$ 5000 IDEAS Prize
Pure
Water for Nicaragua
$ 3000 IDEAS
Prize
Gasoline
Storage Tank Leak Detection
$ 2000 IDEAS
Prize
Salvation
Army Data Collection System &
EASE
$ 5000 IDEAS
International Technology Innovation Awards
(sponsored by Lemelson-MIT)
Innovative
Drinking Water Technology for Bangladesh &
Passive
Incubator for Premature Infants
Pure
Water for Nicaragua
Pure Water will
find a feasible and sustainable solution for potable water accessibility
in rural areas in Nicaragua. Nicaragua is the second poorest country
in Latin America, with over half of the population unemployed and
over 80% of the rural population without access to safe water. Our
team will work closely with community partners (NGOs, local students
and artisans) in all the stages for the creation, development, implementation
and monitoring of a household water filter with optimized pathogen
removal efficiency and flow rate. Our solution will innovate in
technology, methodology, monitoring and in the interaction model
with community collaborators. We will use a real-time feedback and
iteration system for our research and product development. Moreover,
Pure Water will ensure local availability of knowledge and skill
to reproduce the technology transferred. In order to accomplish
this goal, we will train local potters from four rural settings
(San Francisco Libre, San Juan Oriente, La Paz Centro and Cale Real
de Tolapa) to produce home-maid filters to replace broken or malfunctioning
devices. These potters will also act as promoters and information
sources who provide incentives for appropriate usage of the technology.
Finally, we will monitor and assess the results of our project for
a period of 6 months.
Team Members:
Rebeca Eun Young
Hwang
Murray Height
Bruno Miller
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Proposal
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Gasoline
Storage Tank Leak Detection
The goal of
this project is to reduce the environmental impact of leaking gasoline
storage tanks by making continuous testing of the monitor wells
around the tanks possible at low cost. This new technology will
enable tank owners in developing countries to catch leaks earlier
and limit environmental damage. This low cost approach will be attractive
to a cost sensitive industry that is reluctant to pay for expensive
testing that does not contribute directly to profits. The proposed
solution replaces unaffordable electronic detection equipment, or
tedious manual water sampling and testing with a simple, inherently
safe, mechanical system. If gasoline is detected in the well, a
window in the well cover changes from green to red. The well can
be monitored visually without unbolting the cover. This will make
it practical for the tank owners to check the wells for contamination
much more often than they currently do. The early detection of gasoline
leaking into the ground water will help minimize the environmental
and health impact to the local community.
Team Members:
Andrew Heafitz
Carl Dietrich
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Salvation
Army Data Collection System
http://www.mit.edu/%7Ebenleong/salvation/index.html
In this project,
we plan to develop a system to automate the sign-in and data collection
process at the Salvation Army Cambridge Corps Drop-In Center. Our
basic plan is to issue all shelter clients with a barcoded discount
card or key chain tag, and to equip the shelter workers with handheld
barcode readers. The shelter workers will scan these barcoded discount
cards as services are provided to the clients, and the data from
the handheld readers will be transferred to a main database and
integrated with ServicePoint (the existing state-wide homelessness
database system) at the end of each day. The three objectives that
this project aims to achieve are:
- to streamline
and automate the current data collection process which is unduly
labor-intensive and unreliable, thereby improving the accuracy
of the data collected
- to allow
data which is not currently captured by the existing system to
be captured automatically and to provide the capability to perform
statistical analyses on the services used by individual clients
- to act as
a proof-of-concept for automated data collection in a community
service organization, specifically in the context of a homeless
shelter.
Team Members:
Ji-Jon Sit
Ben Leong
John Pittard
Leo Lloyd
Indraneel Chakraborty
Cynthia Lo
Lik Mui
Stephen Richman
Archit Shah
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Proposal
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EASE
http://web.mit.edu/ease/www/
EASE is an acronym
for Expediting Access to Standard Education. The aim of the program
is to improve access to basic education in Africa through sponsorship
programs and the establishment of libraries in villages. We believe
that education holds the solution to most of the world's problems.
Yet, many children are denied the opportunity due to financial constraints.
We are convinced that a little effort on our part will go a long
way to help. Although the program has hopes of expanding to other
African countries, the initial scope is limited to Ghana. The current
focus is to sponsor underprivileged children through Junior Secondary
School (JSS), which forms the core of basic education in Ghana.
The general goals of EASE are to:
- provide funding
for students to attend JSS who would otherwise not be able to
do so
- help selected
villages establish community libraries/stock existing ones
- increase
African awareness at MIT and in Cambridge schools
Team Members:
Monami Chakrabarti
Arthur Musah
Muhammed J Noor
Regina Sam
Curtis Vanderpuije
Ebenezer Woode
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Proposal
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Innovative Drinking Water Technology for
Bangladesh
Arsenic and
pathogens are two of the most significant drinking water concerns
in the developing countries. While much of the current research
effort by the scientific community focuses on independent treatment
for arsenic and pathogens; the drinking water in Bangladesh, Eastern
India (West Bengal), and Nepal are contaminated with both arsenic
and pathogens. In addition, many of these treatment systems are
inappropriate in a number of ways. As a result, people have not
choice but to continue to drink contaminated water, leading to horrible
health consequences. Our innovate drinking water treatment design
not only treats both contaminants simultaneously, but is also technically,
socially, and economically appropriate.
Team Members:
Tommy Ngai
Debu Sem
Heather Lukacs
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Proposal
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Passive
Incubator for Premature Infants
Every year,
4 million infants die within the first 28 days of life. Of this
number, 3.9 million belong to the developing world. 24% of these
deaths are due to the complications of prematurity- most often,
simple heat loss and dehydration. The lack of electricity in most
rural regions of the world, and the frequent loss of power in urban
regions, renders a high-tech western incubator worthless. Our project
aims to design a passive incubator independent of electricity, that
will be robust, cheap and sustainable. Our target rural community
is a clinic in Sri Lanka. This project however, has the potential
for global impact!
Team Members:
Aileen Wu
Yael Maguire
Prasanga D Hiniduma Lokuge
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