Biomedial Engineering B.S.
Curriculum
A total of 120-121 credits is required to graduate.
Required Coursework/Sample Timeline
First Year
First semester (15 credits)
- CHM 101/102: General Chemistry I/Lab
- ECN 201: Principles of Economics: Microeconomics
- EGR 105: Foundations of Engineering I
- MTH 141: Calculus I
- General education outcome(s)1
Second semester (14 credits)
- BME 181: Biomedical Engineering Seminar I
- CHM 124: Introduction To Organic Chemistry
- EGR 106: Foundations of Engineering II
- MTH 142: Calculus II
- PHY 203/273: Elementary Physics I/Lab
Sophomore Year
First semester (16 credits)
- BIO 220/221: Fundamentals of Human Anatomy and Physiology I/Lab
- BME 281: Biomedical Engineering Seminar II
- ELE 201/202: Digital Circuit Design/Lab
- MTH 362: Advanced Engineering Mathematics
- PHY 204/274: Elementary Physics II/Lab
Second semester (15 credits)
- BIO 222/223: Fundamentals of Human Anatomy and Physiology II/Lab
- BME 207: Introduction to Biomechanics
- ELE 212/215: Linear Circuit Theory/Lab
- MTH 243: Calculus for Functions of Several Variables
Junior Year
First semester (16 credits)
- BIO/CMB 341: Principles of Cell Biology
- BME 307: Bioelectricity
- BME 360/361: Biomeasurement/Lab
- ELE 313: Signals and Systems I
- General education outcome(s)1
Second semester (16 credits)
- BME 362/363: Biomedical Instrumentation Design/Lab
- ELE 314: Signals and Systems II
- ISE 311: Probability and Statistics for Engineers
or STA 409: Statistical Methods in Research I - General education outcome(s)1
Senior Year
First semester (14–15 credits)
- BME 461: Physiological Modeling and Control
- BME 464/465: Medical Imaging/Image Processing Lab
- BME 484: Biomedical Engineering Capstone Design I
- ELE 400: Introduction To Professional Practice
- Approved professional elective2
Second semester (14 credits)
- BME 466: Biomaterials Engineering
- BME 468: Neural Engineering
- BME 485: Biomedical Engineering Capstone Design II
- General education outcome(s)1