OLPC Corner Summer Letter

It is hot season in Rwanda, and international schools are on summer holidays. Governmental schools will soon be on summer break as well.

Many parents are happy but also worried about what their kids will do at home all day. They do not want their children to forget what they have been learning during the school year.

The OLPC corner, located in the kid zone at the in Kigali Public Library, hosts children from 8:30 AM to 5:00 PM. Every child is welcome and it is free of charge.

Children have the opportunity to read, write stories, and play educational games, including typing Turtle, memorize, and maze. Children can also work with simple programming languages like scratch. All of those activities are available in XO Laptop.

Instead of staying at home alone, children can come to the Kigali Library to take advantage of the computer. Any kid is welcome to come.

Thanks to the guidance of Celestine NGARAMBE, OLPC facilitator, they learn, they create, they share, and they explore.

Kids are having fun through learning. We believe that holidays are not meant to be spent sleeping and watching movies; rather, holidays here mean to change the situation you’ve been living in to experience another opportunity.

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Why schools should provide one laptop per child

, Professor of Education and Informatics from the University of California, Irvine and ,  Assistant Professor from the Michigan State University, recently posted an article asking if there is a need to abandon attempts to integrate technology in schools due to a recent international study published by the Organization for Economic Cooperation and Development, which found no positive evidence of impact of educational technology on student performance.

According to the article, Professor Warschauer and Assistant Professor Zheng, have conducted their…

…own extensive observations. We conducted a synthesis of the results of 96 published global studies on these programs in K-12 schools during 2001-2015. Among them, 10 rigorously designed studies, mostly from the U.S., were included, to examine the relationship between these programs and academic achievement. We found significant benefits.We found students’ test scores in science, writing, math and English language arts improved significantly.

And the benefits were not limited to test scores.

To find out about their conclusions and read the full article, please click here.


Disclosure statement

Mark Warschauer has received funding for his research from the National Science Foundation, the Institute of Education Sciences, the Carnegie Corporation, the Smithsonian Center for Learning and Digital Access, the Spencer Foundation, the John Randolph Haynes and Dora Haynes Foundation, and Google Research.

Binbin Zheng does not work for, consult, own shares in or receive funding from any company or organization that would benefit from this article, and has disclosed no relevant affiliations beyond the academic appointment above

. @MoneyGramMe Foundation Reinvests in Innovative Educational Organizations in 2016

money-gramGrants of nearly $300,000 will support educational programs

Original post from  MoneyGram

DALLAS, June 14, 2016 /PRNewswire/ — MoneyGram (NASDAQ: MGI) today announced the MoneyGram Foundation will award seven grants across seven countries for the first grant cycle of 2016. The foundation will renew its support to innovative educational programs operating in India, Jamaica, Laos, Nicaragua, Pakistan and Vietnam, as well as in four cities in the United States.money-gram-5

“The MoneyGram Foundation is honored to continue to support programs around the world that are making a meaningful and measurable difference for children’s education in communities where our customers live and work,” said Pamela H. Patsley, MoneyGram’s  executive chairman. “MoneyGram is proud to expand our foundation’s work to Laos and Nicaragua through these established programs.”money-gram-4

The recipients in the foundation’s first grant round of 2016 include:

  • Agastya International Foundation, to continue funding three mobile science labs traveling to Darbhanga, Mumbai, and Aligarh with the mission of providing an experiential, hands-on science education program to thousands of economically disadvantaged children.
  • Children of Vietnam, to fund the construction of a 25 x 30 foot weather-resistant school building in A Pat village in Tay Giang District, Quang Nam Province, complete with ceiling fan, lighting, electrical system, water system, indoor plumbing and awning for shade. When complete, it will be the sole school building for the community.
  • Developments in Literacy, to fully fund the operational and administrative costs of the Nai Abadi school located in Rawalpindi, Pakistan.
  • First Book, to fund a book donation through the Día de Los Libros initiative in the United States (Dallas, Los Angeles, New York and Miami) and Jamaica.
  • Grants for Innovative Teaching (GFIT), a Signature Project of the Junior League of Dallas that encourages and supports excellence in teaching by awarding grants up to $2,000 to Dallas ISD teachers for innovative projects that otherwise would not be provided for in schools budgets.
  • One Laptop Per Child (OLPC), to fully fund the implementation of the “MathemaTIC” educational program in two schools in Chinandega, Nicaragua. The schools will receive 300 laptops to complete the program.
  • Pencils of Promise (PoP), to fund one of 14 schools Pencils of Promise will build in the Luang Prabang Region of Laos this year. A typical PoP school has 4 classrooms and a minimum lifespan of 20 years.money-gram-3

The MoneyGram Foundation plans to distribute two more rounds of grants in 2016. To learn more about the MoneyGram Foundation and the projects it supports, please visit moneygramfoundation.org.



