Assessment for compliance.  Assessment for conformity.  Assessment for learning?  Rarely.  Sitting through graduation ceremonies only exacerbates that feeling (I didn’t attend any of mine).  I had a chat with my boy afterwards and reminded him that what teachers are willing to see in the very limited classroom environment is not in any way an accurate reflection of what he is capable of.  When you have the kind of intelligence that is very difficult to observe let alone quantify, part of your genius has to be nurturing it yourself.

We’re all crossing the learning ocean, but some of us know
what the waves sound like because we’re out in it on our own.

All those neurotypical kids on their big cruise ship crossing the learning ocean have the benefit of a system designed for them, but many of them also forget that they’re actually on the learning ocean; the cruise ship becomes their whole world.  When they have to disembark in that glittering graduation ceremony of privilege rewarded, they are lost.  They didn’t learn anything for its own sake, they learned things for grades and accolades.  They struggle to find their way in a world that doesn’t always reward their privilege with success, though they’ll never forget that feeling of privilege and will seek it again and again for the rest of their lives.


I ended our chat with this:  embrace your difference, don’t surrender to their assessment.  And if you don’t want to go and watch them clap each other on the back for being privileged, then don’t.  It’s the dropouts and outliers who tend to invent new things and it’s the fighting spirit you develop in yourself getting beaten up by the school system that will make you strong when you don’t have to suffocate in it anymore.  Whatever happens, never forget that learning isn’t school.  Always be learning.

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Meet Your Maker

www.arduino.cc

I’m working my way through my second semester with grade nines in computer studies. I’ve tried to bring as much ‘shop’ as I can into computer studies.  My background was in I.T., so getting into the nitty gritty of electronics has been an expansion of my craft which I’ve enjoyed as much as the students seem to.

Using Arduino microcontrollers we bridge the gap between hardware and software and get students comfortable with the idea of building circuits as well as controlling it with code.  This year I’ve also gotten a Raspberry Pi up and running as well as building dozens of desktops. A resurgent maker culture has made electronics much more accessible and customizable; it’s a good time to be teaching computers.

Maker Culture

This semester we’ve been pulling apart broken electronics and reusing digital displays, microphones and other components in our Arduino Frankenstein creations.  Some of it will work, some of it won’t, but the process will make Makers of many of the students.

The real fear in using technology is that many users don’t have the faintest idea how things work.  When it breaks there isn’t a frame of reference of where to begin, fixing anything seems impossible.  After breaking apart their first digital clock, or radio, or electronic game, students begin to recognize the components because they’re already familiar with the bits and pieces having used them to assemble a dozen Arduino projects already.  With the mystery gone, they begin to grasp the power their minds and hands have.

I’m re-reading Matthew Crawford’s Shopclass as Soulcraft.  It’s such a complex read, with so many ideas packed into each page, a second run through will do me good.  If you’re an educator, and you can take some well intended criticism, reading the first couple of chapters will challenge many of the assumptions we wrongly found current educational theory on.   I imagine most educators won’t find the criticism comfortable, no matter how well intentioned.

I’m about to get my first motorcycle and I’ve found myself casting about, trying to figure out who I can get to maintain it for me.  A chapter in and this ex-mechanic is getting his hands on a shop manual and doing it himself.  One of the reasons I want to begin riding is to develop a closer relationship with the machinery I use.  The plastic covered, warrantied cars I drive don’t do that.  The nakedness of a motorcycle begs for it; I’m looking forward to that quiet, focused mind driving busy hands.

There is something inherently valuable in being able to fix what you use.  I’ve never had to argue for the value of what we do in computer studies, the learning has inherent worth, is immediately useful, and applicable in a surprisingly wide range of situations.  From the insides of an operating system to the flow of electrons around a circuit, these students develop a familiarity and comfort level with something that most people are more than happy to use in blissful ignorance (until it breaks).  The tactile nature of the work also draws in even the most reticent.  Working with your hands, making something real work through trial and error, offers an experience missing from much of academia.  Crawford’s philosophical attack on the globalized knowledge economy happens every day in my classroom.

Many of these students will move on to other interests in other fields, but none of them will ever again be at the mercy of their ignorance while working with a computer.  I’ll have to paste rubrics and marks over all this to make it credible to the establishment, but the moment a student who has been whacking his head against his own bad wiring for half an hour realizes what he’s done and fixes it himself, he has developed a tiny bit of independence, and perhaps realized that paying attention is a powerful ally.  Learning shouldn’t be frustration free, if it were, it wouldn’t mean anything.  With minds and hands engaged in a battle with realistic demands, the rewards are hard to quantify in a mid-term mark.

