Biomechanics of Human Movement (example projects)
The study of biological and mechanical factors that affect
humans as they move in exercise and sport. Kinematic and kinetic
descriptions of selected motor skills receive careful consideration.
Hands-on experiences through cinematographic analyses of human
movements are provided.
Advanced Biomechanics of Human Movement
An in depth exploration of the biomechanics of human motion
focusing on the concepts and skills needed to perform and interpret
biomechanical analyses of a variety of human movements. Topics
will include anthropometry, kinematics, kinetics, and mechanical
work, energy and power. Select human movement skills from sport,
clinical, and occupation settings will be examined in lecture
and during hands-on laboratory experiences.
Neuromuscular Control
Study of sensorimotor and musculoskeletal systems involved
in producing coordinated and purposeful movements. Injury, training,
practice, learning, and other cognitive-emotional processes
are examined as they affect the neuromuscular control of finely
coordinated skills and vigorous physical performance. Emphasis
is placed on understanding the relevant neuro-physiological
mechanisms and determining how these mechanisms can be exploited
to maximize performance, wellness, and rehabilitation ease.
Exploration of theories of motor control, from the general motor
program to the dynamic system theory.
Instrumentation in Biomechanics
An introduction to the tools and techniques used in biomechanical analyses of human movement. Emphasis is placed on video analysis, including video equipment, videographic principles, qualitative analysis, and 2D and 3D quantitative analysis. Hands-on experiences with different types of video equipment and analysis systems are provided. Students complete human movement analysis projects using different video systems. Familiarity with other biomechanics instrumentation such as force plates will be provided based on student interest.
Multidimensional Assessment of Physical Function
Team-taught survey of the physical functions that affect performance,
physical abilities, and activities of daily living (ADL) in
various populations. Musculoskeletal function, coordination
and motor skills behavior, and body composition are examined
as they influence performance decrements, physical dysfunction,
pain, and the ability to perform ADLs. Also examined are evaluations
of physical function and alternative approaches to movement
training so as to enable appropriate recommendation or referral.
