Biomedical
Materials Engineering Science (BMES)
Curriculum and
Classes |
| Courses |
Credit Hours |
Mathematics
Calculus
and Differential Equations |
14 |
Physical
Sciences
General Physics
General Chemistry and Organic Chemistry
Biology II
Molecular Cell Biology
Advanced Cell Biology
Biochemistry: Proteins and Metabolism
Biochemistry: Nucleic Acids |
39 |
General
Engineering
Introduction to Engineering
Computer-aided Design
Computer-aided Engineering
Statistics |
9 |
Materials
Science and Engineering Core Courses
Materials Processing Laboratory
Structure and Properties
Structure and Bonding
Thermodynamics of Materials
Thermal Processes in Materials
Mechanics of Materials
Thermal and Mechanical Properties
Electrical, Magnetic and Optical Properties
X-ray characterization
Engineering Operations
Senior Thesis |
34 |
Additional
Materials Requirements
Polymer Science
Introduction to Metallurgy
Transport Properties
Composite Design and Fabrication
Introduction to Bioengineering
Biomedical Materials |
18 |
| Technical
Electives |
3 |
| Technical
Writing and Humanities Electives |
20 |
| Physical
Education |
4 |
| Total |
141 |
| The
engineering curricula are reviewed annually and updated
when necessary to ensure continual improvement based
on feedback from students, faculty, and employers.
The curriculum presented above includes updates expected
for Fall 2007, but may be subject to minor changes.
Students currently enrolled in our programs should
consult the detailed curriculum by semester sheets
located on the Undergraduate
Forms and Policies page. |
