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Dibs Fall 2026

BIOENGR

Bioengineering

94 courses on record · 12 with sections in Fall 2026

Live section data currently covers GE courses; the rest is filled in by a nightly pass, so this department is likely running more than is listed here.

94 courses

Lower division 2

Lower division courses in Bioengineering
Course Title Predicted GPA This term
10 Introduction to Bioengineering 3.93 n=403 1 section
88S Tissue Engineering: Our Future of Medicine no letter grades —

Upper division 35

Upper division courses in Bioengineering
Course Title Predicted GPA This term
100 Bioengineering Fundamentals 2.71 n=357 1 section
C101 Engineering Principles for Drug Delivery 3.52 n=73 —
C102 Human Physiological Systems for Bioengineering I 3.55 n=145 —
C104 Physical Chemistry of Biomacromolecules 3.64 n=144 1 section
C105 Engineering of Bioconjugates 3.63 n=118 1 section
110 Biotransport and Bioreaction Processes 2.57 n=327 —
120 Biomedical Transducers 3.04 n=301 —
121 Introduction to Microcontrollers 3.88 n=104 —
122 Introduction to Medical Imaging 3.72 n=107 —
125 Orthopaedic Biomechanical Engineering 3.55 n=35 —
129 Case Studies in Drug Development no grade history —
132 Nanogenerators for Bioengineering 3.86 n=30 —
C135 Orthopaedic Biomechanical Engineering 3.61 n=66 —
C139A Biomolecular Materials Science I 3.66 n=78 —
C139B Biomolecular Materials Science II 3.65 n=73 —
CM145 Molecular Biotechnology for Engineers 3.58 n=17 small sample —
C147 Applied Tissue Engineering: Clinical and Industrial Perspective 3.91 n=105 —
M153 Introduction to Microscale and Nanoscale Manufacturing no grade history —
C166 Wearable Bioelectronics 3.93 n=86 —
167L Bioengineering Laboratory 3.85 n=315 —
170 Cell Engineering and Laboratory 3.77 n=11 small sample —
175 Machine Learning and Data-Driven Modeling in Bioengineering 3.54 n=295 —
176 Principles of Biocompatibility 3.16 n=300 —
177A Bioengineering Capstone Design I 3.96 n=290 3 sections
177B Bioengineering Capstone Design II 3.96 n=290 —
177C Bioengineering Industry Capstone and Cooperative Education Program no grade history —
CM178 Introduction to Biomaterials 3.41 n=68 —
180 System Integration in Biology, Engineering, and Medicine I 3.38 n=304 —
180L System Integration in Biology, Engineering, and Medicine I Laboratory 3.96 n=90 —
M182 Dynamic Biosystem Modeling and Simulation Methodology 3.52 n=42 —
M184 Introduction to Computational and Systems Biology no grade history —
C185 Introduction to Tissue Engineering 3.53 n=43 —
188 Special Courses in Bioengineering 3.65 n=144 —
C188 Special Courses in Bioengineering 3.65 n=20 —
199 Directed Research in Bioengineering 3.70 n=10 small sample —

