To BE or not to BE

To BE or not to BE When I was in kindergarten, I wanted to be a doctor. The summer before my senior year of college, I wanted to be a doctor. Are these two statements the same? Nope. So since Im from the 80s, I can tell you that I was a Doogie Howser fan. I used to want to save lives by performing surgeries and hold a defribillator in my hands and say Clear! As a kid, I jumped around and had a tour of careers: judge, astronaut, movie star, video game designeryou get the gist. And then in 6th grade at the state spelling bee, I mispelled the word prosthetics. (I still blame the man reading the words, but then, in retrospect the prize for first place was a set of encyclopedias. Then the internet became popular, so HA!) I never really forgave myself for that day back in 1996, and its probably a good thing. How else would I have learned about bioengineering? Fast forward to MIT circa 2003. Bryan arrives on campus. I still danced around the major I wanted, AeroAstro, EECS, Biology, ChemEaye so many choices. Eventually I settled on Mechanical Engineering, and for me that was a good decision given what I could select from. I still wanted some biology in my life though, so I thought a while about double majoring in biology, but I decided against that one and went for the biomedical engineering minor instead. Up until the middle of my sophomore year, I still wanted to go into medicine. Thats when I started to change my mind. Having taken a lot of engineering classes by then and having a UROP in a bioengineering lab, I began to change my perspective on things. I really liked applying engineering concepts to biology, and I really didnt like the idea of just doing medicine. At this point, I just kind of knew I wanted to go into bioengineering. I wasnt positive about the PhD thing until about 3 weeks ago. But I guess the question is can someone who studied mechanical engineering go into a bioengineering program? Simple answer: yes. What particularly interests me about bioengineering is in the area of biomechanics and cellular fluid dynamics. I like thinking about how mechanical properties either those inherent to the cell or those in the local environment of the cell influence behavior. Biomechanics on different length scales is a very big aspect of bioengineering programs these days, so Im safe. For me, it was a good decision to get a handle on the purely mechanical aspect of things before trying to apply those principles to biological systems because in biological systems, a lot of the phenomena has yet to be understood or quantified. These systems however are so complex that Im pretty sure that while I like biomechanics that I wont be able to completely ignore all the other aspects such as signaling, kinetics, etc. And why a PhD? 1. I still want the title of Dr. 2. I really want to be able to learn how to design a research project and see it through, and that is best accomplished in my opinion by getting a PhD. So as I look on Facebook and see everyone who wants to go into bioengineering, its not surprising. Its a really hot field in my opinion with a lot of unanswered questions. Just keep in mind that there are a lot of areas that you can go into and a bunch of ways to end up in the same place.