Any student in good standing in engineering, the sciences, and nursing who
has successfully taken first-year calculus and physics courses will be
considered for admission into the bioengineering minor. A student who has been
accepted into the minor must remain in good standing for retention.
| 1. |
A minimum of 12 credits from the lists of courses below
in engineering (for science students) or science (for engineering
students). For engineering students, the science courses must be
outside of those required for the student's major. |
| |
a. |
Minimum of 12 credits from approved courses
(see below) outside of major |
| |
|
i. |
Minimum of 4 credits of these must be from upper-level
courses |
| |
b. |
Minimum of 9 credits from the lists of
courses below
within the student's major |
| |
|
i. |
Minimum of 4 credits of these must be from upper-level
courses |
| |
c. |
Minimum of a 3 credit relevant upper-level
elective from within or outside major (student's choice), but not
required for the student's major |
| |
d. |
In addition to the above 24 credits, the
student must take Ethics for Health Care Professionals (PHI 2115) or an
equivalent ethics course related to the student’s major. PHI 2115, if
chosen, must be taken in the fall semester. |
| |
e. |
No AP credit may be applied to reduce the
number of credits for the minor to less than 24 (plus the required
ethics) |
| 2. |
Students choose their science courses
from the lists 2a, 2b, 2c below. If pursuing a track, science
courses must be chosen from the list under only one of
the following tracks. Many courses have pre-requisites. Please consult
the University catalog. |
| |
a. |
Biochemistry/Molecular Biology/Cell Biology |
| |
|
i. |
BIO 2105 General Biology I1 |
| |
|
ii. |
BIO 3351 Genetics |
| |
|
iii. |
BIO 4505 Molecular Biology |
| |
|
iv. |
BIO 4205 Cell Biology |
| |
|
v. |
BIO 3595 General Microbiology |
| |
|
vi. |
BIO 4355 Experimental Genetics |
| |
|
vii. |
NUR 3030 Concepts in Pharmacology |
| |
|
viii. |
CHM 2211 Organic Chemistry I |
| |
|
ix. |
CHM 4611 (CHM 4601 lab) Survey of Biochemistry |
| |
|
x. |
CHM 4621 (CHM 4622 lab) Biochemistry I: Structure |
| |
|
xi. |
CHM 3514 Bioanalytical Chemistry |
| |
|
xii. |
BIO 1181 Principles of Cell Biology and Genetics |
| |
b. |
Physiology/Organismal Biology |
| |
|
i. |
BIO 2106 General Biology II1 |
| |
|
ii. |
BIO 3055 Animal Physiology |
| |
|
iii. |
BIO 1205 Human Anatomy and Physiology I |
| |
|
iv. |
BIO 1206 Human Anatomy and Physiology II |
| |
|
v. |
BIO 4805 Neurobiology |
| |
|
vi. |
BIO 3155 Comparative Vertebrate Anatomy |
| |
|
vii. |
BIO 3455 Histology |
| |
|
viii. |
BIO 4251 and 4252 Comparative Endocrinology |
| |
|
ix. |
NUR 3108 Human Pathophysiology |
| |
c. |
Ecology/Environmental Sciences |
| |
|
i. |
BIO 2106 General Biology II1 |
| |
|
ii. |
GEV 1050 Environmental Science I1 |
| |
|
iii. |
GEV 1052 Environmental Science II |
| |
|
iv. |
BIO 3255 Introductory Ecology |
| |
|
v. |
BIO 4451 Field Ecology and Evolution |
| |
|
vi. |
BIO 3905 Vascular Plants |
| |
|
vii. |
BIO 3505 Invertebrate Zoology |
| |
|
viii. |
BIO 4801 Conservation Biology |
| |
|
ix. |
CHM 3514 Bioanalytical Chemistry |
| 3. |
Students can choose their engineering
courses from the following lists 3a, 3b, 3c below. If pursuing a track,
engineering courses must be chosen from the list
under only one of the following tracks. A few of these courses have pre-requisites
explained in the notes below and in the University catalog. |
| |
a. |
Biopharmaceuticals |
| |
|
i. |
EGR 2200 Transport in Bioengineering2 |
| |
|
ii. |
ChE 5532 Introduction to Biotechnology |
| |
|
iii. |
ChE 5533 Bioseparations |
| |
|
iv. |
ChE 5534 Biomaterials |
| |
|
v. |
SDURIS3 |
| |
b. |
Environmental Biotechnology |
| |
|
i. |
EGR 2200 Transport in Bioengineering2 |
| |
|
ii. |
CEE 2311 Environmental Engineering Science |
| |
|
iii. |
CEE 33216 Water And Wastewater Treatment |
| |
|
iv. |
CEE 4331 Solid and Hazardous Waste |
| |
|
v. |
CEE 7511 Microbiology For Environmental Engineers |
| |
|
vi. |
CEE 8708 Biological Treatment Processes |
| |
|
vii. |
SDURIS3 |
| |
c. |
Biomechanical (bio-solid mechanics and
bio-transport) |
| |
|
i. |
EGR 2200 Transport in Bioengineering2 |
| |
|
ii. |
ME 55004 Biomechanics |
| |
|
iii. |
ME 7700 Transport Phenomena in Biological Systems |
| |
|
iv. |
ChE 5532 Introduction to Biotechnology |
| |
|
v. |
SDURIS3 |
| |
d. |
Biomedical Signal Processing5 |
| |
|
i. |
ECE 5250 Biomedical Instrumentation |
| |
|
ii. |
ECE 5251 Biomedical Signal Processing |
| |
|
iii. |
SDURIS3 |
| |
|
| Notes: |
| 1 |
BIO 2105 or 2106 and GEV 1050 are science
core courses. One of these must be taken. |
| 2 |
The Transport in Bioengineering course, the same for
all tracks, is offered for all students who have not taken an
appropriate course or courses in the fundamentals areas of
thermodynamics, fluid flow, chemical kinetics, and mass transport and
who wish to pursue a bioengineering course that has this material as a
prerequisite. Engineering and science students should speak with their
advisor to determine the need for this course. |
| 3 |
SDURIS is Senior Design, Undergraduate
Research, or Independent Study. A maximum of 6 credits may be taken in
this category. |
| 4 |
ME 5500 has a prerequisite of CEE 2103
Mechanics of Solids |
| 5 |
The Biomedical Signal Processing track has
several prerequisites. Please consult the web site or contact
one of the department representatives in the Electrical and Computer
Engineering Department for details. |
| 6 |
CEE 3321 has a prerequisite of CEE
2311 Environmental Engineering Science |