BIM courses
115 courses · University of California Davis · Fall 2026
- BIM 001 — Introduction to Biomedical Engineering1 section
- BIM 020 — Fundamentals of Bioengineering1 section
- BIM 020L — Graphics Design for BME1 section
- BIM 088V — Introduction to Research1 section
- BIM 089A — Topics in Biomedical Engineering1 section
- BIM 089B — Topics in Biomedical Engineering1 section
- BIM 089C — Topics in Biomedical Engineering1 section
- BIM 099 — Special Study for Undergraduates1 section
- BIM 102 — Cellular Dynamics1 section
- BIM 105 — Probability & Data Science for Biomedical Engineers1 section
- BIM 106 — Biotransport Phenomena1 section
- BIM 107 — Manufacturing Processes for BME1 section
- BIM 108 — Biomedical Signals & Control1 section
- BIM 109 — Biomaterials1 section
- BIM 110A — Biomedical Engineering Senior Design Experience1 section
- BIM 110B — Biomedical Engineering Senior Design Experience1 section
- BIM 110C — Biomedical Engineering Senior Design Experience1 section
- BIM 111 — Biomedical Instrumentation Laboratory1 section
- BIM 116 — Quantitative Physiology1 section
- BIM 117 — Modeling Strategies for Biomedical Engineering1 section
- BIM 118 — Microelectromechanical Systems1 section
- BIM 120 — Introduction to Materials Science for Biomedical Engineers1 section
- BIM 125 — Introduction to Design & Analysis of Experiments for BME1 section
- BIM 126 — Tissue Mechanics1 section
- BIM 140 — Protein Engineering1 section
- BIM 140L — Protein Engineering Laboratory1 section
- BIM 141 — Cell & Tissue Mechanics1 section
- BIM 142 — Principles & Practices of Biomedical Imaging1 section
- BIM 143 — Biomolecular Systems Engineering: Synthetic Biology1 section
- BIM 143L — Synthetic Biology Laboratory1 section
- BIM 144 — Principles of Biophotonics1 section
- BIM 145 — Immuno-Engineering1 section
- BIM 146 — Biomedical Image Processing1 section
- BIM 148 — Medical Physics & Engineering for Cancer Therapy1 section
- BIM 151 — Computational Tools & Applications in Bioengineering & Biomedicine1 section
- BIM 152 — Molecular Control of Biosystems1 section
- BIM 154 — Computational Genomics1 section
- BIM 155 — Machine Learning for Biomedical Engineering1 section
- BIM 161A — Biomolecular Engineering1 section
- BIM 161L — Biomolecular Engineering Laboratory1 section
- BIM 162 — Introduction to the Biophysics of Molecules & Cells1 section
- BIM 163 — Bioelectricity, Biomechanics, & Signaling Systems1 section
- BIM 167 — Biomedical Fluid Mechanics1 section
- BIM 170 — Aspects of Medical Device Design & Manufacturing1 section
- BIM 171 — Clinical Applications for Biomedical Device Design1 section
- BIM 172 — Introduction to Neuroengineering Lab1 section
- BIM 173 — Cell & Tissue Engineering1 section
- BIM 174 — Microcontroller Applications Lab1 section
- BIM 176 — Microfluidic Lab1 section
- BIM 177 — Introduction to Rapid Prototyping for BME1 section
- BIM 178 — Biomedical Engineering Cell Culture Laboratory1 section
- BIM 180 — Clinical Needs in Healthcare Settings1 section
- BIM 181 — Clinical Physiology for Engineers1 section
- BIM 182 — Entrepreneurship in Biomedical Engineering1 section
- BIM 189A — Topics in Biomedical Engineering: Cellular & Molecular Engineering1 section
- BIM 189B — Topics in Biomedical Engineering: Biomedical Imaging1 section
- BIM 189C — Topics in Biomedical Engineering: Biomedical Engineering1 section
- BIM 190A — Upper Division Seminar in Biomedical Engineering1 section
