Towards a Pedagogy of Stress Management Through Biofeedback

This research was conducted via a collaborative effort between Penn State Hazleton and Penn State Brandywine. A literature review was completed to contextualize the findings, and all materials were presented at the 2025 PSU Undergraduate Research Symposium (4/11/2025) at the Lofstrom Library in Hazleton, Pennsylvania. This work was awarded the University Libraries Undergraduate Research Award: Excellence in Information Literacy Fifth Place Prize.

Abstract: Amidst the rapidly changing scope of higher education, college students frequently report stress and anxiety. Biofeedback has demonstrated potential upside in the context of stress management, utilizing real-time physiological data to allow users to self-regulate sympathetic nervous activity. Although existing treatments for anxiety such as mindfulness, talk therapy, and exercise demonstrate consistent efficacy in the realm of anxiety treatment, biofeedback can complement these interventions through the facilitation of neural adaptation associated with physiological stress reduction. In this pilot project, undergraduate students (n=58) volunteered to examine the effects of a handheld auditory biofeedback device. 45 students were given a biofeedback device to use for 7 days, while 13 students were briefed on biofeedback basics and allowed to test the device once. Generalized Anxiety Disorder-7 (GAD-7) was administered before the intervention (n=45) and after 7 days of use. Qualitative thematic analysis revealed improvements in stress and anxiety levels and revealed a marginally significant reduction in nervousness (p=0.046) after the trial period. Pre-existing and acquired data do not provide a complete picture into biofeedback’s efficacy when administered in a college setting, and further advocacy and research are necessary to identify the extent to which biofeedback education fits within stress management curricula in higher education.

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Work Title Towards a Pedagogy of Stress Management Through Biofeedback
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Open Access
Creators
  1. Andrea Randolph-Krisova
  2. Karen Stylianides
  3. Quinlan Roche
License No Copyright - U.S.
Work Type Project
Acknowledgments
  1. This research was supported by the Penn State University General Education Micro Grant and Butler Grant/Penn State Hazleton
Publication Date 2025
Deposited June 03, 2025

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Version 1
published

  • Created
  • Updated
  • Updated Description, Publication Date Show Changes
    Description
    • Amidst the rapidly changing scope of higher education, college students frequently report stress and anxiety. Biofeedback has demonstrated potential upside in the context of stress management, utilizing real-time physiological data to allow users to self-regulate sympathetic nervous activity. Although existing treatments for anxiety such as mindfulness, talk therapy, and exercise demonstrate consistent efficacy in the realm of anxiety treatment, biofeedback can complement these interventions through the facilitation of neural adaptation associated with physiological stress reduction. In this pilot project, undergraduate students (n=58) volunteered to examine the effects of a handheld auditory biofeedback device. 45 students were given a biofeedback device to use for 7 days, while 13 students were briefed on biofeedback basics and allowed to test the device once. Generalized Anxiety Disorder-7 (GAD-7) was administered before the intervention (n=45) and after 7 days of use. Qualitative thematic analysis revealed improvements in stress and anxiety levels, and quantitative analysis revealed a marginally significant reduction in nervousness (p=0.046) after the trial period. Pre-existing and acquired data do not provide a complete picture into biofeedback’s efficacy when administered in a college setting, and further advocacy and research are necessary to identify the extent to which biofeedback education fits within stress management curricula in higher education.
    Publication Date
    • 2025
  • Updated Description Show Changes
    Description
    • Amidst the rapidly changing scope of higher education, college students frequently report stress and anxiety. Biofeedback has demonstrated potential upside in the context of stress management, utilizing real-time physiological data to allow users to self-regulate sympathetic nervous activity. Although existing treatments for anxiety such as mindfulness, talk therapy, and exercise demonstrate consistent efficacy in the realm of anxiety treatment, biofeedback can complement these interventions through the facilitation of neural adaptation associated with physiological stress reduction. In this pilot project, undergraduate students (n=58) volunteered to examine the effects of a handheld auditory biofeedback device. 45 students were given a biofeedback device to use for 7 days, while 13 students were briefed on biofeedback basics and allowed to test the device once. Generalized Anxiety Disorder-7 (GAD-7) was administered before the intervention (n=45) and after 7 days of use. Qualitative thematic analysis revealed improvements in stress and anxiety levels, and quantitative analysis revealed a marginally significant reduction in nervousness (p=0.046) after the trial period. Pre-existing and acquired data do not provide a complete picture into biofeedback’s efficacy when administered in a college setting, and further advocacy and research are necessary to identify the extent to which biofeedback education fits within stress management curricula in higher education.
    • Amidst the rapidly changing scope of higher education, college students frequently report stress and anxiety. Biofeedback has demonstrated potential upside in the context of stress management, utilizing real-time physiological data to allow users to self-regulate sympathetic nervous activity. Although existing treatments for anxiety such as mindfulness, talk therapy, and exercise demonstrate consistent efficacy in the realm of anxiety treatment, biofeedback can complement these interventions through the facilitation of neural adaptation associated with physiological stress reduction. In this pilot project, undergraduate students (n=58) volunteered to examine the effects of a handheld auditory biofeedback device. 45 students were given a biofeedback device to use for 7 days, while 13 students were briefed on biofeedback basics and allowed to test the device once. Generalized Anxiety Disorder-7 (GAD-7) was administered before the intervention (n=45) and after 7 days of use. Qualitative thematic analysis revealed improvements in stress and anxiety levels and revealed a marginally significant reduction in nervousness (p=0.046) after the trial period. Pre-existing and acquired data do not provide a complete picture into biofeedback’s efficacy when administered in a college setting, and further advocacy and research are necessary to identify the extent to which biofeedback education fits within stress management curricula in higher education.
  • Updated Acknowledgments Show Changes
    Acknowledgments
    • This research was supported by the Penn State University General Education Micro Grant and Butler Grant/Penn State Hazleton
  • Added Creator Quinlan Roche
  • Added Creator Karen (she, her, hers) Stylianides
  • Added Creator Andrea Randolph
  • Added Biofeedback 2025CHEP_Poster_PennState (2).pdf
  • Added Towards a Pedagogy Lit Review.pdf
  • Updated License Show Changes
    License
    • https://rightsstatements.org/page/NoC-US/1.0/
  • Published

