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BIOMEDICAL ENGINEERING

 
 

Advice from Current
Undergraduate Students

Christine Gosen
Matt Riffe
Brian Tomayko
Mary Ann Tai
Andrea Snyder
Perrin Cheung
 

Andrea Snyder

   
 
Home town:   Pickerington , OH
 
BME Specialty Sequence:   Imaging and Computing
 
Favorite Course:   Physiology – Biophysics II (EBME 202)
 
Future Plans:   M.D./Ph.D. program
with Biomedical Engineering Ph.D. program
 
 

 

Current Activities: Currently I am involved in research with Dr. Marty Pagel to create a polymer with an attached MRI contrast agent, which will hopefully be used to track drug delivery to tumor cells. I recently completed a project where I created a computer program to simulate a neuron stimulated by deep brain stimulation, a treatment for Parkinson's disease. We published our findings from the simulations in a journal last May. In addition to research, I am involved in the engineering honor society, Tau Beta Pi, and I am an active member in many of the musical groups on campus.

Why Case? Case has given me many great, once-in-a-lifetime opportunities – from research with professors who are leaders in their field to playing in Severance Hall with our Symphonic Winds group – that might not be possible at larger universities. The professors here are committed to the education of all of their students, both undergraduates and graduates. Also, having hospitals within walking distance of campus is a great plus for those planning on going to medical school, and these hospitals also offer even more research opportunities for BME students.

Advice for Applicants: Get involved early! There are so many great opportunities that you will have in college, and now is a great time to start exploring new interests. When looking at schools, keep in mind that the extracurricular activities, research opportunities, and the people at the school are just as important as the school's academics – these are what will make your college experience exceptional. For premed students: don't be afraid to major in something other than biology! Biomedical Engineering has given me a "behind-the-scenes" look at how new tools, imaging techniques, and biomaterials which are used in the medical field are developed. Understanding the science behind these new medical advances will help me in my medical career. Although premeds need a few additional classes, such as organic chemistry, these can easily be incorporated into your major, turned into a chemistry minor, or combined with a few additional classes for a second major. The possibilities are endless!

This page was last modified July 29, 2008