| The Post-Baccalaureate in Biomedical Engineering
(PB-BME) Program is designed for students who have at
least a bachelor's degree in the life sciences or liberal
arts (and in some cases engineering or physics degrees)
who wish to pursue graduate studies in Biomedical Engineering
(BME). However, their undergraduate degrees do not qualify
them for direct admission to the graduate Program in
Biomedical Engineering (PIBE). Applicants who fit this
criterion may apply to the PB-BME program, and after
completion, then segue into the PIBE where they can
earn a MS or a PhD degree in BME. PB-BME candidates
must submit a complete application and have successfully
completed the equivalent of one semester of college-level
calculus and obtained a grade of "B" or higher
before admission to the program. As the School
for Professional Development (SPD) graduate students,
they will be required to complete undergraduate core
engineering and science courses with an overall grade
point average of not less than B (3.0 out of 4.0). If
an applicant has previously satisfied a sufficient number
of undergraduate core requirements, it is possible to
complete the MS degree requirements in two years of
full-time enrollment. Part-time students take proportionally
additional time to complete the program.
To apply to the BME Post-Baccalaureate Program, the
application should be submitted directly to the School
for Professional Development (SPD). Information
on the SPD application and how to submit it can be found
on the SPD
website. Students should apply for admission to
the SPD as a "non-matriculated" graduate student.
Once admitted as such, then you will be able to take
whatever undergraduate courses are necessary to fulfill
the requirements for the BME Post-Baccalaureate Program.
To decide what courses to take, students should compare
their undergraduate transcript with the list of courses
shown below. Then, they should create a list of which
undergraduate courses that they believe they have already
fulfilled and which they propose to take. Then, they
should email that list to the BME
Graduate Program Director, who will review the proposed
course list, make any necessary revisions, and email
back an approved course list. This can also be done
by setting up an appointment with the BME Graduate Program
Director. Students can begin the Post-Bac program at
the beginning of any semester, and as a full-time or
part-time non-matriculated graduate student.
All students must present evidence of previous equivalent
coursework or complete the following courses:
| Common Mathematics
and Science Courses |
| Field |
Course
# |
Course Description |
| Math |
|
|
| |
AMS 151 |
Applied Calc I |
| |
AMS 161 |
Applied Calc II |
| |
AMS 210 |
Appl. Lin. Alg. |
| |
AMS 361 |
Appl. Calc IV: Diff. Eq. |
| Physics |
|
|
| |
PHY 131 |
Classical Physics I |
| |
PHY 132 |
Classical Physics II |
| Biology |
|
|
| |
BIO 150 |
Living World |
| |
BIO 203 |
Fund. Of Biol: Cell & Org.
Phys. |
| |
BIO 328 |
Mamm. Phys. |
| Chemistry |
|
|
| |
CHE 131 |
Gen. Chem I |
| |
CHE 132 |
Gen. Chem II |
| |
CHE 312E |
Phys. Chem |
| Common Engineering
Courses |
| Course # |
Course Description |
| MEC 260 |
Eng. Statics |
| ESE 271 |
Elect. Circ. Anal.
I |
| MEC 262 |
Eng. Dynm. |
| ESG 111 |
C Prog. For Eng.
(or equivalent higher level programming language
(e.g., FORTRAN, Pascal) |
| Biomedical Engineering
Courses (minimum of three) |
| Course
# |
Course Description |
| BME 301 |
Bioelectricity |
| BME 303 |
Biomechanics |
| BME 305 |
Biofluids |
| BME 381 |
Nanofabrication in Biomedical
Applications |
| BME 404 |
Essentials of Tissue Engineering
|
| BME 420 |
Computational Biomechanics |
| BME 461 |
Biosystems Analysis |
| BME 481 |
Biosensors |
Students may petition the GPD for
waiver from these requirements for compelling reasons.
|