- BIM 192 — Internship in Biomedical Engineering1 section
- BIM 197T — Tutoring in Biomedical Engineering1 section
- BIM 198 — Directed Group Study1 section
- BIM 199 — Special Study for Advanced Undergraduates1 section
- BIM 201 — Scientific Communication for Biomedical Engineers1 section
- BIM 202 — Cell & Molecular Biology for Engineers1 section
- BIM 204 — Physiology for Bioengineers1 section
- BIM 208Y — Towards Well-Being1 section
- BIM 209 — Scientific Integrity for Biomedical Engineers1 section
- BIM 210 — Introduction to Biomaterials1 section
- BIM 211 — Design of Polymeric Biomaterials & Biological Interfaces1 section
- BIM 212 — Biomedical Heat & Mass Transport Processes1 section
- BIM 213 — Principles & Applications of Biological Sensors1 section
- BIM 214 — Continuum Biomechanics1 section
- BIM 216 — Advanced topics in Cellular Engineering1 section
- BIM 217 — Mechanobiology in Health & Disease1 section
- BIM 221 — Drug Delivery Systems1 section
- BIM 222 — Cytoskeletal Mechanics1 section
- BIM 223 — Multibody Dynamics1 section
- BIM 225 — Spatial Kinematics & Robotics1 section
- BIM 228 — Skeletal Muscle Mechanics: Form, Function, Adaptability1 section
- BIM 232 — Skeletal Tissue Mechanics1 section
- BIM 233 — Soft Tissue Mechanics1 section
- BIM 239 — Advanced Finite Elements & Optimization1 section
- BIM 240 — Computational Methods in Nonlinear Mechanics1 section
- BIM 241 — Introduction to Magnetic Resonance Imaging1 section
- BIM 242 — Introduction to Biomedical Imaging1 section
- BIM 243 — Radiation Detectors for Biomedical Applications1 section
- BIM 246 — Magnetic Resonance Technology1 section
- BIM 248 — Multi-modal Neuroimaging Techniques1 section
- BIM 252 — Computational Methods in Biomedical Imaging1 section
- BIM 254 — Statistical Methods in Genomics1 section
- BIM 257 — Fundamentals of Tissue Optics & Biomedical Applications1 section
- BIM 258 — Advanced Biophotonics & Bioimaging1 section
- BIM 260 — Techniques in Molecular & Cellular Mechanics1 section
- BIM 262 — Cell & Molecular Biophysics for Bioengineers1 section
- BIM 263 — Optical Microscopy Hands-On1 section
- BIM 264 — Synthetic & Systems Engineering of Cells1 section
- BIM 265 — NanoEngineering1 section
- BIM 272 — Tissue Engineering1 section
- BIM 280 — Neural Signals & Machine Learning Tools for Neural Data1 section
- BIM 281 — Acquisition & Analysis of Biomedical Signals1 section
- BIM 283 — Advanced Design of Experiments for Biomedical Engineers1 section
- BIM 284 — Mathematical Methods for Biomedical Engineers1 section
- BIM 286 — Nuclear Imaging in Medicine & Biology1 section
- BIM 288 — Living Matter: Physical Biology of the Cell1 section
- BIM 289A — Selected Topics in Biomedical Engineering: Cellular & Molecular Systems Engineering1 section
- BIM 289B — Selected Topics in Biomedical Engineering: Biomedical Imaging1 section
- BIM 289C — Selected Topics in Biomedical Engineering: Computational Bioengineering1 section
- BIM 289D — Selected Topics in Biomedical Engineering: Cell & Tissue Biomechanics1 section
- BIM 289E — Selected Topics in Biomedical Engineering: Analysis of Human Movement1 section
- BIM 290 — Seminar1 section
- BIM 290C — Graduate Research Conference1 section
- BIM 295 — Literature in Neuroengineering1 section
- BIM 298 — Directed Group Study1 section
- BIM 299 — Research1 section
- BIM 396 — Teaching Assistant Training Practicum1 section
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