The Exercise Psychophysiology Laboratory (ExPPL) is located in Room 357 of Louise Freer Hall. Primarily, the laboratory has a research focus, serving the needs of graduate and undergraduate students conducting research in the area of Exercise Psychophysiology as part of their graduate training in Exercise Psychology, undergraduate honors theses, supervised research experience courses, or independent study courses. In addition to its research role, the ExPPL can be used for educational purposes. For example, the ExPPL is “home” to undergraduates who want to get research experience in the methods and techniques used to study psychophysiological aspects of physical activity and exercise.

The ExPPL is equipped with an array of instruments for the assessment of psychophysiological variables. We have the capability of collecting brain activity data via EEG, muscle activity via EMG responses, Polar* and Faros heart monitors for continuous collection of heart rate, and accelerometers. We also have a Cosmed portable metabolic system along with access to more traditional metabolic carts for collection and analysis of metabolic parameters during exercise sessions. Accompanying the equipment is the requisite software for conditioning and analyzing the various types of data.

The ExPPL houses numerous computers, providing ample computing power for physiological as well as self-report data collection, storage and analysis. All are capable of statistical analysis using SPSS or R. All of the computers are internet-connected via fast Ethernet links along with wifi.

For our exercise interventions, we primarily use a Quinton ClubTrack Treadmill. When necessary (e.g., to reduce movement artifact in psychophysiological measurements taken during acute exercise), we use Lode and Monark cycle ergometers. We also have access to the Physical Fitness Research Laboratory (PFRL) which is equipped with state-of-the-art instruments for the on-line measurement of expired gases during exercise, as well as an impressive array of other measurement and recording devices.

For further information regarding our research, as well as graduate and undergraduate study and research opportunities in Exercise Psychophysiology, please contact Dr Steven J. Petruzzello.