Agua
para todos - Peru
Chlorination in Honduras
Educational Toys for Eradication of Child Labor in
Brazil
Health Awareness
Pakistan Business Plan Competition
Parabolic Power
S-Aerate
Second Prospects
Sistema de Alerta Temprana (SAT) team
Speakeasy
StudyWithMe
Test Water Cheap
WearAnEye
Wheelchair Hub
Young Activist's Multimedia Toolkit
Agua para todos - Peru
In Peru the
level of contamination found in the drinking water of multiple communities
is extremely severe, far exceeding those seen in most developing
countries. Drinking from irrigation canals and surface water sources
that are essentially sewage water, contributes to 1 in 25 children
dying before they reach the age of 5. Our solution is to provide
a cheap, sustainable solution to this problem by the introduction,
development and investigation into household filtration systems.
A slow sand filter, of our own design will be compared to a ceramic
candle filter design, a presently available commercial biological
filter and a filter using a combination of both sand and ceramic
candles. Both the extremity of the contamination and the fact that
a variation of filters will be tested sets this apart from past
projects where only a single design of filter was studied in a region.
Tests will concentrate on turbidity and microbial removal and the
effects of variation of these filters with adjustments in a number
of features. Technical and sociological studies will be conducted
to analyze the impact and acceptance of those filtration systems
already implemented in the area. Additionally, roots within organizations
and communities will be formed and strengthened. These roots will
enable further work to be completed that will build upon the results
of this project.
aguaperu@mit.edu
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Chlorination in Honduras
In Bonito Oriental,
Honduras, 26 communities (50.000 inhabitants) are currently receiving
contaminated drinking water. Calcium Hypochlorite treatment systems
were implemented after Hurricane Mitch (1998), however none of these
have proved effective. The objective of this project is to ensure
safe drinking water to these communities, using a design that is
of low cost, low maintenance and made of readily available materials.
An important
aspect of the current system's inefficiency is the fact that the
chlorine addition to the water is not sensitive to changing inflow
rates. Thus, at high flow rates the water will not be mixed with
sufficient chlorine. We designed a solution based on an additional
pipe branched off of the main inflow pipe. Water flowing through
this tube will run through a contracted section lowering the pressure
at that point. The flow of the concentrated chlorine will then increase
with increase in the water flow. This provides a system that produces
a constant chlorine dosage without any moving parts or increased
maintenance.
Careful consideration
needs to be paid to the human aspect of the project. Therefore,
a handbook will be written in order to provide detailed descriptions
on how the system should be run. While our group is focusing on
one village, 25 other communities in the area are experiencing the
same problem. Through the use of the handbook these communities
could use our solution, too.
Our team works
in collaboration with a local NGO and with Centro Técnico
San Alonso Rodríguez, a strong community leader.
dtm_water@mit.edu
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Educational Toys for
Eradication of Child Labor in Brazil
Brazil's program
for eradication of child labor (PETI) pays a small monetary stipend
to thousands of low-income families so that they can afford to send
their children to school instead of putting them to work. These
children are required by the program to go to PETI centers after
school. Unfortunately, none of these centers have the resources
required to create and sustain activities that are appropriate for
the growth and development of children. Although the centers have
ample space for activities and are staffed with teachers to lead
activities, the serious lack of resources prevents the teachers
from implementing consistent, stimulating activities. Stakeholders
of the PETI project have recently voiced interest in the development
of an educational clubhouse for children. We hope to realize their
needs, as well as ensure the stability of PETI, by designing a geodesic
dome and playground out of recycled materials that have nominal
costs and encourage children to build, design, and be creative.
We will first construct a handbook for small-scale clubhouse models
which we will distribute to the PETI centers. We hope that this
will facilitate creative expression among the children from which
they may construct a life-size model to build in their community.
By giving children the tools to create, we hope to provide them
with opportunities to develop problem solving skills that may help
them in their daily activities and in future job opportunities they
choose to pursue.
dtm04-toys@media.mit.edu
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Health Awareness
Perhaps the
most amazing and difficult growth spurt happens during our teenage
years. Issues of identity, emotional needs, acceptance by peers,
and the body and sexual changes all contribute to the turbulence,
filled with questions and experimentation. This self-exploration
is an integral part of growing up, with a little bit of help. There
is a need amongst youth in Japan for a forum where this experience
can be shared, resources can be obtained or referred, in a youth-accessible,
non-judgmental, multi-voiced manner. This project asks to fund the
beta- and business model development and testing to expand the website
qqsite.org: content and structural transition into an interactive
phase. The site aims to equip youth to make important choices to
take the best possible care of ones self, on their own will
and time. The website is a space where one can be anonymous, free
from physical appearances and expectations from the immediate environment.