Forcing An Apple To Become An Orange

We emigrated to Canada in 1977.  Unfortunately, my parents weren’t really paying attention and moved us (an English speaking family from England) into Lasalle in Montreal, Quebec.  If you don’t know what was going on in Quebec in 1977, it wasn’t good for an eight year old English kid.  While we were struggling to adapt to a new country we’d also wandered into a nationalist revolution.  Bill 101 made it illegal for immigrants to learn in English.  Since that was my native language and I had no background in French, the provincial government told my parents I’d have to attend a french school and get dropped back two grades to accommodate my lack of language skills.


While that was going on, the kids in our predominantly French neighborhood had overheard me talking with my lovely Norfolk accent while walking home from school and had decided that I would be a great opportunity to express their Quebecois pride. Getting beaten up by half a dozen kids at once wasn’t any fun, but when they started bringing their german shepherd along to help, it was even less fun.  You’ll have to excuse me if I’m not enthusiastic about Quebec’s singular approach to immigrants.

Government letters arrived telling my parents that they had to move me out of English school or they would be charged and jailed.  My dad’s new job did backflips, opened up a branch office in Toronto and we escaped to free Canada in 1980.  I’ve had a soft spot for Ontario’s open arms approach to immigrants ever since.

@dougpete shared an article on Quebec’s math prowess this morning.  I have some strongly held beliefs about how they’ve managed this result that the article itself goes to great lengths to ignore.  While Ontario has what is described by many people as too many public school systems, Quebec has one, and it’s one that caters aggressively and exclusively to a single language supporting a single culture.  They don’t enjoy immigration and their provincial politics have backed that up since I was an eight year old way back in 1977.  If you’re looking  for a province that struggles to embrace multiculturalism, Quebec’s a fine example:


“Among the provinces, the greatest increase in the absolute number of police-reported hate crimes was observed in Quebec, where incidents rose from 270 in 2015 to 327 in 2016. This increase was mostly attributable to more hate crimes targeting Arabs and West Asians, the Jewish population and sexual orientation.”  
Stats Canada Daily: Police reported hate crime, 2016

With the exception of New Zealand (which is significantly less
multi-cultural than Canada
anyway), there are few other countries
in the top 20 that sport a significant immigrant population.

I would argue that if you’re dealing with a less diverse population you’re dealing with an easier education process.  In addition to removing hard barriers like language and the various qualities of education in home countries, you’re also bypassing many of the less tangible complexities like cultural expectations around gender and religion.  These benefits are clearly seen in international education rankings where monocultural societies are much more willing and able to force compliance and efficiently produce results for standardized tests; standardized populations feed strong standardized results.  With no language barriers or cultural confusion, it pays to be monocultural in standardized testing.  Canada is exceptional in those results, especially considering how it’s a country built on immigration.  That we are able to produce these results even while working with diverse often ELL populations is astonishing.  Statistics show just how challenging trying to cover curriculum while also teaching the language of instruction is.  Stretching your education system to provide support for such a diverse population means you aren’t going to score as well on a standardized test because your students aren’t standard.

Quebec students pay a third what Ontario university students do.
They can afford to stay in four year programs for teacher training
while Ontario teachers would end up paying tens of thousands of dollars
more for that privalege.  You can encourage extended teacher
training when you know it isn’t going to bankrupt your citizens.

In addition to the diversity of their students, there are a number of assumptions made in that article that ignore the cultural landscape that has allowed Quebec to produce this outstanding mathematical outcome that is out of step with the rest of the country.  Under more extensive teacher training is this:


Teacher preparation programs in Quebec universities are four years long, providing students with double the amount of time to master mathematics as part of their teaching repertoire, a particular advantage for elementary teachers. In Quebec faculties of education, elementary school math teachers must take as many as 225 hours of university courses in math education; in some provinces, the instructional time can be as little as 39 hours.

That Quebec students receive much more support for post secondary than Ontario students is a matter of fact.  Quebec looks after its teachers in training by not financially crippling them with this long term training.  Expecting Ontario teachers in training to foot an Ontario sized bill for their Quebec length training only goes to highlight the fundamental differences between the provinces.  Quebec students pay more than a third less what Ontario students do for that university training, and so they are able to extend their training.  It’s little wonder that they are producing better results on this standardized test.


