Tag Archives: technology

Cartoons about Coding and High Tech for Young Children

As a follow-up to the previous post on coding for kindergartners, I have selected some cartoons about the unceasing and ever-escalating demands of schooling young children and current efforts to use high-tech devices. Cartoonists have a special angle on a topic often missing from how policymakers see the world. And best of all, cartoonists make their points using either a sledge-hammer or an ice pick rather than the tools policymakers use such as words and dollars. Enjoy!

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'I just wanted to thank you for grounding me to my room for the weekend. I took the time to start a computer programming company, which earned me $13 million.'

 

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'We     ... In class today.'

 

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If I learn how to write Roman Numerals, will that help me write computer code?

 

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Tissue Paper Reforms: Coding for Kindergartners

Some school reforms are like rebar that have lasted for more than a century. Examples? The age-graded school and the kindergarten.

Some school reforms are like industrial-strength plastic-covered packages which cover new toys, computer cables and gifts. After the plastic sheath is pried open, it can be recycled and appears later as fabrics, fencing, and benches. Examples?  The New Math, New Science, New Social Studies of the 1960s and 1970s lasting for a decade or so then are recycled years later to reappear later as the New New Math, etc. ,etc.

Some school reforms are like tissue paper that, after one or two uses, shreds and is tossed away. Examples?  Coding for kindergartners.

'We     ... In class today.'

Why is coding for kindergarteners neither rebar nor unbreakable plastic but flimsy tissue paper?

Coding as a Tissue Paper Reform

Teaching young children to code (which may or may not be learning to program) reminds me of how Logo–an earlier tissue paper innovation–became nearly extinct in less than a decade except beyond a few schools where children continued to program using Logo-derived languages. Instructional reforms like Logo then and coding now for young children–to switch metaphors–are like those boutique shops that move in and out of malls.*

Why is coding now, a way of implementing a program language like Logo then, a tissue-paper reform?

The reasons are instructive to current enthusiasts for coding:

1. While the overall national context now clearly favors technological expertise, Big Data, and 21st century skills like programming, the history of Logo showed clearly, that the national context for schools and what was happening inside schools have a lot to do with a reform being put into practice and becoming rebar, plastic, or tissue paper.

Consider the Logo experience. Over forty years ago, Seymour Papert and his MIT team wanted to restore progressive ways of teaching and learning so that students could construct their own meaning of ideas and their experiences. Learning to move “turtles” around on a screen was a way for students to think logically and computationally. These MIT scientists wanted to dismantle institutional barriers that schools had erected over time–the rules, traditions, and culture– because they retarded student learning, especially acquiring thinking skills. Logo, then, would be a vehicle for transforming teacher-centered schools into student-centered, mindful ones.

For Logo activists, however, their timing was bad. The national mood for educational experimentation and equity for poor and minority families was shifting. The idealistic and experimental years in public schools during the mid-1960s to early 1970s had ebbed just as  reformers began piloting Logo05 in a few elementary schools. In just a few years, Logo became a boutique offering because a “back to basics” reform had seized civic and political leaders and the window for new ventures, anchored in the work of Jean Piaget and John Dewey, had closed. Traditional forms of schooling and teaching were back in vogue.

Shortly afterwards, the Nation at Risk report (1983) warned leaders that unless schools became more effective–the U.S. would languish economically and other nations would leapfrog over America to capture global markets.  By the late-1980s, states had raised their graduation standards, created more rigorous curriculum frameworks,. and began testing regimes. Not a welcoming climate for Logo-driven reformers like Papert and his colleagues. In a few years, traditional age-graded schools adapted to the changing national context in both curriculum and instruction.

But now the climate for anything smelling like high-tech, computer science, and new devices has so permeated the culture and the national context for standards, accountability and testing remain firmly entrenched that the idea of coding is one whose time has arrived. Given the history of Logo and how it was implemented suggest to me that coding is tissue-paper thin or at best, recycled plastic.

2. Then and now, schools eager to teach coding, for the most part, catered to mostly middle- and upper-middle class students.  Articles (see here and here) illustrate the demand for family teaching it to children, in- and after-school coding programs, and expensive summer camps (see here and here). Yes, there are efforts by leaders in teaching coding to include low-income students (here  and here) but by and large the primary users are children from middle- and upper middle white and minority families.

