Biomedical Engineering
2026-2027
115 courses
- BIM 001— Introduction to Biomedical Engineering
- BIM 020— Fundamentals of Bioengineering
- BIM 020L— Graphics Design for BME
- BIM 088V— Introduction to Research
- BIM 089A— Topics in Biomedical Engineering
- BIM 089B— Topics in Biomedical Engineering
- BIM 089C— Topics in Biomedical Engineering
- BIM 099— Special Study for Undergraduates
- BIM 102— Cellular Dynamics
- BIM 105— Probability & Data Science for Biomedical Engineers
- BIM 106— Biotransport Phenomena
- BIM 107— Manufacturing Processes for BME
- BIM 108— Biomedical Signals & Control
- BIM 109— Biomaterials
- BIM 110A— Biomedical Engineering Senior Design Experience
- BIM 110B— Biomedical Engineering Senior Design Experience
- BIM 110C— Biomedical Engineering Senior Design Experience
- BIM 111— Biomedical Instrumentation Laboratory
- BIM 116— Quantitative Physiology
- BIM 117— Modeling Strategies for Biomedical Engineering
- BIM 118— Microelectromechanical Systems
- BIM 120— Introduction to Materials Science for Biomedical Engineers
- BIM 125— Introduction to Design & Analysis of Experiments for BME
- BIM 126— Tissue Mechanics
- BIM 140— Protein Engineering
- BIM 140L— Protein Engineering Laboratory
- BIM 141— Cell & Tissue Mechanics
- BIM 142— Principles & Practices of Biomedical Imaging
- BIM 143— Biomolecular Systems Engineering: Synthetic Biology
- BIM 143L— Synthetic Biology Laboratory
- BIM 144— Principles of Biophotonics
- BIM 145— Immuno-Engineering
- BIM 146— Biomedical Image Processing
- BIM 148— Medical Physics & Engineering for Cancer Therapy
- BIM 151— Computational Tools & Applications in Bioengineering & Biomedicine
- BIM 152— Molecular Control of Biosystems
- BIM 154— Computational Genomics
- BIM 155— Machine Learning for Biomedical Engineering
- BIM 161A— Biomolecular Engineering
- BIM 161L— Biomolecular Engineering Laboratory
- BIM 162— Introduction to the Biophysics of Molecules & Cells
- BIM 163— Bioelectricity, Biomechanics, & Signaling Systems
- BIM 167— Biomedical Fluid Mechanics
- BIM 170— Aspects of Medical Device Design & Manufacturing
- BIM 171— Clinical Applications for Biomedical Device Design
- BIM 172— Introduction to Neuroengineering Lab
- BIM 173— Cell & Tissue Engineering
- BIM 174— Microcontroller Applications Lab
- BIM 176— Microfluidic Lab
- BIM 177— Introduction to Rapid Prototyping for BME
- BIM 178— Biomedical Engineering Cell Culture Laboratory
- BIM 180— Clinical Needs in Healthcare Settings
- BIM 181— Clinical Physiology for Engineers
- BIM 182— Entrepreneurship in Biomedical Engineering
- BIM 189A— Topics in Biomedical Engineering: Cellular & Molecular Engineering
- BIM 189B— Topics in Biomedical Engineering: Biomedical Imaging
- BIM 189C— Topics in Biomedical Engineering: Biomedical Engineering
- BIM 190A— Upper Division Seminar in Biomedical Engineering
- BIM 192— Internship in Biomedical Engineering
- BIM 197T— Tutoring in Biomedical Engineering
- BIM 198— Directed Group Study
- BIM 199— Special Study for Advanced Undergraduates
- BIM 201— Scientific Communication for Biomedical Engineers
- BIM 202— Cell & Molecular Biology for Engineers
- BIM 204— Physiology for Bioengineers
- BIM 208Y— Towards Well-Being
- BIM 209— Scientific Integrity for Biomedical Engineers
- BIM 210— Introduction to Biomaterials
- BIM 211— Design of Polymeric Biomaterials & Biological Interfaces
- BIM 212— Biomedical Heat & Mass Transport Processes
- BIM 213— Principles & Applications of Biological Sensors
- BIM 214— Continuum Biomechanics
- BIM 216— Advanced topics in Cellular Engineering
- BIM 217— Mechanobiology in Health & Disease
- BIM 221— Drug Delivery Systems
- BIM 222— Cytoskeletal Mechanics
- BIM 223— Multibody Dynamics
- BIM 225— Spatial Kinematics & Robotics
- BIM 228— Skeletal Muscle Mechanics: Form, Function, Adaptability
- BIM 232— Skeletal Tissue Mechanics
No courses found.