The article kicks off rather hyperbolically sounding an alarm for Ontario’s math’s results:  
“That populist election cry resonated with Ontarians because Ontario students continue to lag in mathematics and were the only ones in the country to show no significant improvement on national tests from 2010 to 2016.
Saskatchewan also has a dip in results and most of the other provinces were all within a couple of percentage points of their previous scores.  More importantly, Ontario led the results for English speaking Canada in 2010, 2013 and 2016, and even managed to slightly improve on it.  So this emergency in Ontario is based on the fact that we’ve always been leading in mathematics scores in English speaking Canada?  I hope everyone else catches up with us one day, but with the provincial government about to pull one of the top performing English Canada education systems to bits, I wouldn’t bet on it.


In researching this I came across some evidence that the Quebec of today isn’t as totalitarian as the Quebec I emigrated to in 1977.  This research on current Quebec schools summarized it this way:

“Quebec’s traditionally homogeneous French-language education system has undergone some radical changes over the past 30 years and continues to be shaped by public policies geared toward promoting French and openness to ethno-cultural diversity. The province has
come a long way and now compares favourably with other immigrant-receiving societies. Nevertheless, many challenges lie ahead. Among other things, the marginalization of some ethnic groups, and most especially that of the Black community, must be better understood and actively prevented.”


Perhaps Quebec is a bit less mono-cultural than I remember, but it still enjoys all the benefits of encouraging only primary language speakers into their system.  With that language of instruction time and energy freed up and with government subsidized education that allows their teachers to enjoy extended training without financially crippling them, Quebec is enjoying the results it deserves.  I’d rather Ontario didn’t try to copy them though.  As an immigrant myself, Ontario made me feel welcome in a way that Quebec didn’t, and I hope we’ll continue to do that for the people across the world, regardless of the language they speak, who come here to find a home.


The article ends up questioning its own bias on Quebecois superiority in math as it wraps up:


Quebec is markedly different when it comes to mathematics. Immersed in a French educational milieu, the Quebec mathematics curriculum has been, and continues to be, more driven by mastery of subject knowledge, didactic pedagogy and a more focused, less fragmented approach to student intellectual development. Socio-historical and cultural factors weigh heavily in explaining why Quebec continues to set the pace in mathematics achievement. A challenging curriculum produces higher math scores, but it also means living with lower graduation rates.


Perhaps the Ontario panic over mathematics could do with a bit of context, but I fear that won’t happen in the populist, reactionist times we live in.  It’s better to invent an emergency, compare ourselves to a system that couldn’t be more different and then try to imitate their results, than it is to continue to lead English speaking Canada in mathematics?  I sincerely hope not.




Other Research For This Piece:

Visble minority population by urban centre: https://www12.statcan.gc.ca/nhs-enm/2011/as-sa/99-010-x/2011001/tbl/tbl2-eng.cfm   Montreal barely makes the top 5 and is similar to Winnipeg in terms of immigration.  I couldn’t find language details, but Quebec’s focus on french is absolute.

https://www12.statcan.gc.ca/census-recensement/2016/dp-pd/hlt-fst/imm/Table.cfm?Lang=E&T=11&Geo=00
https://canadaimmigrants.com/canada-international-students-by-province-2016/

http://www.chereum.umontreal.ca/publications_pdf/Publications%20de%20la%20titulaire/Quebec%20Question%20Stephane%20Gervaisch19.pdf

https://www.canadastudynews.com/2018/03/19/canada-is-home-to-nearly-half-a-million-international-students/

https://www150.statcan.gc.ca/n1/daily-quotidien/171129/dq171129a-eng.htm

https://www150.statcan.gc.ca/n1/daily-quotidien/171129/dq171129a-eng.htm
https://www12.statcan.gc.ca/census-recensement/2016/dp-pd/hlt-fst/imm/Table.cfm?Lang=E&T=11&Geo=00

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A word about educational how-to videos

In the tragically depopulated videos suggesting how personalized assessment is to be done, cheerful teachers in half empty, quiet, ordered classrooms dealing with compliant, earnest, hard working children one on one, take a great deal of time reviewing their work in meaningful, specific ways. This is something I often see in ‘this-is-how-you-should-do-it’ videos.