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3. Then and now, most teachers were uninvolved in teaching Logo and had little incentive or interest in doing so. Ditto for coding. Sure there are exceptions (see here) but the exception is the one that makes it into the media precisely because it is novel.

4. Then and now, Logo and coding depend upon the principle of transfer of learning coding to conceptual and critical thinking with applications to other domains of knowledge and skills. The research supporting such confidence is lacking among cognitive psychologists and educators who see from daily experience that students find it hard to apply concepts and skills learned in one arena to what is being learned now.

Those reform-minded policymakers and practitioners who believe that the past can be instructive to the present and who are passionate about young school children learning either programming or coding (or both) should take a serious look at Logo and draw both inspiration and lessons from that earlier reform. Chances are, however, the hullabaloo over coding for young children will quiet down and another reform will shred like tissue paper.

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*Please see comment by Kunal Chawla below.

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Technology Use in Special Education Classrooms (Gail Robinson)

Journalist  Gail Robinson wrote this piece for the Hechinger Report on June 5, 2014

  Eleven-year-old Matthew Votto sits at an iPad, his teacher at his elbow. She holds up a small laminated picture of a $20 bill.

“What money is this?” she asks. Matthew looks at the iPad, touches a square marked “Money Identification” and then presses $20. “20,” the tablet intones, while the teacher, Edwina Rogers, puts another sticker on a pad, bringing Matthew closer to a reward.

They race through more questions. “What day of the week is it?” “What is the weather outside?” “What money is this?” In most cases, Matthew, who has autism, answers verbally, but he is quicker and seems more comfortable on the device.

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A few classrooms away at Eden II, a Staten Island, N.Y., nonprofit that provides programs for people with autism, the going is slower but the approach is the same. Anthony Scandaglia, a teenager who does not really speak, tries to identify simple activities on the iPad. “What do you use to drink?” the teacher asks. He presses a picture of a cup.

“Where do you wash dishes?” asks the teacher, Colleen Kenny. Anthony selects the picture of bed. “No, we wash dishes in a sink,” she says.

Anthony and Matthew are among a growing number of children on the autism spectrum who use electronic devices — in their cases iPads equipped with a software program called Proloquo – for learning. Just a few years ago, they would have used bulky communication devices costing $6,000 to $10,000, if they used any technology at all. Or, they would have communicated by picking out pictures and sticking them to a board. “We spent a lot of time laminating and Velcroing,” recalls Melissa Cantwell, who teaches autistic children in Vancouver, Wash.

Special education students have long used so-called assistive technologies, like audio books for the visually impaired or special transmitters for hearing-impaired students. So today’s trend toward blended learning – the combining of technological devices with more traditional instruction – may seem less jarring to these students than to their general education peers.

“We have so many different programs that will help a child,” says Valeska Gioia, an assistive technology specialist at the South Carolina Department of Education, who focuses on struggling students and students with moderate to profound disabilities of many kinds, including autism. “We give them the tools and they rise to the challenge much of the time.”

Many teachers, parents and administrators say that laptops, tablets and the various apps help engage and motivate special ed students, while also making it easier for teachers to individualize instruction and track progress. Others caution that, as with so much in the world of educational technology, definitive research about results is scant.

“There is little research on how students with disabilities are doing with on-line and blended learning,” says Tracy Gray, managing researcher for education at the American Institutes for Research, a nonprofit that conducts behavioral and social science research. “For whom does this work, under what circumstances and with what support? We can’t answer that for general education, let alone special education.”

But some specialists believe that children with certain kinds of disabilities, such as those on the autism spectrum, respond especially well to technology programs because the programs behave in consistent, predictable ways. And unlike earlier technologies for students with special needs, the tablets and laptops are portable and indistinguishable from devices used by other students.

As developers continue to design a huge array of products – from free apps, such as Bookshare, to expensive robots – hopes are running high. Some programs help students with attention deficit disorders get organized; others track students’ individual education plans, or provide lists of words to prompt struggling writers.

At P. S. 176 in Brooklyn, N.Y., a dozen third graders sit in a classroom. A large interactive white board displays a snake skin, a turtle shell and a honeycomb, all examples of repeating patterns known as tessellation and all housed at the Liberty Science Center in Jersey City, N.J.

