OLPC comes to North Carolina! Knight Foundation sponsors XOs for 3,200 students in Charlotte

The Knight Foundation yesterday announced it would join community leaders from Charlotte, North Carolina in contributing to Project L.I.F.T., a 5-year $55M+ project to improve education in West Charlotte schools.  (It began last January with a $40M round of fundraising; and this year raised another $15M.)

Knight’s contribution will fund a community engagement coordinator to keep parents and local communities in touch with the project as it develops, and for an OLPC program (including XOs and training) for all students and teachers in grades K-5 in the L.I.F.T. schools: roughly 3,200 in all.

This builds on our work together earlier this year, to develop a digital literacy program at Holmes Elementary School in Miami.  Our experience so far suggests that giving elementary students access to computers – and letting them take them home and use them with their families – helps promote better informed and engaged communities.

We are delighted to see this new project take off within the framework of the existing L.I.F.T project. And looking forward to working more closely with the Knight Foundation, whose input has already informed some of our practices. Their background is in community engagement rather than education, which complements the viewpoints of our other partners. And the added focus on community engagement is one of those necessary elements that can make all the difference in longevity and impact.


Children receiving XOs in Miami’s Holmes Elementary School

Christoph interviews OLPC Australia’s Rangan Srikhanta

Christoph Derndorfer recently interviewed Rangan Srikhanta, CEO of OLPC Australia, about their plans for the coming year. An excerpt:

You recently launched a new initiative called “One Education” and received $11.7 Million in government funding… Can you tell us more about these developments?

We pitched to the Australian government to kick-off a pilot for 50,000 XOs… a $20m project that would including funding from schools, corporations as well as from government. The program will also provide at least 15 hours of teacher professional development (via moodle) to over 2,500 teachers [to] kick-start a movement to make OLPC the program of choice for primary school children.

What are the biggest challenges that you need to address before you can turn OLPC Australia’s vision into a reality?

Scaling our operations to meet the demand (2 months ago we were a 2,500 XO an year organisation, now we are proposing to do 50,000 in one year) that will be coming through our very small offices in the next 12-18 months. In Australia there are high expectations for service delivery/support.

Read the whole interview.

OS 11.3.1 released for XO-1.75 and all other XO platforms

We are pleased to announce the release of OLPC OS 11.3.1 for XO-1, XO-1.5 and as a formal stable release for XO-1.75. Features, known issues, and installation details are covered in the release notes.

A heartfelt thanks to our many contributors, upstreams, testers, and other supporters. Comments and additional feedback are welcome on the devel mailing list; please download it and try it out.

If you have been following the release candidate process in the last few weeks: this is candidate build 885, released as final with no changes.

Thanks and enjoy!
The OLPC Development Team

XOrduino & XO Stick designs

via the ananialog

I banged out two open hardware designs this week, designed for use with the OLPC XO laptops.

The XOrduino is a stripped down low-cost Arduino-compatible board that plugs right into the XO’s USB ports. But wait, there’s more: it’s also compatible with the Scratch Sensor Board, so you can use this device to control Scratch (and Turtle Art?). It should be compatible with the Arduino IDE and all Arduino Leonardo-compatible shields.

There are only 20 components needed for basic Arduino functionality, costing $5 from digikey (in quantities of 100 or more). Local labor or even older kids could assemble this by hand.

The XO Stick is for when $5 per student is too much money.  Based on the AVR Stick and the ATtiny85 processor, it costs only $1/student. It’s not as user-friendly as the Arduino-compatible board, but can be used to teach simple lessons in embedded electronics.

Eagle design files on github:

I expect to have a small number of each board in a few weeks; let me know if you’d like one in exchange for help with hardware and software bring-up. Schematic and layout review would also be appreciated (I did the PCB routing late at night under time pressure leaning heavily on autoroute, it’s certainly not the prettiest). And feedback from Arduino and Arduino shield hackers would also be welcome.

For more details or to request boards, please see the original blog post, and Alessandro Paganelli’s review in Linux Support magazine.