Engineers Without Borders Presents:

One Laptop Per Child: Appropriate Technology?

What is One Laptop Per Child? "Our goal: To provide children around the world

with new opportunities to explore, experiment and express themselves." — Nicholas Negroponte, OLPC Chairman

Produce 1 billion(!) laptops for children in developing countries

Laptop will support learning by experience Price goal: $100 per unit Governments will purchase and give one laptop

to each child

OLPC Milestones

Kofi Annan and the UNDP support the project Major laptop manufacturer Quanta is producing

the laptops Peru and Uruguay have purchased laptops Mexico, Haiti, Rwanda, Afghanistan, Cambodia

and Mongolia will test donated laptops

What Are The Stakes?

Largest technology development project ever Intent to significantly change education systems $100 billion dollars in direct costs alone More expensive than the entire education

budget in many countries

This had better work...

The Smitcher

The Smitcher is a new technology developed in California that prevents pothole formation, when used on car wheels before each trip.

The Region of Waterloo is considering purchasing a Smitcher to install on each vehicle in the Region this year.

What do you want to know about Smitchers?

What we want to know about Smitchers

What we want to know about Smitchers

What we want to know about Smitchers

Engineering Considerations

Do Smitchers really prevent potholes?

Are Smitchers safe?

Do Smitchers work in the winter?

Are Smitchers bad for the environment?

Logistical Considerations

How much will this cost?

Can we get enough Smitchers?

Are people going to know how to use their Smitchers?

Can Smitchers be repaired if they break?

What we want to know about Smitchers

Cultural, Social and Economic Considerations

Will people actually use their Smitchers?

Will Smitchers disrupt the way we currently do things?

Is the pothole problem the real problem or just a manifestation of it?

Predetermination

The Nortel Problem: Past trends may not predict future behaviour

The Ford Problem: Scale causes problems

The Hammer Problem:One size doesn't fit all

The Titanic Problem: Pride can make us overconfident

OLPC: Engineering Considerations

Does the OLPC provide a laptop that children in developing countries can use for education? Test runs show increased engagement and problem

solving Uncertain whether intended skill and knowledge

outcomes are attained. Curriculum materials in local languages are not yet

available

OLPC: Engineering Considerations

Does the OLPC work within the infrastructure available? Low power consumption, various charging methods

Is power consumption low enough for local sources? What will it cost?

Internet connectivity via mesh Geographic barriers, weather barriers Is an internet connection available at all?

OLPC: Engineering Considerations

Does the OLPC survive the environment in which it serves? Design decisions help deal with dust, heat and cold. More difficult: Rain, physical impact

OLPC: Logistical Considerations

How much will it cost? Current price $208 per unit Should drop with economies of scale “Given the resources that developing countries can

reasonably allocate to education—sometimes less than $20 per year per pupil...” — Nicholas Negroponte

Cost does not include electricity, repair, support, internet connectivity, distribution, etc.

OLPC: Logistical Considerations

Can the laptops be distributed to the students? OLPC just does one delivery, to the central

government UNDP and governments are most able means of

distribution, but still unreliable Many schools have incorrect attendance lists

OLPC: Logistical Considerations

Will people know how to use it? Reports are that the interface is intuitive for children Teachers are not trained in the use of the laptops in

education “Each [laptop] is assigned a "lease,"... The laptop

connects to the internet... and checks... to see if it's been reported stolen. If not, the lease is extended another few weeks.If the lease expires, the XO's internet connectivity is turned off, and shortly thereafter the whole computer becomes a brick.”

OLPC: Logistical Considerations

Are the laptops maintainable locally? "The kids really can do the maintenance" — Nicholas

Negroponte Spare parts are not available Trained repairers are not available Disassembly is easy, but reports suggest that

reassembly is harder

OLPC: Cultural, Social and Economic Considerations

Will people want to use the OLPC? Why should kids use the laptop? Value? Fun? Who will be the champions? Teachers are explicitly

outside of the OLPC learning model.

OLPC: Cultural, Social and Economic Considerations

Will the OLPC disrupt existing structures in a negative way? Who owns the laptops? Children are not legitimate

owners in many developing world cultures. How much value do the laptops have? Is theft and a

grey market likely?

OLPC: Cultural, Social and Economic Considerations

Is the specific problem that the OLPC seeks to solve really the right problem? Is it lack of laptops that is the biggest barrier to an

educated population in the developing world? Availability of teachers, schools fees and other barriers

are major problems

OLPC: Predetermination

Determining methods early in a project leads to several problems:The Nortel Problem: Past performance ≠ future results

The Ford Problem: Scale causes problems

The Hammer Problem: One size doesn't always fit all

Libya's population is 86.9% urban, Nigeria's is 51.7% ruralThe Titanic Problem: Pride can make us overconfident

"...[OLPC] is a non-profit effort, and to criticise it is a little bit stupid actually." -- Nicholas Negroponte

Conclusion

Lots of work and major changes to the plan will be required for the OLPC to be successful.