A friendly male voice from the screen directs the children to draw a triangle with sides of 6 inches. For some, it is laborious, but he urges them on. “Hopefully I’m not running into lunch period,” the voice says. “I’ll give you two more minutes.”

The lecture is coming to the children live from the science center. Meanwhile, as in a chat room, the teachers at P. S. 176 type in their observations about how the lesson is going, allowing the Liberty instructor to adapt to the students’ pace and mood.

All students at P. S. 176, where more than 10 percent have special needs, participate in the partnership with Liberty, but third grade special education teacher Christina Panichi feels it has particular value for her students. “It’s like going on a trip with hands-on materials,” she says. “The only down side is they can’t touch it.”

Panichi also thinks having the material online helps. “It’s more like a game for them,” she says. “For some reason when technology is involved — especially cartoons — it engages them more.”

In Middletown, N.Y., a virtual number machine on her tablet is absorbing the attention of a little girl in a fourth grade special education classroom at Presidential Park Elementary.

As soft music plays in the background, she selects a number to insert into the “machine” on the screen of her Samsung Chromebook. The screen machine belches out a different number at the other end. After a few rounds, it asks the pupil what the math machine is doing to the number she inserted. In this case it’s adding seven.

This is Jessica Indelicato’s class, one that is the very model of a blended classroom. Several other students are bent over computers, all equipped with various education programs and Google docs, doing different tasks that vary with their progress and abilities. Meanwhile, Indelicato discusses decimals with five students, and a third group sits on the rug combining blocks to create numbers with decimals. In a few minutes, all students will rotate to the next station.

Indelicato sees the technology as key to engaging her students, in math and in reading. “It’s amazing. It targets whatever special skills they need help with,” she s. “They’re motivated. They enjoy it.” Their work on the computers, she says, “gives them reinforcement and confidence” that they carry into discussions about math.

Indelicato, Panichi and other teachers observe that many students simply find a lesson more attractive when technology is involved. Many programs features cartoon figures, instant responses, bright colors, music and encouraging voices.  Those things draw students in.

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Nowhere has the interest in technology been greater than for students on the autism spectrum. Debra Jennings’s son, Brady Bartsch, 9, who has Asperger’s, exhibited learning difficulties in kindergarten, and it seemed clear he was not going to learn to read by sitting down with conventional books. He began working on a Galaxy tablet equipped with Raz-Kids, an interactive program that incorporates a reward system. His mother says he’s made enormous gains. Brady, now in second grade at a Staten Island public school, “almost goes out of his way to be the star,” she says. “He’s shifted from being in the back of the room to wanting to be an example.”

Andy Shih, the vice president for scientific affairs at Autism Speaks, a research and advocacy organization, has seen similar examples.

“A lot of families are telling us how technology, particularly apps and iPads, are contributing to a quality of life for their kids they couldn’t begin to imagine,” he says. This is particularly true for those who cannot speak, which, Shih says, “doesn’t mean that they’re incapable of communication with others or that they don’t have a rich inner life.”

Shih says technology may help autistic students because it is simpler to “read” than people. “What technology does is simplify interaction,” he says. “Interaction with an app is always going to be the same. The expectation is always going to be consistent. Interaction with individuals is far more complex.”

As with general education students, technology is more successful for some children with special needs than for others. Even among autistic students, where it seems to hold the greatest promise, technology is not always successful. Some have no interest in their electronic devices, while for others, they become a kind of obsession.

Providing tablets and laptops to students with disabilities raises many of the same concerns that giving them to general education students does. Cost is clearly one.

Ms. Gioia, the South Carolina technology specialist, is always on the lookout for free tools and says most districts in her state have stayed away from Macs because of their higher cost. Some schools rely on fund-raising to cover some of the costs. While not denying that the devices can be pricy, Karen Cator, director of Digital Promise, a nonprofit focused on innovation in education, advises schools to look at whether they can be offset by some savings; maybe a student with a tablet is less likely to need a full-time, one-on-one aide.

Some experts think one of the greatest pitfalls of technology is that people will expect it to do too much, that they will see what’s new and glittery — what Andrew Hess, the assistive technology specialist for the Mamaroneck, N.Y., schools, calls the “mynah bird syndrome” — and ignore its limitations.

