Biomedical Engineering, BSE
University of Alabama at Birmingham
Bachelor's DegreeAcademicCIP: 14.0501
The Department of Biomedical Engineering provides leadership in teaching the principles of engineering and biology and in conducting research that will translate new discoveries in biological engineering science to the fields of public health and clinical medicine. These efforts will enable us to identify new solutions to critical challenges in health care and the life sciences. Program Educational Objectives Graduates of the Biomedical Engineering undergraduate program will have: 1.
Credits
128 credits
Format
In-Person
Eligibility Calculator
Which aid programs apply to this program?
Program Pathways
Credentials this program stacks toward
No program pathways.
Course Pathway
78 courses in this program
178 courses
NBL 356
3 creditsBME 489
1 creditsBME 444
3 creditsBME 389
1 creditsBME 289
1 creditsRHB 400
3 creditsPH 487
3 creditsPH 475
3 creditsPH 222
4 creditsPH 221
4 creditsNBL 355
3 creditsMSE 430
3 creditsMSE 401
3 creditsMSE 380
3 creditsMSE 281
4 creditsMSE 280
3 creditsME 464
3 creditsME 371
3 creditsME 370
3 creditsME 360
3 creditsME 215
3 creditsMA 485
3 creditsMA 453
3 creditsMA 361
3 creditsMA 360
3 creditsMA 313
3 creditsMA 260
3 creditsMA 126
4 creditsMA 125
4 creditsEH 102
3 creditsEH 101
3 creditsEGR 265
4 creditsEGR 200
3 creditsEGR 194
1 creditsEGR 150
3 creditsEGR 103
3 creditsEE 312
3 creditsCH 460
3 creditsCH 355
3 creditsCH 237
3 creditsCH 235
3 creditsCH 117
3 creditsCH 115
3 creditsCE 433
3 creditsCE 420
3 creditsCE 395
3 creditsCE 360
3 creditsCE 345
3 creditsCE 337
3 creditsCE 210
3 creditsBY 362
3 creditsBY 330
3 creditsBY 311
3 creditsBY 271
4 creditsBY 123
4 creditsBME 499
3 creditsBME 498
3 creditsBME 494
1 creditsBME 491
1 creditsBME 490
1 creditsBME 471
3 creditsBME 462
3 creditsBME 450
3 creditsBME 443
3 creditsBME 435
3 creditsBME 424
3 creditsBME 423
3 creditsBME 401
1 creditsBME 370
3 creditsBME 350
3 creditsBME 333
3 creditsBME 313
3 creditsBME 312
3 creditsBME 310
3 creditsBME 221
3 creditsBME 210
3 creditsCore course
External prerequisite
Corequisites (take together)
Hover to see relationships
Program Requirements
Courses required to complete this program
CH 115General Chemistry I
EGR 103Computer Aided Graphics and Design
EGR 200Introduction to Engineering
EH 101English Composition I
EH 102English Composition II
MA 125Calculus I
PH 221General Physics I
PH 222General Physics II
BME 310Biomaterials
BME 210Engineering in Biology
BME 312Biocomputing
BME 313Bioinstrumentation
BME 333Biomechanics of Solids
BME 350Biological Transport Phenomena
BME 370Integrated Physiology
BME 401Undergraduate Biomedical Engineering Seminar
BME 423Living Systems Analysis and Biostatistics
BME 498Capstone Design I Product Development
BME 499Capstone Design II
BY 115Human Anatomy
BY 123Introductory Biology I
CE 210Statics
CH 117General Chemistry II
EE 312Electrical Systems
EGR 150Computer Methods in Engineering
EGR 194Engineering Explorations
EGR 265Math Tools for Engineering Problem Solving
MA 126Calculus II
MA 260Introduction to Linear Algebra
ME 215Dynamics
MSE 280Engineering Materials
BME 221Clinical Innovation I
BME 289Undergraduate Research in Biomedical Engineering I
BME 389Undergraduate Research in Biomedical Engineering II
BME 424Current Topics in Stem Cell Engineering
BME 435Tissue Engineering
BME 443Medical Image Processing
BME 444Machine Learning for Biomedical Engineering Applications
BME 450Computational Neuroscience
BME 462Cardiac Electrophysiology
BME 471Continuum Mechanics of Solids
BME 489Undergraduate Research in Biomedical Engineering III
BME 490Special Topics in Biomedical Engineering
BME 491Individual Study in Biomedical Engineering
BME 494Honors Research I
BY 271Biology of Microorganisms
BY 311Molecular Genetics
BY 330Cell Biology
BY 362Neurobiology
CE 337Hydraulics
CE 345Transportation Engineering
CE 360Structural Analysis
CE 395Engineering Economics
CE 420Advanced Mechanics
CE 433Solid and Hazardous Wastes Management
CH 235Organic Chemistry I
CH 237Organic Chemistry II
CH 355Quantitative Analysis
CH 460Fundamentals of Biochemistry
MA 313Patterns, Functions and Algebraic Reasoning
MA 360Scientific Programming
MA 361Mathematical Modeling
MA 453Fourier Analysis
MA 485Probability
ME 360Introduction to Mechatronic Systems Engineering
ME 370Kinematics and Dynamics of Machinery
ME 371Machine Design
ME 464Introduction to Finite Element Method
MSE 281Physical Materials I
MSE 380Thermodynamics of Materials
MSE 401Materials Processing
MSE 430Polymeric Materials
NBL 355Synapses, Neurons and Brains
NBL 356Mechanisms of Sensation, Movement & Cognition
PH 475Introduction to Biophysics I
PH 487Nanoscale Science and Applications
RHB 400Introduction to Rehabilitation Science
Program Details
Detailed information about this program
No detailed information available.
Requirements
What you need to earn this credential
No requirements listed.
Financial Aid
Eligible funding programs
No funding information available.
Scholarships
No scholarships listed.