Biomicrofluidics

4 credits

Introduction to microfluidic technology and applications to biology and medicine. Topics include techniques to machine 3D microstructures, build microfluidic devices, and pattern cells and biomolecules. Covers biomedical challenges that are addressed with microfluidic devices, and associated engineering challenges. Weekly labs include design, fabrication, and testing of a microfluidic device. Recommended: general chemistry (CHEM 142 or equivalent); introductory cell biology (BIOL 200 or equivalent); and differential equations (MATH 207 or equivalent).