Aaron Lanou, director of professional development at the ASD Nest Support Project at NYU’s Steinhardt school, proposes two questions about technology: “Is this tool going to make something easier and more engaging, or is it just novel?” he says. “And, we need to ask teachers to think about the amount of time kids are actively engaging and using the tool versus the time it takes to learn the tool.”

Gray, of the A.I.R., emphasizes that no technology, no matter how dazzling, can do it alone. “There’s no magic here, whether you’re talking about kids with disabilities or general education classes,” she says. “You need teachers who understand technology, the support to do it well, and professional development.”

 

 

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Kindergarten and Technology (Sharon Davison)

This post comes from kindergarten teacher Sharon Davison. It was posted on June 17, 2014. I have taken  her self-description from “About” on her blog.

My name is Sharon Davison and I have the pleasure of being a Kindergarten teacher in Vermont. I have been teaching for 25 + years.  During my teaching career I have worked with 1st through 4th grade.  I am now embarking on a new journey… Kindergarten!

Kindergarten is like a breath of fresh air everyday.  Young children are curious and great observers.  They naturally look for patterns, similarities and make connections spontaneously. Kindergarten life was designed and created by me with these ideas in mind.  I love the daily energy and excitement that children bring each day.  This genuine interest and love for learning is what I enjoy the most.  Through a young child’s natural ability to seek out understanding I try to capture this idea to help promote the love of learning.

I use a variety of technologies that help to engage, enhance and inspire children to want to pursue their ideas.  I have found that once you are inspired to learn, you learn how to learn through your ideas about what you understand.  Blogging, wikis, voicethreads, podcasting, ePals and SKYPE are just a few of the technologies that I use to promote the love of learning in Kindergarten.

I value collaboration and innovation.  The world is changing so fast and the tools that are available to support, enhance and engage from a teaching view are endless.

 

As I am finishing up last minute things in my classroom today I was thinking about all the different ways my students have been mentors this past year with each other, helping model how to tweet and blog with other classrooms as well as sharing their expertise with adults.

Last spring a teacher approached me and wanted to observe how I use technology with my students and was also interested in how I use the SMARTboard as well. I asked one of my students to provide additional support and more 1:1 time after our meeting.  As I watched and listened to the conversation I was really impressed with not only how comfortable my student was with the SMART technology, but the problem solving that took place during this 1:1 support time with a teacher.  I loved seeing the teacher take notes as she asked questions about not only the operation of the board, but what happens when things go wrong and do not work.  Watching my student navigate through how to solve problems as they arise was really wonderful.

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I am not only proud of all my students, but this experience reminded me of the importance of  self direction, problem solving and critical thinking.  All of these ideas were happening at once and being facilitated by one of my kindergarten students.  As a teacher of young children I have a unique opportunity to model explicitly how synchronous and asynchronous tools can be integrated in a seamless way in regards to learning.  Once my students understood how this tool works, how we use it, then they are able to create and design their ideas as well and make contributions.  Through our contributions and being able to teach and share what we know with others we get inspired, experience positive self esteem and make connections.  This student was empowered because she was able to make a contribution, help another teacher and engage in conversations that challenged her thinking and helped her reflect on what she has learned.  For this amazing teacher, my friend, I think about what great professional development this was for her!

kk

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MOOCs and Online Instruction: Cartoons

Recently, I posted an update on MOOCs after three years in the hype cycle. Afterwards, I scoured the web for cartoons on MOOCs and its kissing cousin, online learning (aka elearning, distance education). Here are some that might make you smile, giggle, or even prompt a chuckle. If not, maybe you can point me to one that does get you to laugh. Until then, enjoy!

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Cartoons on Digital Natives and Immigrants

The interactions between technology-wise children and their parents or other adults is raw material for cartoonists. I am not sure whether “digital natives” is a category that I would use but it is popular. After the cartoons, take a look at the at the article from The Chronicle of Higher Education that strips away the notion of “digital natives.” Enjoy!

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Finally, an article about current college students, “Confronting the Myth of the ‘Digital Native,’ ” gets at the holes in the knowledge bank of older, supposedly more technologically sophisticated, students.

 

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Cursive Writing and Coding (Part 2)

Here is a recent “Letter to the Editor” in the New York Times.

