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Degree Course Requirements

A total of 132 hours are required to earn a Bachelors of Science in Biomedical Engineering. The hours include 18 hours from Chemical Engineering, Electrical Engineering or Mechanical Engineering. With an additional 30 hours, a student can earn a dual Bachelors of Engineering degree in the chosen concentration.

Biomedical Engineering Core: 27 hours
BME 2013 Introduction to Biomedical Engineering
BME 3003 Introduction to Biomechanics
BME 3103 Biomaterials
BME 4303 Biochemical Engineering
BME 4403 BME Measurement/Instrumentation
BME 4503 Tissue Engineering
BME 4603 Biomedical Engineering Transport I
BME 4853 Biomedical Engineering Design I
BME 4863 Biomedical Engineering Design II

Concentration Area: 18 hours (Choose one of the following three concentrations)

Chemical Engineering Concentration
CHE 203 Material Balances
CHE 212 Energy Balances
CHE 252 Statistics and Computational Methods
CHE 303 ChE Fluids
CH 213 Organic Chemistry II
CH 221 Organic Chemistry II Lab
BIO 434 Biochemistry

Electrical Engineering Concentration
CS 1113 Object Oriented JAVA
ECE 263 Digital Systems
ECE 261 Digital Systems Lab
ECE 233 Discrete Electronics
ECE 231 Discrete Electronics Lab
ECE 273 Microcontrollers
ECE 271 Microcontrollers Lab
ECE 323 Electromagnetic Fields

Mechanical Engineering Concentration
EGR 143 Engineering Graphics
MAE 203 Mechanical Engineering Analysis
ES 243 Solid Mechanics
BME 4003 Advanced Biomechanics
BME 4613 Biomedical Transport II
MAE XX3 MAE Elective

Communication: 9 hours
ENG 103 English Compositions I
ENG 133 Technical Communications
SP 203 Effective Speaking

Social Science and Humanities: 12 hours
PHL 303 Ethics
Humanities Elective
Social Studies Elective
Social Studies Elective

Mathematics: 17 hours
MA 134 Calculus I
MA 164 Calculus II
MA 213 Calculus III
MA 233 Differential Equations
MA 393 Probability and Statistics

Science: 25 hours
CH 155 Advanced Honors General Chemistry
CH 203 Organic Chemistry I
CH 211 Organic Chemistry I Lab
PH 224 University Physics I
PH 234 University Physics II
BIO 254 Human Anatomy
BIO 354 Animal Physiology

General Engineering: 2 hours
GE 101 Introduction to Engineering
GE 401 Professional Practice

Engineering Sciences: 14 hours
ES 213 Statics
ES 233 Dynamics
ES 233 Engineering Materials
ES 382 Engineering Economics
ES 313 Thermodynamics or CHE 313 ChE Thermodynamics

Electrical Computer Engineering: 7 hours
ECE 213 Circuit Analysis
ECE 211 Circuit Analysis Lab
ECE 243 Analog Signals

Unrestrictive Elective: 1 hour

* For a complete description of the above requirements, please go to the Course Catalog.