Biomedical engineering involves the application of core physics and engineering principles to the medical field. It combines engineering concepts with biological and medical science to impove public health. Biomedical engineering is a fairly new and broad discipline with applications in medical imaging, bioinformatics, biomechanics, biomaterials, and many more. The concentration in biomedical engineering includes eight required courses and three elective courses. The required courses are listed below along with elective course options.

This concentration has been designed to also accomodate pre-professional students interested in medical school. For those who plan to continue on to medical school, we suggest taking an additional four courses in biology and chemistry. Those courses are listed below.

Required Courses
BIO 115 The Cellular Basis of Life
BIO 322 Animal Physiology
CHE 202 General Chemistry and Qualitative Analysis
CHE 312 Organic Chemistry I
EGR 310 Introduction to Biomedical Engineering
EGR 365 Linear Circuits II
EGR 375 Materials Science
MAT 135 Introduction to Probability and Statistics
   
Engineering Electives (choose any 3)
EGR 299 Introduction to Research
EGR 342 Thermodynamics II
EGR 344 Fluid Mechanics
EGR 346 Heat Transfer
EGR 359 Mechanics of Materials
EGR 366 Analog Electronics
EGR 378 Logic Design I
EGR 379 Logic Design II
EGR 388 International Experience in Engineering
EGR 459 Mechanical Design
EGR 488 Cooperative Education/Internship
EGR 599 Senior Research
ETE 520 Digital Signal Processing
PHY 461 Electricity and Magnetism II
   
Additional Courses for Pre-Professional Students
BIO 321 Cell Biology
BIO 333 Genetics
CHE 320 Organic Chemistry II
CHE 325 Organic Chemistry II Laboratory
   

The semester-by-semester breakdown for the biomedical concentration for current students can be found here. Students following the 2009-2011 MSU Bulletin, including all new students, should click here.

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