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[QUOTE="BlazeOrange, post: 261471, member: 683"]
Here's a top 25 list I found:

Undergraduate engineering specialties:
Biomedical / Biomedical Engineering
(At schools whose highest degree is a doctorate)
Methodology
1 Johns Hopkins University (MD)
2 Duke University (NC)
3 Georgia Institute of Technology *
4 Univ. of California–San Diego *
5 University of Pennsylvania
6 Massachusetts Inst. of Technology
7 Case Western Reserve Univ. (OH)
8 Boston University
9 Rice University (TX)
9 University of Michigan–Ann Arbor *
11 Northwestern University (IL)
12 University of Washington *
13 Stanford University (CA)
14 University of California–Berkeley *
15 Vanderbilt University (TN)
16 Univ. of Wisconsin–Madison *
16 University of Virginia *
16 Washington University in St. Louis
19 Tulane University (LA)
19 University of Texas–Austin *
21 Cornell University (NY)
21 University of Utah *
23 Columbia University (NY)

HOWEVER, I also noted this response ...
 
There is a major difference between Biomedical Engineering and Genetic or Biological Engineering.

Biomedical engineering sometimes confusingly called bioengineering is the application of traditional engineering disciplines to medical problems without any necessary grounding in molecular life sciences.

Biological engineering on the other hand is the application of engineering principles in design, synthesis, and analysis at the genetic, molecular and cellular level to problems in many different areas including energy, the environment, drug development, agriculture, tissue engineering, nanoscale engineering of biomaterials, etc.. It is also sometimes referred to as Synthetic Biology.
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