Revisiting the One Laptop Per Child Movement

students using
XOs being used at a primary school in Kigali, Rwanda using the Scratch programming language (Photo: Wikimedia)

One Laptop per Child (OLPC) is a non-profit initiative established in 2005 with the goal of transforming education for children around the world. The plan was to achieve this goal by creating and distributing educational devices for the developing world, and by creating software and content for those devices.

In 2005, the typical retail price for a laptop was considerably in excess of $1,000 (US). Prices have actually decreased since then and laptops have become far more powerful, but the OPLC objective to create a $100 laptop is still an ambitious one.

The OLPC project was started by Nicholas Negroponte at the Massachusetts Institute of Technology (MIT) with a core of MIT Media Lab personnel. The organization has grown to include passionate people creating software and hardware and sustainable community involvement to fulfill the educational mission of OLPC. 

What they created was the OLPC XO Laptop, a low-cost and low-power laptop computer. The project was originally funded by member organizations such as AMD, eBay, Google, Marvell Technology Group, News Corporation, Nortel. Chi Mei Corporation, Red Hat, and Quanta provided in-kind support.

The OLPC project has been the subject of extensive praise and criticism. It was praised for pioneering low-cost, low-power laptops.

It can be given some credit for inspiring later variants such as Eee PCs and Chromebooks.

It certainly generated interest at high levels of government and educational leadership in computer literacy as a mainstream part of education in many poorer countries.

The OLPC group and others have created interfaces that work without literacy in any language, and particularly without literacy in English. And it has increased the attention and production of free and open source software.  

My partner on Serendipity35, Tim Kellers, bought an XO laptop. At the time, your purchase funded a second XO going out free into the world. When Tim left NJIT where we had both worked, he passed the XO on to me. I can't say that I find the device to be much more than a museum piece for my purposes. Then again, it was not designed for me or my purposes or my situation.

laptops
                       via Twitter 

I was reminded of the OLPC movement by a post by Allie Cooper on the topic. She wrote:

According to One Laptop Per Child’s Chief Financial Officer Robert Hacker, the most important thing about having these laptops is the capability to access the Internet. “When we think about the causes of poverty, access to information is essential,” said Hacker. “That opens up a huge resource for learning.”

The laptops being given to students are uniformly designed all over the world. The signature mint green color is used by almost two and a half million impoverished children spanning over 40 countries. Called XO Laptops or the Children’s Machine, these low-cost devices function both as traditional notepads or tablets. It has an open-source operating system which is compatible with a plethora of educational apps included in the Sugar software suite. Sugar is designed to be a tool to help students even without the aid of a teacher.

 

By 2015, OLPC reported that more than 3 million laptops had been shipped. That is a success, but the project also met with criticism. My initial criticism of the laptop was that it was not intuitive to use, and the organization has been criticized for its lack of troubleshooting support. 

Back in 2005 OLPC received concerns about the environmental and health impacts of the hazardous materials found in most computers. OLPC said that it aimed to use as many environmentally friendly materials as it could. The laptop and all OLPC-supplied accessories would be compliant with the EU's Restriction of Hazardous Substances Directive (RoHS). The unit would also far less power than the typical consumer netbooks available. The XO-1 is the first laptop to have been awarded an EPEAT Gold level rating

Over 2 million children and teachers in 42 countries are learning with XO laptops today.

You can learn more about OLPC at:
laptop.org
wiki.laptop.org/go/The_OLPC_Wiki

 

The 5 Minute University

How long have teachers been hearing about the shortening attention spans of students? I'm sure teachers in the 1950s were hearing about that in relation to increased TV viewing. The rise of cable TV and then video recording took that up a few notches. And then came the Internet. And now it is smartphones.  All of out attention spans have shortened as the option of things to engage with have increased.

When I first starting designing and teaching online courses around 2000, recorded lectures (mostly on VHS tapes) were the standard 90-minute lecture in length. Some were less than that, but we started hearing that research showed they should be less than 20 minutes and even better at under 10 minutes. That did not go over well with most faculty i worked with on instructional design.

While I was not surprised to read about the idea of the 5 Minute University (5MU) project, I am sure that many faculty in higher ed would still scoff at it. This project is aimed the other way - at the instructors. 

It is instructor professional development and intended as an approach for K-12 through higher education. Faculty are as pressed for time as their students and keeping up with the literature or attending an hour or a day at faculty development workshops isn't always practical.

Do they have 5 minutes?

It is compared to movie trailers, giving you enough details to know what the basic premise is but hopefully leaving you wanting more information.

For this project, faculty co-investigators developed 5MU videos about topics related to teaching, learning, and general faculty life. Each presents one topic with a general overview, enough information to get started, and a handout to continue individual development. 

