2012 - 2013 Version 1.3
These courses have been pre-approved as professional or technical breadth electives. To be approved as technical or professional electives courses must be substantial and reasonably expected to be useful in biomedical engineering practice. Science, math and engineering courses typically qualify as technical breadth electives, while all other courses are typically professional electives. BE specific elective courses may be taught periodically based on student interest and faculty availability. Students may ask the program director add additional courses to this list, but must do so before taking the course.
Pre-Approved Professional Electives
EN-432 Business CommunicationsMS-221 Microeconomics
MS-2220 Foundations of Business Economics
MS-322 Macroeconomics
MS-331 Business Law
MS-3330 Legal Aspects of Innovation & Entrepreneurship
MS-3411 Leading Project Teams
MS-354 Principles of Accounting
MS-382 Introduction to Java Programming
MS-4801 Project Management
Many ROTC courses (contact PD for details)
SS-464 Human Factors in Engineering and Design
TC-332 Advanced Technical Writing
TC-342 Professional Presentation Techniques
TC-452 Interpersonal Communications
Pre-Approved Technical Breadth Electives
BE-4340 Advanced Topics in Biomed DSPBE-4980 BE Independent Study
BE-499 Clinical Internship1
BI-256 Microbiology
CH-302 Chemistry III2
CH-303 Chemistry III (Lab)2
CH-322 Organic Chemistry II2
CH-323 Organic Chemistry II (Lab)2
CH-353 Fundamentals of Environmental Chemistry
CH-3650 Chemistry of Materials
CH-3660 Surface Properties of Materials
CH-371 Modern Biotechnology
CH-373 Advanced Biotechnology
CH-401 Topics in Chemistry
EB-2240 Engineering Applications in Biochemistry
EE-423 Applications of DSP
EE-444 Power Electronics
EE-4720 Control Systems Applications
EE-481 Fuzzy Sets and Applications
EE-484 Neural Networks
EE-487 Machine Vision
EE-488 Intro to A. I. and Expert Systems
GE-4200 Advanced Matlab
MA-343 Matrix Methods and Linear Programming
MA-3710 Mathematical Biology
MA-380 Advanced Differential Equations
MA-381 Complex Variables
MA-383 Linear Algebra
MA-385 Modern Algebra with Applications
MA-386 Functions of a Real Variable
MA-387 Partial Differential Equations
MA-388 Introduction to Number Theory
ME-321 Materials Science
ME-322 Engineering Materials
ME-424 Engineering with Plastics
ME-429 Composite Materials
ME-4610 Medical Applications for MEs
NS-1142 Naval Ship Systems 1
NS-2162 Naval Ship Systems 2
NS-2163 Naval Ship Systems 3
NU-2810 Pharmacology I
NU-290 Pathophysiology I
NU-3820 Pharmacology II
NU-391 Pathophysiology II
PH -320 Lasers and Applications
PH-322 Introduction to Optics and Photonics
PH-324 Fiber Optics and Fiber Optic Sensors
PH-325 Acoustics and Illumination
PH-360 Physics of Semiconductor Materials
PH- 361Physics of Materials
SC-310 Nanoscience and Nanotechnology
Either
GE-3601 Solid Modeling and Design IGE-3602 Solid Modeling and Design II
IE-340 Project Management
IE-348 Quality Assurance (SPC)
IE-431 Six Sigma Methods
IE-4332 Lean
IE-440 Team Leadership/Facilitation
IE-449 Quality Management
ME-1601 Introduction to Engineering Design
1. Students interested in taking this course must contact Dr. John Gassert approximately 10 weeks prior to the expected start date to arrange the internship.
2. Students planning to attend medical school should take these courses.
