University of Michigan since Sep 2011
Professor
University of Michigan School of Kinesiology Mar 2010 - Jun 2013
Associate Dean for Research
University of Michigan Sep 2006 - Aug 2011
Associate Professor
University of Michigan Jul 2001 - Aug 2006
Assistant Professor
University of Washington Mar 2000 - Jun 2001
Post-doctoral Fellow
Education:
University of California, Berkeley 1994 - 1998
Ph.D., Human Biodynamics
University of Miami 1992 - 1994
M.S., Exercise Physiology
University of Central Florida 1989 - 1992
B.S., Mathematics Education
Lake Mary High School 1984 - 1988
Skills:
Biomechanics Human Computer Interaction Biomedical Engineering Science Neuroscience Physiology Research Design Experimental Design Neurophysiology Scientific Writing
CVS Pharmacy Worcester, MA 2003 to 2010 PharmacistFallon Clinic Worcester, MA 1993 to 2003 staff pharmacistCity Hospital Worcester, MA 1978 to 1993 staff pharmacist
Education:
Massachusetts College Of Pharmacy Boston, MA 1972 to 1977 Bachelor of Science in Pharmacy
Youtube
TEDxUofM - Daniel Ferris - Science and Engine...
"The Science & Engineering of Iron Man" Daniel Ferris is an Associate ...
Duration:
15m 10s
Ferris - Twenty years of biomechanics (and so...
Ferris, Daniel. 2018. Twenty years of biomechanics (and some energetic...
Duration:
26m 31s
60% Stock Market Crash? A Nasty Bear Market I...
Check out for an extended conversation between Dan Ferris and Daniel...
Duration:
14m 40s
Daniel Ferris - Saturday Morning Physics - 1...
Daniel Ferris 'The Mechanics of Running" December 13, 2014 170 Dennsio...
Duration:
49m 25s
PERFORM Centre Research Conference at Concord...
How much do we use our brains during walking and running?, a talk by D...
Duration:
31m 15s
Daniel Ferris -- Comprehensive physiological ...
Presentation by Daniel Ferris (University of Floria, USA) at the Works...
Studnicki and her advisor, Daniel Ferris, discovered that the brains of table tennis players react very differently to human or machine opponents. Faced with the inscrutability of a ball machine, players brains scrambled themselves in anticipation of the next serve. While with the obvious cues that
Date: Apr 10, 2023
Category: Science
Source: Google
This mechanical exoskeleton makes walking more efficient
Others wonder how the device will fair with everyday use. "It isn't clear how the device would respond to non-rhythmical cyclic tasks," says Daniel Ferris, a biomedical engineer, also at the University of Michigan. Energy savings might not occur during tasks like standing, turning maneuvers, sit-to-
involved in the project say the Chicago research is on the leading edge. Most artificial legs are passive. "They're basically fancy wooden legs," said Daniel Ferris of the University of Michigan. Others have motorized or mechanical components but don't respond to the electrical impulses caused by thought.