Rutgers University 3 credits Electrical and Computer Engineering
This course seeks to introduce the major biochemical and molecular processes relevant in molecular diagnostics. The curriculum covers an understanding of emerging micro- and nanotechnologies for biomarker-based disease diagnosis and gives insight and understanding to participants to quantitatively evaluate and design biosensing solutions in medical diagnostics. The course explores the interface of biology and engineering, in particular microfluidics, sample preparation, and biosensing in current and emerging technologies. Topics include Intro to Molecular Biology and Physiology, Intro to Cancer Biology, Traditional Diagnostics, Microfluidics: Hydrodynamic Physics, Mass Transfer Affects and Biosensor Performance Limits, Interfacial Electrochemistry/Electrical Biosensing, In-vitro and In-vivo Bioelectronic Devices and Interfaces, Electronic Biosensors, Noise Analysis, Signal Conditioning, Low-Noise Electronic Circuits for Biosensing, Electric Field/Fluid Interactions: Electrokinetics, Micro/Nanofabrication Techniques, Electrokinetics and Sample Preparation, Nanoelectronic Biosensing Devices, Optical Microscopy and Nanophotonic Micromechanical and Magnetic Sensing Techniques.
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