I first noticed this in teacher’s college when the assessment professor gave us an article by a teacher who went into great detail about how teachers should create student specific learning opportunities and assessment. Everyone oo’ed and ah’ed this wonderful insight, but I had a nagging feeling while watching it. Two minutes on the interwebs at home that night had me coming into class the next day and showing everyone that this teacher works at a private school with mandatory laptops for each student, and class caps of 16 students. The students were all, “students of professors, lawyers and diplomats in the suburbs of Washington DC).

I sometimes work with students whose parents can’t feed them, let alone pay $2o,000 a year to put them in a private school. We just got a technology ‘refresh’ which involved us losing labs and dozens of computers from the school (to be replaced by wifi and the hope that students can bring their own tech) – technology support for all? Not where I live, and I work at what I’d describe as a good school in a pretty wealthy area, but we are a public school that serves everyone from trailer parks to mansions.

And I certainly have never seen an English class with (at the most) 16 students in it – double that and throw in 5-10 students are are clearly in the wrong stream; that’s what I see. In that environment crowd control is as much a part of my day as learning is.

I know they are trying to focus these videos on the specifics of what they’re talking about, but if a video production team can’t do that in a class of 30 students, 12 with IEPs, 8 who performed brain chemistry experiments at lunch and 6 who aren’t sure that they remember your name after being in your class for six weeks, what makes them think a single teacher can?

Instead of making the video to sell a book (and a dream world of magic), how about some real world candid video of what happens in real classes, warts and all? Or will marketing not ok that?

Life Long Learning is The New Degree

Last March Break I attended an industry focused future of the workplace conference in Toronto.  That event aggressively underlined the importance of micro-credentials in the modern workplace.  The idea of years long programs, especially in technology where changes are happening regularly, suddenly feels like a lumbering has-been rather than a vital foundation to your workplace success.  The same conference caused me to examine the purpose of public education (there is much more to it than simply preparing students for work), but the gulf between school and the world beyond our classrooms continues to expand.


Since then I’ve worked with ICTC on a badging system for Focus on IT students that would allow them to micro-credential their progress through the program.  Anyone involved with the scouting program will know all about analogue badges well before there were any digital ones; badging has a long history of marking progress and expertise.  The military has always used badging to denote rank and expertise.  More recently badging has become popular in gaming culture to show skills and achievements and this has crossed over into the real world in terms of gamification of learning in education.  Badging as a form of micro-credentialing is a cultural phenomenon familiar to everyone, so micro-credentialing is nothing new.

We spent the afternoon yesterday attending the 4th annual CAN-CWiC Conference in Mississauga.  For someone who has been struggling against genderized pathways in his rural high school, attending a conference with hundreds of women in digital technology was like stepping into a future we may never reach where I teach, and isn’t the case in the vast majority of Ontario digital technology classrooms.


A couple of conversations prompted by the indomitable Alanna about how some of the women at the conference got into tech were very telling.  We’re both on the pathways committee at our school and the divide between high school career planning and what’s happening in the real world was shocking.  While we’re busy running a system that divides students by some pretty arbitrary standards and then builds up a marks history that defines student pathways into traditional post secondary learning, the rest of the world is struggling to find life long learners, something we only pay lip service to in our schools (don’t believe me? Find out how much PD time was spent on EQAO and how much was spent on life long learning).  What we view as a static, established learning schedules (one the vast majority of teachers work in very successfully), is pretty much meaningless in 2019 beyond the walls of our ivory towers.


We just did a staff survey on the last PD day and the data aligned with my anecdotal experience in secondary education.  When you fill a school with university graduates, many of whom have never worked in anything other than than the academic education system as either a successful student or teacher, you end up with a very blinkered view of the where the majority of our graduates go.  Academics tend to overly value their own experience and encourage students to do the same.  Students are directed to follow that long academic trajectory over developing lifelong learning skills valued elsewhere.  The students that do follow it are considered ‘the best’ ones.


What is happening in the workplace?  Digital disruption is rippling across all industry and is doing what it does, upturning traditional standards of practice and demanding agility before allegiance to tradition.  In everyone we talked to at CAN-CWiC, traditional credentials were nice to have, but by no means were they the standard requirement they used to be.  Industry people said that, sure, they have some post-secondary graduates in specific fields, but even in their case there was something that trumped any other credential:  the willingness to adapt and learn more, even if you have a Ph.D.


