Dr. Seth W. Donahue
Classes Taught
- BME 4900 - Biomedical Engineering Fundamentals
FA 2001, 3 credit hours
BME 3750 - Human Biomechanics
FA 2002, 3 credit hours
BME 4000 - Independent Study
FA 2002, 3 credit hours
BME 4900 - Senior Design Projects
FA 2002, 3 credit hours
BME 4900 - Senior Design Projects
SP 2002, 3 credit hours
BME 4100/5100 - Cell and Tissue Mechanics
SP 2002, 3 credit hours
BME 4000 - Independent Study
SP 2002, 3 credit hours
BME 3750 - Human Biomechanics
FA 2003, 3 credit hours
BME 4000 - Independent Study
FA 2003, 3 credit hours
BME 4900 - Senior Design Projects
FA 2003, 3 credit hours
BME 4900 - Senior Design Projects
SP 2003, 3 credit hours
BME 4100/5100 - Cell and Tissue Mechanics
SP 2003, 3 credit hours
BME 4000 - Independent Study
SP 2003, 3 credit hours
BME 3750 - Human Biomechanics
FA 2004, 3 credit hours
BME 4000 - Independent Study
FA 2004, 3 credit hours
BME 4900 - Senior Design Projects
FA 2004, 3 credit hours
BME 4900 - Senior Design Projects
SP 2004, 3 credit hours
BME 4100/5100 - Cell and Tissue Mechanics
SP 2004, 3 credit hours
BME 4000 - Independent Study
SP 2004, 3 credit hours
BME 3750 - Human Biomechanics
FA 2005, 3 credit hours
BME 4000 - Independent Study
FA 2005, 3 credit hours
BME 4900 - Senior Design Projects
FA 2005, 3 credit hours
BME 2600 - Introduction to Biomechanical Engineering
FA 2005, 3 credit hours
BME 4900 - Senior Design Projects
SP 2005, 3 credit hours
BME 4000 - Independent Study
SP 2005, 3 credit hours
BME 3750 - Human Biomechanics
FA 2006, 3 credit hours
BME 4000 - Independent Study
FA 2006, 3 credit hours
BME 4900 - Senior Design Projects
FA 2006, 3 credit hours
BME 4900 - Senior Design Projects
SP 2006, 3 credit hours
BME 4100/5100 - Cell and Tissue Mechanics
SP 2006, 3 credit hours
BME 4000 - Independent Study
SP 2006, 3 credit hours
BME 4900 - Senior Design Projects
SP 2007, 3 credit hours
BME 4100/5100 - Cell and Tissue Mechanics
SP 2007, 3 credit hours
BME 4000 - Independent Study
SP 2007, 3 credit hours
BME 2600 - Intro to Biomedical Engineering
SP 2007, 3 credit hours
BME 3750 - Human Biomechanics
FA 2008, 3 credit hours
BME 4000 - Independent Study
FA 2008, 3 credit hours
BME 4900 - Senior Deisgn Projects
FA 2008, 3 credit hours
BME 4100/5100 - Cell and Tissue Mechanics
FA 2009, 3 credit hours
BME 4000 - Independent Study
FA 2009, 3 credit hours
BME 4900 - Senior Design Porjects
FA 2009, 3 credit hours
BME 2600 - Introduction to Biomedical Engineering
FA 2009, 3 credit hours
BME 4900 - Senior Deisgn Projects
SP 2009, 3 credit hours
BME 3750 - Human Biomechanics
SP 2009, 3 credit hours
BME 4000 - Independent Study
SP 2009, 3 credit hours
BME 2600 - Introduction to Biomedical Engineering
SP 2009, 3 credit hours
BME 4100/5100 - Cell and Tissue Mechanics
FA 2010, 3 credit hours
BME 4000 - Independent Study
FA 2010, 3 credit hours
BME 4900 - Senior Design Projects
FA 2010, 3 credit hours
BME 2600 - Introduction to Biomedical Engineering
FA 2010, 3 credit hours
BME 2100 - Undergraduate BME Seminar
FA 2010, 3 credit hours
BME 4900 - Senior Design Projects
SP 2010, 3 credit hours
BME 3750 - Human Biomechanics
SP 2010, 3 credit hours
BME 4000 - Independent Study
SP 2010, 3 credit hours
BME4100/5100 - Cell and Tissue Mechanics
FA 2011, 3 credit hours
BME4000 - Indepedent Study
FA 2011, 3 credit hours
BME 2600 - Introduction to Biomedical Engineering
FA 2011, 3 credit hours
BME 2100 - Undergraduate BME Seminar
FA 2011, 3 credit hours
BME 4900 - Senior Design Projects
SP 2011, 3 credit hours
BME 3750 - Human Biomechanics
SP 2011, 3 credit hours
BME4000 - Independent Study
SP 2011, 3 credit hours
MECH262 - Engineering Mechanics
FA 2013, 4 credit hours
BIOM441 - Biomechanics and Biomaterials
FA 2013, 3 credit hours
MECH_Biom573 - Struture and Function of Biomaterials
SP 2013, 3 credit hours
BIOM 441 - Biomechanics and Biomaterials
FA 2014, 3 credit hours
MECH 573 - Structure & Function of Biomaterials
SP 2014, 3 credit hours
MECH 573 - Structure & Function of Biomaterials
SP 2014, 3 credit hours
BIOM 573 - Structure & Function of Biomaterials
SP 2014, 3 credit hours
BIOM 441 - Biomechanics and Biomaterials
FA 2015, 3 credit hours
MECH 262 - Engr. Mechanics
SP 2015, 3 credit hours
MECH573 - Structure and Function of Biomaterials
SP 2015, 3 credit hours