Here, more than one voice or social group can be represented.
The innovation lies in taking the voice of the youth to build the
contents and the direction of the site (emergence), and taking a
stance of harm reduction rather than the typical hierarchical advice
dispensing seen on Japanese websites. We will also take advantage
of the widespread use of cell phones by teens to access the web.
The team plans to work with schools and youth at events with youth
from Japan to obtain feedback on the pilot website.
ideas-team@mit.edu
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Pakistan Business Plan
Competition
Our team is
presenting a new idea to be implemented in Pakistan to boost its
local economies and help reduce the rampant poverty by effective
promotion of employment possibilities through entrepreneurship,
primarily in technological ventures. This proposal concisely presents
the necessary thought process and planning to launch the competition,
while the attached document Proposed Structural Components
of Business Plan Competition provides the details of our idea.
Although the
proposed annual entrepreneurship competition will accept all sorts
of business plans including service industries, the focus will be
placed at promoting technology innovation in Pakistan that would
support community building and business training among college and
university students that would define the future progress in Pakistan.
Eligible proposals to our yearly business plan will incorporate
the fulfillment of community needs through analysis, design, and
implementation of their proposed project. Not only will innovative
technologies and entrepreneurship be promoted that would create
economic opportunities, but our project will also create a sense
of community and achievement among students to encourage them.
pakistanbpc@mit.edu
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Parabolic
Power
The Parabolic
Power Project aims to create a modular core unit that concentrates
the sun's energy using a reflective parabolic trough and an absorber
to store and transfer heat to an application appropriate to rural
Lesotho; such as cooking, electricity generation, running a pump
or refrigeration. The innovation of this project lies in the modularity
of the parabolic concentration unit, its robust and simple construction
using locally available materials, and its efficacy as a multi-purpose
energy source for off grid applications. This project can be accomplished
using materials available in southern Africa and fabrication techniques
currently employed at the Bethel Business and Community Development
Center (BBCDC) in rural Lesotho. BBCDC has already successfully
designed and deployed a parabolic trough unit for cooking loaves
of bread, but the current model suffers from flaws in the optics,
efficiency losses and is difficult to construct and transport. Our
design simplifies the construction, improves the optics and maximizes
the thermal efficiency of the parabolic trough in addition to making
it modular to increase functionality. The enhanced parabolic power
unit will aid BBCDC both in its mission as a leader in education
for sustainable development and as a manufacturer and distributor
of renewable energy applications. After transfer and demonstration
of the design, BBCDC can implement this technology at the grassroots
level through existing market mechanisms, alleviating the widespread
dependence on expensive diesel, Liquid Natural Gas or Photovoltaic
panels for remote power applications.
parabola@mit.edu
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S-Aerate
Use Aerators,
Save Water
Water scarcity
is one of the significant problems faced by developing countries
today. India is a country with relatively low renewable water resources
per capita; hence it is vital to conserve. In order to address this
problem, we would like to better utilize the existing water supply.
One method of doing this is by reducing the amount of water wastage.
We aim to achieve
this objective by implementing the use of aerators in the southern
city of Bangalore. Aerators are small mechanical devices fitted
to the mouth of a tap. These devices infuse air into the water jet
out of the tap, thus giving the same amount of force using a lower
quantity of water. Most of the taps used in Bangalore today do not
have an aerator installed. We propose to introduce the use of aerators
with a two-fold approach installation and information. Firstly,
we will install small, low-priced aerators in public washrooms and
dhobi ghats2 all over the city. Secondly, we will inform the majority
of households and business establishments of the benefits
both economic and environmental through an information campaign
in collaboration with the BWSSB (Bangalore Water Supply and Sewerage
Board3).
In India, priority
for water distribution is given to cities. If the water consumption
in cities is reduced the excess water would be deviated to rural
areas. Hence, we have chosen Bangalore, one of the metropolitan
cities.
s-aerate@mit.edu
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Second Prospects
MISSION
To design an original link between the US and Argentina that facilitates
exchange of a good in a second hand market and assess its environmental,
social, and economic impacts to examine the feasibility of designing
sustainable second hand markets and to ultimately develop broad
sustainability measures.
