This course covers basic concepts in electromagnetism and light-matter
interactions of biomedical significance. Topics covered include: optical properties of biological cells, tissues and biomaterials; visible and near-infrared light absorption, scattering and fluorescence spectroscopy; advanced microscopy techniques, optical coherence tomography, vibrational spectroscopy, photoacoustic imaging, photodynamic therapy and their relevance to human disease diagnostic and therapeutic applications.

An introduction to transport phenomena in biological systems covering fundamental principles of fluid mechanics and mass transfer at the cellular, tissue, and organ levels. Topics include macroscopic and microscopic mathematical descriptions of physiological fluid mechanics in circulation and tissue and mass transport related to convection and diffusion in biological systems; transmembrane and transvascular transport; biochemical interactions; mass separations; and kinetics of biochemical reactions.

This course covers basic concepts in electromagnetism and light-matter
interactions of biomedical significance. Topics covered include: optical properties of biological cells, tissues and biomaterials; visible and near-infrared light absorption, scattering and fluorescence spectroscopy; advanced microscopy techniques, optical coherence tomography, vibrational spectroscopy, photoacoustic imaging, photodynamic therapy and their relevance to human disease diagnostic and therapeutic applications.

This course applies principles of continuum mechanics to a broad range of biomechanical phenomena. The topics include: introduction to cell biology, fundamentals of solid mechanics, mechanosensitive machineries in cells, mechanotransduction, cell mechanics, developmental biomechanics, etc. Experimental methods for measuring molecular mechanics, cell adhesion, migration and contraction, and tissue biomechanics will also be discussed. Most recent literature will be used as discussion materials to connect theories with research.

Not available at this time

This course examines and applies decolonizing approaches to archaeological collections management. Students will learn about the history of collecting and museum collections management in the U.S. including laws and policies, such as the Native American Graves Protection and Repatriation Act (NAGPRA) that address the control of Indigenous cultural material and human remains in US museum collections. We will learn about Indigenous approaches to decolonizing museum collections and apply these methods to the care and preparation of UMass collections in support of Tribal consultation requests.

Drug resistance is a major problem that complicates the treatments of infectious diseases. It is a consequence of genetic changes in a microbe, and molecular mechanisms vary widely including mutations of target enzymes, increased expression of efflux pump, horizontal transfer of resistance gene, and induction of inactivating enzymes.

An undergraduate-level introduction to modern cryptography, with a "theory applied to practice" viewpoint. Topics: Blockciphers, pseudorandom functions, symmetric-key encryption schemes, hash functions, message authentication codes, public-key encryption schemes, digital signature schemes, and public-key infrastructures.

Research carried out and reported under supervision of student's adviser as partial fulfillment of requirements for Master's degree in civil engineering or Master's degree in environmental engineering. May not be taken by those taking CE-ENGIN 679 Engineering Report or CE-ENGIN 699 Master's Thesis.

Not available at this time