Engineering-ABET, Biomedical/Bioelectrical Concentration, B.S.

A Bachelor of Science degree with a major in engineering and concentration in biomedical-bioelectrical engineering includes the following coursework in math, science and engineering:

Math/Science Requirements

PHYS 121 - General Physics I Credits: 3
PHYS 141 - Physics Laboratory I Credits: 1
PHYS 122 - General Physics II Credits: 3
PHYS 142 - Physics Laboratory II Credits: 1
MATH 131 - Calculus I Credits: 4
MATH 132 - Calculus II Credits: 4
MATH 231 - Multivariable Mathematics I Credits: 4
MATH 232 - Multivariable Mathematics II Credits: 4
CHEM 125 - General Chemistry I Credits: 3
CHEM 127 - General Chemistry Laboratory I Credits: 1

Engineering Core Requirements

ENGS 100 - Introduction to Engineering Credits: 4
ENGS 122 - Introduction to Engineering Materials Credits: 2
ENGS 150 - Conservation Principles Credits: 2
ENGS 170 - Computer Aided Design Credits: 1
ENGS 210 - Engineering Computing Credits: 3 or approved programming course
ENGS 220 - Statics Credits: 3
ENGS 241 - Circuit Analysis and Applications Credits: 4
ENGS 331 - Dynamic Systems Credits: 3
ENGS 333 - Dynamic Systems Laboratory Credits: 1
ENGS 340 - Applied Thermodynamics Credits: 2
ENGS 451 - Introduction to Engineering Design Credits: 3
ENGS 452 - Engineering Design Credits: 3
ENGS 080 - Engineering Seminar Credits: 0 (2 semesters)

Bioelectrical Engineering Requirements

ENGS 242 - Electronic Devices and Design Credits: 4
ENGS 351 - Signal Analysis and Communications Credits: 3
ENGS 380 - Biomedical Instrumentation Credits: 2
ENGS 382 - Bioelectrical Systems Credits: 2
ENGS 385 - Rehabilitation Engineering Credits: 3
BIOL 221 - Human Physiology Credits: 4
NSCI 211 - Introduction to Neuroscience Credits: 4

Engineering Electives (Choose One)

ENGS 326 - Embedded Systems Credits: 3
ENGS 322 - Logic Circuit Design Credits: 3
ENGS 332 - Control Systems Credits: 3
Approved Topics Course