Danielle at IBM had a background typical of what many of our strongest female students experience.  She did well in high school, and especially English, but took no tech because she wasn’t encouraged to take it – it isn’t what academic girls do.  She went to the University of Guelph, ran the student newspaper, got a degree in English and then worked in radio as a writer for a couple of years until this shrinking traditional medium laid her off.  She then found a ten week full time boot camp training program on full stack developing and is now a web developer with IBM Canada.  She said that she greatly values her degree and time spent at Guelph and wouldn’t change any of it, but she wishes she’d had access to technology training in high school and university so she wasn’t getting into it with no experience in her twenties.  Our tradition education systems plays to traditional stereotypes.


I had what I consider a feminist/woke colleague tell me about how her daughter is now taking bio-technology.  I never saw her once in my computer engineering classes, but if it’s an academic girl aiming for university you’d be hard pressed to find anyone in high school telling them to take any applied technology course, even when that’s what they’re aiming at in post secondary.  It’s much more important that all your classes end in a U and are in an academic situation (rows of desks) that prepare you for university.  She’s now coding and is glad I put her on to Codecademy.  That’s like being handed water wings when there is an olympic swim team you could have trained with in the building.


Whether talking to post-secondary education, skills training organizations or companies, the idea that we need to be able to quickly adapt in a rapidly evolving workplace probably sounds like it’s from another planet to an Ontario educator inured in our factory shift driven system.  We aren’t skills focused, we’re shift focused.  You might be miles ahead of what’s happening in your 3U maths class, but that’s your shift and you’re going to sit through it, for months on end.  You might be miles behind in your 4U English class, but you’ll get passed along with the rest of your cohort with a mark that is pretty much meaningless.  What does a 60% in 4U English do for you?  What does a 100% in 3U math mean?  It keeps you with your cohort and does very little in terms actual learning.  We’re all held prisoner by our 19th Century education production line schedule that churns out grades.  Every time the bell goes off to signal a shift change I wonder what year I’m in.  But considering how difficult it is to timetable a grossly simplistic, generalized curriculum, I shudder to think what would happen if the system actually did need to schedule itself around individual student need.


Does this mean the end of traditional, years long learning programs?  No, specialists still need that depth of training, but for many these years long, financially crippling programs aren’t leading to a job, so we have to change that expectation.  I had a student last year who struggled in traditional classrooms but had good hands.  He went to college because that’s what everyone expected him to do but dropped out in the first semester due to a lack of maths fundamentals (he probably got passed through everything with a 60% – gotta keep ’em with their cohorts!).  My suggestion before and after all that was to start knocking out industry ICT qualifications and gaining experience in the workplace.  Demonstration of your willingness to learn and evidence showing that you have a good work ethic will take you where a college diploma won’t.  ICT is still a pretty new industry, so it doesn’t have the embedded, historically recognized apprenticeship pathways that other technology  pathways do, but it should.  Apprenticeship training with its mentored, skills focused, individualized learning is what the majority of applied training should be modelled around, but that system is foreign to all the Bachelor carrying people doing the teaching.

Nice eh? One of only a handful of people in Canada with
this qualification, but it doesn’t count in our
academics-only education system.

After my degree I went to work in ICT and ended up getting my qualifications as a technician.  Those were micro-credential bootcamp style courses I was taking way back in 2000.  I AQ’d (AQs are micro-credentials) frequently when I started teaching and recently did two more ICT qualifications just to stay current and give my students access to material.  OCT is very stingy around what it shows in teachers qualifications – mine shows only academic qualifications, but none of the technical qualifications including my apprenticeship because they are “less than” in our academically focused education system.  Teacher training only matters if a university had a hand in it.  Ironically, my board paid me nothing for my technical upgrading, even though it directly serves my students (thankfully my union did help me cover it).


Micro-credentialing is the new normal in the world beyond our school walls.  A big degree or diploma also shows your willingness to learn, but if it’s all you’ve got in 15 years on the job, then most companies will ignore you.  If you think it’s your passport to a good paying job, you’ll find yourself stuck in customs.  Micro-credentialing shows an employer that you’re always willing to upgrade your learning and stay relevant in a changeable workplace.  What they’re looking for is life long learners, not a one trick pony with a single degree or diploma from years ago, no matter what your grades.  Aiming for an outcome like that (earn my degree and I’m set) is aiming for failure in 2019, no matter what grades you’re getting and how excited guidance counsellors are about your opportunities.  If we were focusing our students on developing the confidence needed to always be open to learning something new, and the hunger and resiliency needed to leap into learning opportunities, they’d be in the right mindset to survive in the 21st Century workplace.  Dragging unwilling kids through months of instruction isn’t doing that.