Version 2
published

  • Created
  • Updated Creator Quinlan Roche
  • Updated Creator Andrea Randolph
  • Published
  • Updated
  • Renamed Creator Andrea Randolph-Krisova Show Changes
    • Andrea Randolph
    • Andrea Randolph-Krisova
  • Renamed Creator Karen Stylianides Show Changes
    • Karen (she, her, hers) Stylianides
    • Karen Stylianides

Version 3
published

  • Created
  • Updated Subtitle Show Changes
    Subtitle
    • This research was conducted via a collaborative effort between Penn State Hazleton and Penn State Brandywine. A literature review was completed to contextualize the findings, and all materials were presented at the 2025 PSU Undergraduate Research Symposium (4/11/2025) at the Lofstrom Library in Hazleton Pennsylvania. This work was awarded the University Libraries Undergraduate Research Award: Excellence in Information Literacy Fifth Place Prize.
  • Published

Version 4
published

  • Created
  • Updated Subtitle Show Changes
    Subtitle
    • This research was conducted via a collaborative effort between Penn State Hazleton and Penn State Brandywine. A literature review was completed to contextualize the findings, and all materials were presented at the 2025 PSU Undergraduate Research Symposium (4/11/2025) at the Lofstrom Library in Hazleton Pennsylvania. This work was awarded the University Libraries Undergraduate Research Award: Excellence in Information Literacy Fifth Place Prize.
    • This research was conducted via a collaborative effort between Penn State Hazleton and Penn State Brandywine. A literature review was completed to contextualize the findings, and all materials were presented at the 2025 PSU Undergraduate Research Symposium (4/11/2025) at the Lofstrom Library in Hazleton, Pennsylvania. This work was awarded the University Libraries Undergraduate Research Award: Excellence in Information Literacy Fifth Place Prize.
  • Published
  • Updated
  • Updated Subtitle, Description Show Changes
    Subtitle
    • This research was conducted via a collaborative effort between Penn State Hazleton and Penn State Brandywine. A literature review was completed to contextualize the findings, and all materials were presented at the 2025 PSU Undergraduate Research Symposium (4/11/2025) at the Lofstrom Library in Hazleton, Pennsylvania. This work was awarded the University Libraries Undergraduate Research Award: Excellence in Information Literacy Fifth Place Prize.
    Description
    • Amidst the rapidly changing scope of higher education, college students frequently report stress and anxiety. Biofeedback has demonstrated potential upside in the context of stress management, utilizing real-time physiological data to allow users to self-regulate sympathetic nervous activity. Although existing treatments for anxiety such as mindfulness, talk therapy, and exercise demonstrate consistent efficacy in the realm of anxiety treatment, biofeedback can complement these interventions through the facilitation of neural adaptation associated with physiological stress reduction. In this pilot project, undergraduate students (n=58) volunteered to examine the effects of a handheld auditory biofeedback device. 45 students were given a biofeedback device to use for 7 days, while 13 students were briefed on biofeedback basics and allowed to test the device once. Generalized Anxiety Disorder-7 (GAD-7) was administered before the intervention (n=45) and after 7 days of use. Qualitative thematic analysis revealed improvements in stress and anxiety levels and revealed a marginally significant reduction in nervousness (p=0.046) after the trial period. Pre-existing and acquired data do not provide a complete picture into biofeedback’s efficacy when administered in a college setting, and further advocacy and research are necessary to identify the extent to which biofeedback education fits within stress management curricula in higher education.
    • This research was conducted via a collaborative effort between Penn State Hazleton and Penn State Brandywine. A literature review was completed to contextualize the findings, and all materials were presented at the 2025 PSU Undergraduate Research Symposium (4/11/2025) at the Lofstrom Library in Hazleton, Pennsylvania. This work was awarded the University Libraries Undergraduate Research Award: Excellence in Information Literacy Fifth Place Prize.
    • Abstract: Amidst the rapidly changing scope of higher education, college students frequently report stress and anxiety. Biofeedback has demonstrated potential upside in the context of stress management, utilizing real-time physiological data to allow users to self-regulate sympathetic nervous activity. Although existing treatments for anxiety such as mindfulness, talk therapy, and exercise demonstrate consistent efficacy in the realm of anxiety treatment, biofeedback can complement these interventions through the facilitation of neural adaptation associated with physiological stress reduction. In this pilot project, undergraduate students (n=58) volunteered to examine the effects of a handheld auditory biofeedback device. 45 students were given a biofeedback device to use for 7 days, while 13 students were briefed on biofeedback basics and allowed to test the device once. Generalized Anxiety Disorder-7 (GAD-7) was administered before the intervention (n=45) and after 7 days of use. Qualitative thematic analysis revealed improvements in stress and anxiety levels and revealed a marginally significant reduction in nervousness (p=0.046) after the trial period. Pre-existing and acquired data do not provide a complete picture into biofeedback’s efficacy when administered in a college setting, and further advocacy and research are necessary to identify the extent to which biofeedback education fits within stress management curricula in higher education.