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Biomedical Engineering

College of Engineering · University of California-Davis
21,501 grades64 courses

Department and course prefixes as University of California-Davis lists them in its own catalog.

3.32
average GPA across 21,501 grades
+8% vs. University of California-Davis overall (3.08)
85%
A or B
of 21,501 grades
6.6%
D, F or withdrew
of 22,229 enrolled
A53.7%
B31.7%
C11.2%
Most taken
BIM 001
Introduction to Biomedical Engineering
3.49
2,306 grades
+5% vs. dept
BIM 106
Biotransport Phenomena
2.75
1,366 grades
−17% vs. dept
BIM 109
Biomaterials
3.27
1,347 grades
−1% vs. dept
BIM 020
Fundamentals of Bioengineering
2.59
1,319 grades
−22% vs. dept
BIM 108
Biomedical Signals & Control
3.17
1,312 grades
−5% vs. dept
BIM 105
Probability & Data Science for Biomedical Engineers
2.92
1,179 grades
−12% vs. dept
BIM 110B
Biomedical Engineering Senior Design Experience
3.55
1,113 grades
+7% vs. dept
BIM 189C
Topics in Biomedical Engineering: Biomedical Engineering
3.54
1,103 grades
+7% vs. dept
Courses with a grade record · 64
Developmental5100 level40200 level19
CourseDistributionGPAvs. deptGrades
Developmental5 courses
BIM 001 · — Introduction to Biomedical Engineering
3.49 +5% vs. dept 2,306
BIM 020 · — Fundamentals of Bioengineering
2.59 −22% vs. dept 1,319
BIM 020L · — Graphics Design for BME
3.78 +14% vs. dept 255
BIM 088V · — Introduction to Research
3.61 +9% vs. dept 1,055
BIM 089C · — Topics in Biomedical Engineering
3.92 +18% vs. dept 125
100 level40 courses
BIM 102 · — Cellular Dynamics
3.13 −6% vs. dept 347
BIM 105 · — Probability & Data Science for Biomedical Engineers
2.92 −12% vs. dept 1,179
BIM 106 · — Biotransport Phenomena
2.75 −17% vs. dept 1,366
BIM 107 · — Manufacturing Processes for BME
3.61 +9% vs. dept 648
BIM 108 · — Biomedical Signals & Control
3.17 −5% vs. dept 1,312
BIM 109 · — Biomaterials
3.27 −1% vs. dept 1,347
BIM 110A · — Biomedical Engineering Senior Design Experience
3.55 +7% vs. dept 1,029
BIM 110B · — Biomedical Engineering Senior Design Experience
3.55 +7% vs. dept 1,113
BIM 110C · — Biomedical Engineering Senior Design Experience
3.87 +17% vs. dept 187
BIM 110L
3.53 +6% vs. dept 10
BIM 116 · — Quantitative Physiology
3.22 −3% vs. dept 770
BIM 117 · — Modeling Strategies for Biomedical Engineering
2.88 −13% vs. dept 71
BIM 118 · — Microelectromechanical Systems
3.27 −1% vs. dept 109
BIM 120 · — Introduction to Materials Science for Biomedical Engineers
3.58 +8% vs. dept 131
BIM 126 · — Tissue Mechanics
3.11 −6% vs. dept 130
BIM 140 · — Protein Engineering
3.22 −3% vs. dept 366
BIM 141 · — Cell & Tissue Mechanics
3.21 −3% vs. dept 228
BIM 142 · — Principles & Practices of Biomedical Imaging
3.57 +7% vs. dept 384
BIM 143 · — Biomolecular Systems Engineering: Synthetic Biology
3.27 −1% vs. dept 280
BIM 143L · — Synthetic Biology Laboratory
3.93 +18% vs. dept 41
BIM 144 · — Principles of Biophotonics
3.59 +8% vs. dept 65
BIM 145 · — Immuno-Engineering
3.06 −8% vs. dept 90
BIM 151 · — Computational Tools & Applications in Bioengineering & Biomedicine
3.76 +13% vs. dept 11
BIM 152 · — Molecular Control of Biosystems
3.68 +11% vs. dept 187
BIM 154 · — Computational Genomics
2.69 −19% vs. dept 12
BIM 161A · — Biomolecular Engineering
3.23 −3% vs. dept 368
BIM 161L · — Biomolecular Engineering Laboratory
2.87 −13% vs. dept 27
BIM 162 · — Introduction to the Biophysics of Molecules & Cells
3.39 +2% vs. dept 329
BIM 163 · — Bioelectricity, Biomechanics, & Signaling Systems
3.38 +2% vs. dept 322
BIM 167 · — Biomedical Fluid Mechanics
3.39 +2% vs. dept 167
BIM 170 · — Aspects of Medical Device Design & Manufacturing
3.66 +10% vs. dept 293
BIM 171 · — Clinical Applications for Biomedical Device Design
2.99 −10% vs. dept 297
BIM 172 · — Introduction to Neuroengineering Lab
3.89 +17% vs. dept 68
BIM 173 · — Cell & Tissue Engineering
3.10 −7% vs. dept 360
BIM 174 · — Microcontroller Applications Lab
3.89 +17% vs. dept 118
BIM 176 · — Microfluidic Lab
3.47 +5% vs. dept 10
BIM 180 · — Clinical Needs in Healthcare Settings
3.92 +18% vs. dept 12
BIM 189A · — Topics in Biomedical Engineering: Cellular & Molecular Engineering
3.34 +1% vs. dept 160
BIM 189B · — Topics in Biomedical Engineering: Biomedical Imaging
2.99 −10% vs. dept 137
BIM 189C · — Topics in Biomedical Engineering: Biomedical Engineering
3.54 +7% vs. dept 1,103
200 level19 courses
BIM 204 · — Physiology for Bioengineers
3.81 +15% vs. dept 495
BIM 213 · — Principles & Applications of Biological Sensors
3.77 +14% vs. dept 36
BIM 215
3.34 +1% vs. dept 26
BIM 216 · — Advanced topics in Cellular Engineering
3.70 +11% vs. dept 49
BIM 217 · — Mechanobiology in Health & Disease
3.87 +17% vs. dept 24
BIM 218
3.55 +7% vs. dept 52
BIM 232 · — Skeletal Tissue Mechanics
3.77 +13% vs. dept 66
BIM 233 · — Soft Tissue Mechanics
3.73 +13% vs. dept 52
BIM 243 · — Radiation Detectors for Biomedical Applications
3.71 +12% vs. dept 49
BIM 251
3.69 +11% vs. dept 15
BIM 252 · — Computational Methods in Biomedical Imaging
3.86 +16% vs. dept 19
BIM 254 · — Statistical Methods in Genomics
3.98 +20% vs. dept 16
BIM 255
4.00 +21% vs. dept 11
BIM 263 · — Optical Microscopy Hands-On
3.94 +19% vs. dept 23
BIM 273
3.72 +12% vs. dept 32
BIM 289A · — Selected Topics in Biomedical Engineering: Cellular & Molecular Systems Engineering
3.89 +17% vs. dept 114
BIM 289B · — Selected Topics in Biomedical Engineering: Biomedical Imaging
3.74 +13% vs. dept 10
BIM 289C · — Selected Topics in Biomedical Engineering: Computational Bioengineering
3.84 +16% vs. dept 104
BIM 289D · — Selected Topics in Biomedical Engineering: Cell & Tissue Biomechanics
3.83 +16% vs. dept 64
57 more Biomedical Engineering courses appear in the catalog with no grade record yet.
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