How Does Prompt Engineering Literacy Affect the Technostress Dynamics Between Self-Discrepancy and Job Burnout?

The ubiquitous integration of technologies in organizations presents both opportunities and challenges for employees’ experiences of technostress and coping responses. Conventional Information Systems have long been recognized as sources of technostress, with most studies emphasizing technology characteristics as primary stressors. However, we argue that emerging technologies, such as Generative AI, can serve as coping tools as well. Drawing on Social Cognitive and Self-Discrepancy theories, we propose that while prompt engineering literacy may briefly lower self-efficacy (a J-curve effect) among non-experts, a supportive environment can smooth this learning curve. As prompt engineering literacy develops, self-efficacy rises, reducing self-discrepancies, mitigating technostress, and ultimately lowering job burnout. Practically, our framework offers guidance for organizations to enhance productivity through Generative AI deployment while supporting employee well-being.

Publication Details

Journal
Journal of the Association for Information Systems
Published
2025-08-15
Primary Topic
Technostress in Professional Settings
Type
article
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article

How Does Prompt Engineering Literacy Affect the Technostress Dynamics Between Self-Discrepancy and Job Burnout?

Journal of the Association for Information Systems
Technostress in Professional Settings
article

How Does Prompt Engineering Literacy Affect the Technostress Dynamics Between Self-Discrepancy and Job Burnout?

article en

Abstract

The ubiquitous integration of technologies in organizations presents both opportunities and challenges for employees’ experiences of technostress and coping responses. Conventional Information Systems have long been recognized as sources of technostress, with most studies emphasizing technology characteristics as primary stressors. However, we argue that emerging technologies, such as Generative AI, can serve as coping tools as well. Drawing on Social Cognitive and Self-Discrepancy theories, we propose that while prompt engineering literacy may briefly lower self-efficacy (a J-curve effect) among non-experts, a supportive environment can smooth this learning curve. As prompt engineering literacy develops, self-efficacy rises, reducing self-discrepancies, mitigating technostress, and ultimately lowering job burnout. Practically, our framework offers guidance for organizations to enhance productivity through Generative AI deployment while supporting employee well-being.

Journal of the Association for Information Systems
Quality Education
Openalex Percentile: Top 42%
Technostress in Professional Settings
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