Switched-on youth – CASE STUDY: @OLPC

Technology plays a momentous role in shaping the future of our societies and ensuring that the next generation is prepared to cope with the burdens – and embrace the opportunities – to come. So, how exactly are we enabling our youth to contribute in this digital era?

Read this article by Stephanie Spurr posted at International Innovation where

Mariana Ludmila Cortés, VP of Business Development at OLPC, explains how the non-profit organisation is enabling children in developing countries to access educational devices for self-empowered learning.

You can read the article here and/or download the PDF here.


3 Becas 75% para maestría en Innovación Educativa – Universidad ORT


La Universidad ORT México es una institución de educación superior dedicada a impulsar y fortalecer al sector social a través de la formación de profesionales comprometidos y competentes en áreas de Responsabilidad, Emprendimiento y Liderazgo Social.

Derivado del Convenio OLPC – ORT, ofrecemos 3 becas del 75% para la Maestría en Innovación Educativa, para las primeras tres personas que concluyan el proceso de admisión.
Licenciatura en Administración y Responsabilidad Social* (EN LÍNEA)
Especialidad en Ética y Sociedad RVOE SEP 20150321
Maestría en Administración y Emprendimiento Social RVOE SEP 20150324
Maestría en Innovación Educativa RVOE SEP 20150323
Maestría en Educación Ambiental RVOE SEP 20150322
Maestría en Orientación Educativa para la Prevención de Adicciones*



*La Licenciatura en Administración y Responsabilidad Social y la Maestría en Orientación Educativa para la Prevención de Adicciones, se encuentran en trámite para obtener el Reconocimiento de Validez Oficial ante la SEP.

What to pay attention to when teaching

A Drop in Performance Can be a Sign of More Advanced Thinking

Sidney Strauss
School of Psychology
Center for Academic Studies
Or Yehuda

Branco Weiss Professor of Research in Child Development and Education (Emeritus)

School of Education
Tel Aviv University

We all know that children get better at solving problems as they get older. Learning is always upwards and onwards. Children get better in their understanding over time. For example, children age 6 can solve all the problems they were able to solve at age four, and then some. This commonplace understanding of learning on the part of educators, parents, etc. is confirmed in our everyday observations.

But there is a surprise here. A line of research I began in the 1980’s, and which continues to this very day, shows that what we take for granted is not always the case. Studies of cognitive development indicate that, for some tasks, children have what is called U-shaped behavioral growth. What this means is that younger children solve a task correctly, older children solve the same task incorrectly and still older children solve it correctly.

Here’s an example. Let’s say we have three cups, two of which have the same amount of water at the same temperature and one of which is empty. We tell the children that the water in the two cups is cold and that they are equally cold. We then pour the water from those two cups into the third, empty cup and proceed to ask the children what the temperature in now. Children age around 4 say, correctly, that it’s the same temperature because all we did was mix same temperature water. Older children around age 6, say that the mixed water is twice as cold as the original water because there is now twice the amount of water. And children around age 8 return to the correct answer that it is the same temperature as the original water because even though there is the more water, that doesn’t mean the water is colder. It’s just more cold water at the same temperature.

Lest the reader think this is an isolated phenomenon that is found only for temperature this surprising finding has been found for tasks that tap children’s understandings of other physics concepts, such as viscosity, sweetness of water, density and pressure. And U-shaped behavioral growth has been found in other domains, as well, such as language learning, the use of metaphors and more.

So how does this happen? How is it that our commonplace understanding of always getting better has sometimes been shown not to be the case? How is it that children are getting worse in problem solving over time?

One answer to these questions is that children actually do improve their underlying thinking over time, but sometimes an advance in what gives rise to answers leads to a drop in their performance in problem-solving. For example, to return to our case of temperature, the youngest children do not pay attention to the amount of water; the older children do pay attention to the amount of water but erroneously think that more of one thing (amount of water) increases another thing (temperature); and the oldest children also pay attention to the amount of water but they don’t think that it affects the temperature.

Notice that not paying attention to the amount of water (that leads to a correct answer) is less advanced than attending to the amount of water (that leads to an incorrect answer). What that means is that in tasks such as this, as our thinking advances, there is a drop in performance.

Normally, were we to see a child solving a task correctly and then after a while she solves it incorrectly, we might get worried. But the way I showed how this drop works, we would understand that that drop in performance is a sign of cognitive advance.

What this implies is that, when teaching, we should pay attention to children’s reasoning about a problem more than if their answer to that problem is correct or not.


Strauss, S. (with R. Stavy). (Eds.). (1982). U-shaped behavioral growth. New York: Academic Press.

Sydney Straus is a member of the OLPC Learning Board.