In the 21st century, every student should learn to program, for three reasons. Computational thinking is an essential capability for just about everyone. Programming is an incredibly useful skill: fields from anthropology to zoology are becoming information fields, and those who can bend the power of the computer to their will have an advantage over those who can’t. Finally, the Bureau of Labor Statistics projects that 71 percent of all new jobs in STEM fields (science, technology, engineering and mathematics) during the next decade will be in computer science.

Computer science is the future. Is your child going to be ready for it?

Written by Ed Lazowska, a University of Washington professor holding the Bill and Melinda Gates Chair in Computer Science and Engineering, was responding to an article about teaching coding in schools. Clearly, a champion of coding, the writer typifies the unharnessed enthusiasm for teaching children to acquire computational thinking through programming. He is a “true believer.”

In Part 1, I pointed out the gradual disappearance of cursive writing from the elementary school curriculum as an instance of reformers abandoning a traditional subject because they see schools as engines of economic, societal, and political change in the nation. They do not see schools as “museums of virtue” where cursive writing would be taught to every second and third grader. Instead, these reformers advocate  that young children and youth be taught programming languages as tools for computational thinking, a 21st century skill is there ever was one. I used the example of Logo, an innovation introduced into schools in the early 1980s as an earlier instance of school reformers as “true believers” in teaching coding to children. They wanted to alter traditional teaching and learning. That innovation flashed across the sky like a shooting star and within a decade, had nearly vanished.

Now, the “true believers” are back. Even though the context and rationale for having K-12 students learn to program differs from then and now, the outcomes will be the same.

Contexts differ

Forty years ago, Seymour Papert and his MIT team wanted to restore progressive ways of teaching and learning so that students could construct their own meaning of ideas and their experiences. Learning to move “turtles” around on a screen was a way for students to think logically and computationally. These MIT scientists wanted to dismantle institutional barriers that schools had erected over time–the rules, traditions, and culture– because they retarded student learning. Logo, then, would be a vehicle for transforming teacher-centered schools into student-centered ones.

For Logo activists, however, their timing was bad. The idealistic and experimental years in public schools during the mid-1960s to early 1970s had ebbed just as  reformers began piloting programming in a few elementary schools. In just a few years, Logo became a boutique offering because a “back to basics” reform had seized civic and political leaders and the window for new ventures, anchored in the work of Jean Piaget and John Dewey, had closed. Traditional forms of schooling and teaching were back in vogue.

Shortly afterwards, the Nation at Risk report (1983) warned leaders that unless schools became more effective–the U.S. would languish economically and other nations would leapfrog over America to capture global markets.  By the late-1980s, states had raised their graduation standards, created more rigorous curriculum frameworks,. and began testing regimes. Not a welcoming climate for Logo-driven reformers like Papert and his colleagues.

Ever since Nation at Risk, reformers-0n-steroids have successfully pushed higher standards, testing, and accountability. Different reforms fitting that mold arrived in the federally-funded Race To The Top, state adopted Common Core Standards, and the spread of new technologies. Here is where coding as a way to equip young children and youth with the computational skills that will prepare them for the labor market in the 21st century is the reform du jour. Monied activists pushing the teaching of programming in elementary and secondary schools are the new “true believers,” ones who get snarky when past similar reforms like Logo get mentioned.

Coding as a Boutique Reform

“True believers” are seldom reflective so do not expect a glance backward at why Logo became virtually extinct failing to last beyond a few schools where  children continue to program using Logo-derived languages.  Why?

The reasons are instructive to current enthusiasts for coding:

1. While the overall national context clearly favors technological expertise, Big Data, and 21st century skills like programming, the history of Logo showed clearly, that schools as institutions have lot to say about how any reform is put into practice. Traditional schools adapt reforms to meet institutional needs.

2. Then and now, schools eager to teach coding, for the most part, catered to mostly white, middle- and upper-middle class students. They were (and are) boutique offerings.

3. Then and now, most teachers were uninvolved in teaching Logo and had little incentive or interest in doing so. Ditto for coding.

4. Then and now, Logo and coding depend upon the principle of transfer and the research supporting such confidence is lacking.

Surely, those interested in spreading programming in schools now–including “true believers”–should take a look at Logo and draw both inspiration and lessons from this earlier reform.

 

 

 

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