Bioengineering Fuses Engineering and Biology Together

Bioengineering is the art that fuses the rigors ofa huge number. Not only hunger but imagine the
engineering and biology to propose advancements inbenefits to human health. Imagine the capability to
almost everything we do on earth, from fossil fuellocate and genetically manipulate the genes that
replacements to genetically engineering a sort ofcontrol quality of our immune system and upgrade it,
"super species." As one of the fastest growing fieldsso that so many people in the world do not die from
today, a career in bioengineering proposes not only asimple diseases (that we already have a cure to). As
stable job market, but gives individuals the ability to trulyfarfetched as it may seem, imagine (...just imagine) the
benefit the world and its inhabitants.ability to make a super human, a person stronger,
The cost of our yearly usage of oil, coal, and naturalfaster, and smarter. On another note, I believe that any
gas is around 1 million years' worth of organic matterpolitical campaign pursuing bioengineering to solve our
converting sunlight to chemical energy as well asproblems is the strongest campaign, because it takes
ozone depletion and climate change. Yes, there areon the Good Samaritan approach, that is, caring for our
several new sources of bioenergy being studied, butplanet and its people.
they are still underdeveloped. Just to name a few,Bioengineering allows for endless improvements in
possible sources for fuel include the metaboliceverything, especially the human body. There are
engineering of cyanobacteria for bioenergy productioncountless areas in human anatomy that can be
and redirecting the end products of photosyntheticadvanced; bioengineering can give blind people sight
processes to produce hydrogen. Furthermore, thereand deaf people hearing, without the use of robotics
are perhaps countless unknown processes waiting toand equipment (but through manipulation of the very
be discovered.organs that control such senses).
862 million people across the world are malnourishedI would definitely put my money on bioengineering as
where 16,000 children die from hunger a day, that's onethe most useful major for young people to pursue.
child every 5 seconds. The problem is not the food, butYes, there are answers to many of the world's
the ability to produce and provide such food. Imaginenotorious problems but they are not impossible, they
the capability to genetically engineer "super rice" andare simply challenging to find and they can be found
other sorts of super food at an inexpensive cost tothrough bioengineering.
deal with this great loss and to drastically reduce such