GOALS
1. Develop Case Study:
-Identify specific regions, markets, economic factors, and products
where a link may apply between the US and Argentina, utilizing knowledge
from below.
- Develop existing and new partnerships with organizations relevant
to region and market.
-Assess impact of market linkage between US and Argentina and implement
trial with regional partners to examine feasibility of sustainable
link.
2. Increase
Understanding:
-Conduct a systems analysis of the export of second-hand goods to
Argentina. This will enhance the understanding of complex inter-relationships,
un-intended consequences, and the nature of benefits.
-Design a framework that will enable understanding of the economic,
environmental, social effects of trade for various goods and regions.
This knowledge-base could be used to establish criteria for the
sustainable trade of used goods.
ksteel@mit.edu
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Sistema
de Alerta Temprana (SAT) team
Hurricanes and
flooding in the Rio Aguan Basin in Honduras have claimed the lives
of thousands of local inhabitants. Government-sponsored
volunteer-operated and radio-based early warning systems (EWS) already
in place have proven to be insufficient in the region of large basins
to
ensure efficient evacuations in the case of emergencies. In partnership
with the local NGO Centro Tecnico San Alonso Rodriguez we seek to
implement a supplementary automated early warning system that will
provide 24-hour monitoring of the current river and weather conditions
in the Rio Aguan Basin, and will automatically issue an emergency
alert when one is warranted. Our system will consist of water flow
meters that will wirelessly transmit data to a central information
system. If flooding is imminent, the system will issue an emergency
alert that will signal the at-risk communities to evacuate. This
system will help prevent future loss of life due to natural disasters
in the Rio Aguan Basin area, and if effective could serve as an
early warning system model for other areas to adopt.
dtm-sat@mit.edu
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Speakeasy
Speakeasy is
a community-based telephone service that allows immigrants to establish
conference calls with social service agencies and volunteer "guides"
knowledgeable community members who perform language translation
and provide referrals to social services and neighborhood businesses.
Speakeasy differs
from other telephone translation services by drawing on language
expertise within the community of need. Unlike bilingual operators
employed by city agencies, Speakeasy guides are members of the communities
they serve, and are intimately familiar with the challenges immigrants
face. Guides' services are not limited to one or several agencies;
instead, they can assist with any type of telephone call, and can
also act as "virtual translators" for face to face interactions.
Speakeasy provides
a means of civic engagement without the time and space constraints
constraining traditional volunteerism. Guides register their mobile
and hard-line phone numbers and schedules with Speakeasy and receive
calls at the time and place of their choosing. This design allows
guides to maintain community ties while simultaneously fulfilling
work, family, and other responsibilities.
Powered by open
source software and outdated hardware, speakeasy provides
a low-cost, community-based solution to language and cultural barriers
impeding immigrants' access to services and information. Drawing
on tacit knowledge and informal social networks to overcome real-world
barriers, speakeasy also contributes to ongoing community development
efforts by promoting civic engagement, building social capital,
and enhancing the communitys sense of its collective
efficacy.
A prototype
of speakeasy has recently been completed. It will be deployed for
a limited evaluation in Boston's Chinatown neighborhood in March,
2004.
speakeasy@mit.edu
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StudyWithMe
We would like
to prototype the development of a community environment that complements
the OpenCourseWare initiative, by providing synchronous real-time
support as well as an asynchronous learning experience.
The OpenCourseWare Initiative represents a significant milestone
towards the creation of an open, efficient, standards-based model
to publish course materials. Online education is growing and becoming
more widely used as a supplement to classroom education and, in
some cases, as a primary form of learning.
To be successful, online education initiatives must develop rich
learning communities to complement the students' self-learning.
Our goal is to create one such community around OpenCourseWare by
providing an online system/environment for live support and collaboration
between students worldwide. Specifically, we aim to connect multiple
educators and multiple learners worldwide to build a community around
online curricula such as OCW.
We propose an initial focused pilot project between two educational
institutions that already follow similar curricula. We will create
and evaluate an environment in which the upperclassmen of one institution
(Indian Institute of Technology Kanpur) work with underclassmen
at MIT in a primarily tutorial role.
Tutoring and collaborative learning at a distance requires unique
media; through this pilot project, we will create an appropriate
platform to support this initiative.
This project has three main features:
- It is realistic:
the technology is proven, the skills are available.