This project started as a collaboration between the schools or colleges of pharmacy, health sciences, and medicine at the University of North Carolina at Chapel Hill, Northeastern University, the University of Arkansas Medical System, Palm Beach Atlantic University and Pacific University. Their initial target audience was pharmacy and health profession educators, but it would work as well for any field.

Actually, there is no reason why the concept could not also be used in producing 5-minute videos for students as a way to introduce topics. perhaps in an online course, they could introduce the chapter or topic for the week.

This also reminds me of the print introductions offered by EDUCAUSE as "7 Things You Should Know About" which are quick reads on emerging technologies and practices that include potential implications and opportuntities in education.

Here is what one of the 5MU videos looks like.

Here is a page with additional videos and content.

 

Your Personal Learning Network, Environment and Operating System

networkI didn't get to attend a workshop on personal learning networks (PLNs) led by Helen Blunden in Ghent, Belgium at Learning Tech Day. I would have loved to travel to Belgium, but thankfully, someone who did attend posted about it. (I keep reading that blogging is dead. I disagree. And the post I found and I am passing along is some evidence of blog usefulness.)

When I first heard about a Personal Learning Network, I thought "Well, most of us already have a PLN." What I was thinking of was the informal network of people and sites that we use to do our work. Keyword: informal. 

I discovered that PLNs were more formalized. The authors define a PLN as "a trusted network of current and former colleagues or other people that are valuable to you as a professional or in other areas of your life," and Rajagopal, Verjans, and Sloep (2012) refer to it as “the network of people a self-directed learner connects with for the specific purpose of supporting their learning”

I'm editing a dissertation about "Knowledge Broker Teachers" (KBTs). They are those teachers that other teachers go to for help because of their extensive knowledge. The subjects in the dissertation are technology KBTs, but in any type of knowledge work this tends to be more cross-disciplinary. A network that involves people with different skills working together is a good way to add novelty to problem solving.

Not all PLNs are professional. People naturally create them around common interests or practices, to exchange ideas, and give or receive support to others. Blunden is interested in the professional variety. 

PLN plan

Her workshop explored "elements of your personal profile; build trust online; building reputation and credibility; curating learning and experiences; reflecting and sharing your work and projects; working out loud, and then also learning how to use social tools and media for the purposes of building trust, sharing your expertise and building a personal learning community."

Back in 2007, I was noticing that people were talking about Facebook as a PLE (Personal Learning Environment) which was another term that emerged for me about the same time as PLN. Facebook did not become a true Personal Learning Environment though people seemed to think that after MySpace it might be such a thing. 

I was reading in the "Jargon Watch" section of Wired magazine and came across the term "Social Operating System" (SOS) which they defined as "a social network site like Facebook or MySpace that seamlessly integrates activities, including entertainment and shopping, to become a platform for online living."

You can put the PLE and the PLN (and the SOS) under the heading Personalized Learning

In 2013, I was changing jobs and started get more serious about trying to build a more formal network and wrote about creating your own PLN. I did that, but within a larger professional organization. Now, that PLN has formally disbanded because the larger organization decided to no longer support it after a reorganization.

I still maintain many of the personal connections I made in that PLN, but it is again informal. How has the network changed for me? It is weaker. We meet - online and in person - a lot less than we used to connect. Formal is better.

You Don't Need a College Degree: New Edition

graduateThe argument that a college degree is or isn't the path to a job surfaces regularly. Many studies show that having a degree ultimately leads to greater earnings in a lifetime, and colleges love to see that research out there. But in the past few decades, you find more stories in the news about people succeeding in the workplace without degrees.

This year, I am seeing two trends: more vocational training in high schools, and companies not requiring degrees for some jobs that once did require a degree.

An article on wsj.com discusses the direct ties between some big companies and local high schools to prepare students for jobs. Volkswagen is working with schools in Tennessee to modernize their engineering programs. Tesla is partnering with Nevada schools on an advanced manufacturing curriculum. Fisheries in Louisiana have created courses for students to train for jobs in “sustainability.”

There have long been high school career education programs, and the U.S.. has had specialized vocational schools for a century, but this is a shift. The idea that not all students need a degree (and especially not a liberal-arts degree) in order to get a good job is gaining strength through relationships and changes with employers.

The outlier examples of the billionaires like Bill Gates and Mark Zuckerberg who never finished college are anomalies. Students - and parents - were not convinced that skipping college was the right path. When I was an undergrad back in the 1970s, we all knew that with good grades from a decent college in almost anything you could get some kind of job. I had art history friends who ended up in banking, education majors who went into publishing etc. It was an early enough time in computers that you could get in on the ground floor of that area without a degree. I knew people who got training in network administration at post-secondary vocational schools and did very well.

But there was also a time a bit later when if you wanted a job at Google you had better have a degree, and really a doctorate from Stanford. That is less true today.

The job-search site Glassdoor compiledlist of 15 top employers that have said they no longer require applicants to have a college degree that includes companies like Google, Apple and IBM. 