What this has done for me is underline all the extracurricular training and competition work we do in our program.  All of those awards and the effort that goes into them highlights that go-the-extra-mile lifelong-learning skills that are so in demand in the world.  That these efforts aren’t integrated into our curriculum is yet another failure of our marks based, traditional model.


Maybe in the future Ontario classrooms we’ll begin to break down our schedules into micro-credentials.  Students aiming at current and emerging technologies could take quickly updated, personalized, micro-credentials that focus them on the specific skills they need without months long classes.  Traditional subjects like English could be broken down into their fundamental components.  While everyone would need to take the literacy strand, not everyone needs to take the historical literature piece.  What would our maths and sciences classes look like if students were working on particular, skills based micro credentials rather than grinding through months long, generalized curriculum aimed at a mythical average student?   Digital disruption has produced differentiated production lines focused on more high value, bespoke products. Education could follow the same evolution and begin using ICT to differentiate student scheduling and specify learning so that it wasn’t locked into a pedantic and ineffective 19th Century model.


In 2011 I imagined a fictional account of what a system designed around student differentiation rather than enabling our traditional model would look like.  The divide between what’s happening in our classrooms and the digitally disrupted workplace our students are graduating into has never been wider.  If the various stakeholders in the education system can rejig the system while maintaining the highest standards (this isn’t about cheaper, it’s about greater flexibility in service of our students), then it needs to happen yesterday – we’re falling further and further out of relevance for too many of our students.

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Three Years Out

Here we are at the beginning of 2012.  Our board is having a learning fair at the end of the summer (9 short months away) and they are looking at 21st Century learning and technology as a focus.


My suggestion is three years of time travel.  It doesn’t sound like much, but at the current rate of change, we’re stretching the boundaries of reasonable speculation pushing even three years out.  What will our class rooms look like in 2015, if we moved with the technology?   Looking back might give us a clear idea of how little we may be able to guess!

*** 2009: An Archeological Review Of A Year In Tech ***

 

The economy was on its knees, a radical new voice was about to be sworn in south of the border, and gas prices were about to leap and then leap even higher; peak oil panics abounded.  BRIC countries were in huge growth while the old democracies fed their young to capitalist bandits.


Three years ago, Facebook was in its massive growth phase and wasn’t a habit so much as a new sensation.  Tablets were an in-joke on the Simpsons from the ’90s, and Apple was still a year away from getting it right with the first ipad.  There was no tablet market as such.


Netbooks (net what?) were the new and exciting technology craze, what everyone thought would make personal computing affordable, portable and available to everyone.  An obvious way to keep tech moving forward as the entire banking system fell into disrepute.


Smartphones were still half screens with keyboards, and ruled by RIM.  An exciting new phone by a company called “Palm” was the buzz at CES2009 and Microsoft evidently once made a Mobile Windows OS for phones!  The first iphone was a year old, stratospherically priced, attached to a single provider and had a new app store with no apps.  Android wasn’t even a glimmer in Google’s eye.


In 2009 our school was in the process of installing wireless internet, but it was still a year away from being stable enough to use (and is still a poor second place due to bandwidth issues).  Everyone in the school used a single core, IBM/Lenovo, board desktop etherneted to the wall, if they used one at all.  Less than 1 in 100 students brought their own laptops to class (though more and more were beginning to bring netbooks, though they couldn’t use them online because they weren’t allowed to plug in to the ethernet).  


Walking in to an old-school, centralized IT environment did not seem so silly in 2009.  The network ran on board owned machines in a closed system.  Other than email, cloud based storage was unheard of.  It was a long three years developing UGDSB’s Google Cloud project; it was non-existent in 2009.

*** Can We Forecast a Classroom in 2015? ***



Things have zigged and zagged in surprising directions.  Game changers like ipad and Android and the abject failure of the biggest technical buzz item of 2009 (those netbooks) show that there are some changes that sweep through our digital ecosystem so quickly that they are impossible to foretell.


Having said all that, I’ve been hammering away at ideal directions in Bring Your Own Device (BYOD) and multiple ecosystem technical learning environments for months now, and think I might be able to take a viable stab at it.

I only hope my colleagues are willing to jump into mix with me.  We could contribute to yet another real step forward in our board’s technical evolution:



Mini-lab: the decentralized Education Lab
The Future of Media Arts Labs
Future School
IBM’s 5in5 (great example of shocking changes that are probable)
Digital Skills Continuum (still not a thing years later)