- It has a
significant social impact in both developing and developed countries
- It is innovative
- It builds
on technology and human skills to shape a promising new form of
education.
robinhoodonline@yahoogroups.com
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Test Water Cheap
Lack of access
to clean drinking water is one of the largest health problems facing
the developing world today. In order to ensure that drinking water
is clean, it must be tested for the presence of microbial contamination.
The TestWaterCheap
team has designed an inexpensive testing device, the Zip Aqua II,
which costs only $13! This is much lower than the standard equipment's
$1000, a price far too expensive for most small technical centers
in developing countries. These centers usually do not test drinking
water quality because they cannot afford the expensive equipment.
Our invention will allow them to test local drinking water frequently
and inexpensively.
The Zip Aqua
II is a device that allows water to be vacuum-pulled through a filter
paper. This is an essential step in membrane filtration
-- the accepted method for quantitative water testing. Our innovative
product incorporates all the necessary features of a membrane filtration
device into a unique baby bottle design. Additional components convert
these baby bottles into water-testing equipment. The resulting design
is both easy to use and inexpensive.
Our community
partners the MIT Design-Lab class, a technical center in
Honduras, and an NGO working in El Salvador are eager to
test drinking water sources and water treatment systems with our
product. By enabling more frequent testing, the Zip Aqua II will
help to provide more people worldwide with access to clean drinking
water.
testwatercheap@mit.edu
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WearAnEye
There are approximately
10 million blind or visually impaired people in North America; around
109,000 blind people in the United States use canes to get around,
and another 7,000 use seeing-eye dogs. The need for assistive vision
technologies is clear.
Over the past
several years, statistical methods have dramatically improved the
accuracy and speed of computer vision algorithms; for example, it
is now possible to reliably detect faces in a video signal at 15
frames per second.
We propose to
develop a system which will make use of current computer vision
technology to aid blind or visually impaired pedestrians. We will
produce a real-time, portable system that will aid in wayfinding
for blind people, specifically the task of crossing the street.
The first concrete task we plan to tackle is the pattern recognition
and interpretation of walk/don't walk lights in the visual field
of blind pedestrians using 2D input.
Through continued
academic research and in collabartion with commercial partner organizations
such as the Blindsight Corporation, we anticipate that work will
be carried on beyond the tenure of this grant.
wear@mit.edu
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Wheelchair Hub
Twenty million
disabled people in developing countries need wheelchairs, but less
than one percent own or have access to them. Whirlwind Wheelchairs
International has designed and produced dozens of technically innovative
wheelchairs that are low cost and appropriate to the conditions
of developing nations. However, each workshop exists as an isolated
entity that has no regular communication with the Whirlwind office
or with other workshops. Remarkable innovations that occur at each
shop rarely spread to others, and most shops operate below 30% of
their capacity because of inadequate funding.
Whirlwinds
troubles are not unique; many international humanitarian organizations
face similar problems. They cannot afford expensive management systems
that are used by corporations to improve communications about goods,
services and management practices.
Our social innovation
is an advancement in two avenues of communication: between humanitarian
operations at the field level and between a field operation and
the world at large. This decentralized network promotes collaborations
and partnerships among non-governmental field operations and greatly
facilitates fundraising. Our technical innovation to address this
challenge lies in modifying current technology to create social
network software appropriate to the limited computing resources
and Internet training available in developing nations.
We have built
a prototype system for implementation in Whirlwinds Central
American workshops. We enable collaboration among Whirlwind workshops
that will offer their communities improved wheelchair services and
economic enrichment without the need for clumsy interactions with
larger organizations in far away countries. Our system demonstrates
that we can create community where none existed before.
ideas_wic@mit.edu
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Young
Activist's Multimedia Toolkit
Young people
usually have the time, the energy, the will, the basic skills, and
the right to participate and help improve the quality of life in
the places where they live. What they lack is appropriate space,
support and recognition.
We believe that
community technology centers can provide the necessary conditions
to support youth activism projects. However, practice has shown
that, besides other challenges, the centers lack appropriate technology
for that kind of initiative.
This project
proposes the creation of a set of collaborative and multimedia software
tools to support the development of youth-led social change projects.
Among others, the toolkit will facilitate common youth activist
practices such as drawing neighborhood maps, creating photo albums,
handling voice interviews, and sharing information through the construction
of websites containing the multimedia elements just mentioned.
We use a user-centered,
iterative design process that incorporates feedback from participants
in local youth activism groups. We expect that the proposed toolkit
will be distributed to organizations from all over the world and
help create an international network to foster social awareness
and the improvement of the quality of life of many communities in
need.
yan-tools@mit.edu
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