These companies are not saying they don't want any college graduates and this doesn't apply to all their positions, but it does apply to many more than before. Passing on college degree requirements for some positions is probably a reaction in part to the tight labor market and mounting concerns surrounding student debt.

For example, Apple is considering and hiring people without degrees for positions such as Genius (in their stores), Design Verification Engineer, Engineering Project Manager, iPhone Buyer, Apple Technical Specialist, AppleCare at Home Team Manager, Apple TV Product Design Internship, Business Traveler Specialist, and Part Time Reseller Specialist.

Google lists these positions as open to non-graduates: Product Manager, Recruiter, Software Engineer, Product Marketing Manager, Research Scientist, Mechanical Engineer, Developer Relations Intern, UX Engineer, SAP Cloud Consultant, Administrative Business Partner.

Do these companies penalize someone with a computer science or marketing degree who applies? That would be foolish. But they do seriously consider people without degrees who would not have made the first round of interviews ten years ago.

Threats to the college degree in the past 30 years have been many: tuition costs, online learning, MOOCs, and OER have all been viewed as things that would take down the traditional degree and perhaps the traditional college itself. We would have Education 2.0 as we had Web 2.0. Still, students still apply, take courses, study, party, attend sporting events and graduate. But do they get jobs in their field of study? Sometimes. Do they discover when they get a job that much of those 120 credits seem to play no constructive role in their work? Sometimes.

Digital Humanities and Open Pedagogy

human network

I see that the Google Science Fair is back and, though many K-12 teachers are at the end of their academic year, this summer is the time to plan for what students could do in the fall. This seems like a "science" activity, but this is where the phrase "digital humanities" should be.

Looking at the the website googlesciencefair.com, you find projects that take the science well beyond the science classroom. Closely related are the activities in Google's Applied Digital Skills curriculum. Here you can find some well-constructed lessons that can be done in as little as an hour and ones that could stretch across a week or unit.

For example, one suitable for middle and high school students is on creating a resume. It's something I did with students decades ago in a non-digital way. The skills involved here are many. Obviously, there is the writing, some research and some analysis of your own skills and ambitions. There are also the more digital forms of collaboration, document formatting and submission. I did this with undergrads a few years ago and required each of them to research and submit their resume to an internship opportunity. 

A longer activity that fits in so well with topics currently at the top of the news is about Technology, Ethics, and Security. Students research technology risks and dangers, explore solutions, and create a report to communicate their findings.

I would also note that the digital humanities must include what humanities teachers do in their work. 

Quizzes in Google Forms have been around for a few years and educators have used them for class assessments and in unintended ways as a tool. New features were recently added based on feedback from teachers' creative uses of the Quizzes. 

One example is that now, using Google’s machine learning, Forms can now predict the correct answer as a teacher types the question. It can also provide options for wrong answers. A simple example is a quiz on U.S. capitals would use this feature to "predict" the correct capitals for every state.

That doesn't mean that Google doesn't have a special interest in the computer science side of eduction. They offer special resources in those areas and professional development grants for CS educators to support those in Europe, the Middle East and Africa.

I don't want to sound like an advertisement for Google - though advertising free and open resources isn't like selling something. Much of what the digital humanities can do moves teachers into an "open pedagogy." It changes the way we teach. 

This is more important than just finding resources.

David Wiley has written
"Hundreds of thousands of words have been written about open educational resources, but precious little has been written about how OER – or openness more generally – changes the practice of education. Substituting OER for expensive commercial resources definitely save money and increase access to core instructional materials. Increasing access to core instructional materials will necessarily make significant improvements in learning outcomes for students who otherwise wouldn’t have had access to the materials (e.g., couldn’t afford to purchase their textbooks). If the percentage of those students in a given population is large enough, their improvement in learning may even be detectable when comparing learning in the population before OER adoption with learning in the population after OER adoption. Saving significant amounts of money and doing no harm to learning outcomes (or even slightly improving learning outcomes) is clearly a win. However, there are much bigger victories to be won with openness."

Too much emphasis when talking about OER is on free textbooks and cost savings and not enough on the many other resources available that allow educators to customize their curriculum and even allow for individual differences. The longtime practice of curriculum designed around a commercial textbook needs to end. 

I have written here about what I called Open Everything. What I am calling now Open Pedagogy would be under that umbrella term. Others have called this pedagogy Open Educational Practices (OEP). In either case, it is the use of Open Educational Resources for teaching and learning in order to innovate the learning process.  In this, I include the open sharing of not only the resources, but also of the teaching practices.

Currently, I would say the level of openness we see is low. Others have defined the levels as: Low - teachers believe they know what learners have to learn. A focus on knowledge transfer. Medium - Predetermined Objectives (closed environment) but, using open pedagogical models and encourage dialogue and Problem-based learning. And the goal is for the highest level when Learning Objectives and pathways are highly governed by the learners.