So 10,000 people will die today from preventable water-borne diseases…
Alright… so what do we do now? Is there anything we can do? Why should we care? Since people die every day, will it really matter in the giant scheme of things?
To be completely honest, I’m still searching for these answers myself. At this point, I don’t really know what I can do, if my actions will have any significant impact, or whether this project will sink or swim. In the back of my mind, I’m still trying to grasp the overwhelming question: Will it even matter? During one of our first class lectures, Dr. Oerther asked everyone to anonymously write their definition of “appropriate technology” on a small sheet of paper to spark discussion on possible solutions to the current water problem in Gujarat, India. To paraphrase, my definition read something like this:
“Appropriate Technology: a method or tool that improves the quality of life with minimal intrusion on environmental, social, or environmental norms”
As a social conservative, I usually prefer the “hands-off” approach with the idea that most problems will solve themselves if given enough time. Is this view ethically responsible given the fact that 10,000 people are dying daily from water quality issues? Probably not, but at the time (and still somewhat currently) I’ve had difficulty wrapping my head around a possible solution for India’s pressing water problem.
Throughout my collegiate training as a biomedical engineer, the design process is fairly straight-forward: identify the problem, determine what the user wants, look for similar current technologies, design, prototype, analyze, and implement. In the end, the engineer has created a nifty gadget that may or may not make the physician’s job easier and fully complies to FDA standards on documentation and pre-clinical trials. This design process works very well on small-scale projects, but the model is difficult to fit to large-scale world issues.
Naively going into this project, my plan of action was to figure out the problem, design some sort of sustainable object that would clean people’s drinking water, build a prototype, and test it in India. Unfortunately, I think my expectations were a little skewed…
Starting my third week of this class, I have come to realize that this problem has deeper roots than simply designing a little filter to remove nasty germs and chemicals from the drinking water. With that said, I’m still trying to figure out what and if there is anything that we as a class can do to fix Gujarat’s lack of drinkable water supply.
One thing that I have learned, however, is that we cannot simply do nothing. Whether Indian government policy needs to be shifted, appropriate funding be allocated, or new technology implemented, it is not socially responsible to allow a nation to drink itself into extinction.
Okay, so I’ve now taken the first step: realizing something must be done to help.
Where do I go from here? Now I need to start figuring out how India got into this mess in the first place.
We cannot search for an answer without first knowing the question.
Hello and thanks for checking out my blog! My name is Julia, and I am a senior biomedical engineering major at the University of Cincinnati. As part of my senior design requirement, I decided to pick up a project focused on fixing the contaminated water crisis in Gujarat, India.
Each day, TEN THOUSAND people die from preventable water-borne illnesses. On average, half of these people are children. Though not considered a third-world country, India is a developing nation with regions still striving to climb out of poverty. Rural areas, like Gujarat, are currently suffering from lack of clean drinking water.
So what are we doing to help? Fifteen students and two professors from the University of Cincinnati will be traveling to India within the next few months to assess and implement sustainable technology to help clean up the water in Gujarat. Developing concepts before we travel and adjusting our project after we return, our main goal is to do something to decrease the number of people suffering from water-borne illnesses.
Starting with little knowledge on world poverty or water technology, I am using this blog to document the progress of this project. Please take some time to glance through these blog posts -- maybe you'll spark ideas for solutions that don't even exist yet.
Senior biomedical engineering student at the University of Cincinnati. During the Fall 2007, studied Biomedical Sciences at the University of Surrey in Guildford, England. In December 2008, will be traveling to Gujarat, India to work with sustainable water technologies. Will be attending medical school at the University of Cincinnati College of Medicine in Autumn 2009. Main career goal is to become a physician in either internal medicine or rehabilitation medicine.
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