Graduate 57

Graduate courses in Bioengineering
Course Title Predicted GPA This term
C202 Human Physiological Systems for Bioengineering I 3.54 n=13 small sample —
C204 Physical Chemistry of Biomacromolecules 3.68 n=54 —
C205 Engineering of Bioconjugates 3.82 n=72 1 section
C207 Polymer Chemistry for Bioengineers 3.70 n=42 —
M209 Signal and Image Processing for Biomedicine 3.90 n=60 —
212 Advanced Optical Microscopy no grade history —
M215 Biochemical Reaction Engineering no grade history —
M219 Principles and Applications of Magnetic Resonance Imaging 3.76 n=26 —
220 Introduction to Medical Informatics no letter grades 1 section
223A Biomedical Data Sciences Research Laboratory I 3.88 n=77 1 section
223B Programming Laboratory for Medical and Imaging Informatics II 3.89 n=62 —
224A Physics and Informatics of Medical Imaging 3.78 n=65 —
224B Advances in Imaging Informatics 3.93 n=69 —
M226 Medical Knowledge Representation 3.74 n=86 —
M227 Medical Information Infrastructures and Internet Technologies 3.91 n=97 1 section
M228 Medical Decision Making 3.87 n=110 —
M229 Advanced Topics in Magnetic Resonance Imaging 3.70 n=11 small sample —
M233A Medtech Innovation I: Entrepreneurial Opportunities in Medical Technology 3.89 n=138 —
M233B Medtech Innovation II: Prototyping and New Venture Development 3.94 n=82 —
C235 Orthopaedic Biomechanical Engineering 3.79 n=14 small sample —
M236 Contrast Mechanisms and Quantification in Magnetic Resonance Imaging 3.65 n=10 small sample —
C239A Biomolecular Materials Science I 3.64 n=31 —
242 Biophotonics 3.77 n=22 —
CM245 Molecular Biotechnology for Engineers 3.76 n=38 —
C247 Applied Tissue Engineering: Clinical and Industrial Perspective 3.73 n=11 small sample —
C255 Fluid-Particle and Fluid-Structure Interactions in Microflows 3.59 n=18 small sample —
M260 Neuroengineering 3.80 n=40 —
C266 Wearable Bioelectronics 3.94 n=98 —
271 Biotechnology of Cellular Therapies 3.81 n=37 —
275 Machine Learning and Data-Driven Modeling in Bioengineering 3.53 n=57 —
C275 Machine Learning and Data-Driven Modeling in Bioengineering 3.58 n=15 small sample —
CM278 Introduction to Biomaterials 3.59 n=55 1 section
281 Advanced Bioconjugate Design and Methods 3.82 n=13 small sample —
C285 Introduction to Tissue Engineering 3.56 n=61 —
C288 Special Courses in Bioengineering: Large-Scale Inference in Biomedical Data Science no grade history —
295A Seminar: Research Topics in Bioengineering--Biomaterial Research no grade history —
295E Seminar: Research Topics in Bioengineering--Molecular Cell Bioengineering Research no grade history —
295F Seminar: Research Topics in Bioengineering--Biopolymer Materials and Chemistry no grade history —
295G Seminar: Research Topics in Bioengineering--Biomicrofluidics and Bionanotechnology Research no grade history —
295H Seminar: Research Topics in Bioengineering--Biomimetic System Research no grade history —
295K Seminar: Research Topics in Bioengineering--Research in Synthetic Immunology and Microbiology no grade history —
295L Seminar: Research Topics in Bioengineering--Cell and Tissue Engineering no grade history —
295M Seminar: Research Topics in Bioengineering--Research in Biological Systems Engineering no grade history —
295N Seminar: Research Topics in Bioengineering--Research in Biophotonics no grade history —
295O Seminar: Research Topics in Bioengineering--Research in Modeling of Drug Effects no grade history —
295P Seminar: Research Topics in Bioengineering--Bioelectronics Research no grade history —
295Q Seminar: Research Topics in Bioengineering--Research in Biomolecular Engineering and Microbial Biosensing no grade history —
295R Seminar: Research Topics in Bioengineering--Research in RNA Nanotechnology no grade history —
295S Seminar: Research Topics in Bioengineering--Protein Engineering for Cellular Immunotherapy no grade history —
295T Seminar: Research Topics in Bioengineering--Research in Biomedical Data Science no grade history —
295U Seminar: Research Topics in Bioengineering--Generative Artificial Intelligence no grade history —
298 Special Studies in Bioengineering: Advanced Nucleic Acid Nanotechnology 3.65 n=20 —
299 Seminar: Bioengineering Topics no letter grades 1 section
495 Teaching Assistant Training Seminar no letter grades 1 section
596 Directed Individual or Tutorial Studies no letter grades —
597A Preparation for MS Comprehensive Examination no letter grades —
599 Research for and Preparation of PhD Dissertation no letter grades —

“Predicted” is shrunk toward the department average, so a course taught once to a dozen students sits near the department mean rather than at whatever those twelve happened to get. The figure is always shown — small sample marks where it rests mostly on that prior.