Originally posted by chef:
•hey guys, I have 2 q's which some of u guys might be able to answer:
1. Do u guys think the adcoms of mstp programs communicate and discuss applicants b4 deciding to interview/accept us? I wonder if directors pursue a "i'll take him and I'll let u take this guy" type of admissions process, especially b/c there are far less applicants for mstp and the best ones tend to apply to all the same programs.
2. Q about "bio-engineering". Is bioengineering like BME, a field of mainly classical engineering w/ emphasis in biology and trying to solve bio-related problems through innovation in engineering (eg. developing new technology, machines like MRI, pacemaker, chips, etc) OR is it more like developing artificial organs, tissues, etc?•••
I have no idea about #1, but #2 I can definitely answer. Bioengineering and BME are the same thing, just different names. You've pretty much got the idea, biomedical engineering is basically solving biological problems using engineering methods. Within the biomedical engineering field, there's usually 3 tracks: cell and tissue engineering, biomechanics, and biomedical imaging.
Cell and Tissue engineering is a mix of chemical engineering, biology, mechanical engineering, and sometimes electrical engineering. It's a real bastard science. This track focuses on artifical organs and tissue growth. Basically, growing new organs and tissues from cells and synthetic or biological scaffolds, but also taking into account the chemical, mechanical, and electrical enviroment the cells are subject to.
Biomechanics is the oldest and more traditional track of biomedical engineering. This involves designing prosthetics or artificial organs using mechanical parts.
Biomedical Imaging is applying electrical engineering and computer science to biology to develop diagnostic equipment such as MRI as well as complex systems modelling, such as neural feedback pathways or visual cortex mapping.
A lot of the body can be analyzed in traditional engineering terms. The heart and lungs are mechanical pumps, nerves are electrical wires, bones are structural support beams, etc.
Hope that helps.