Design of Sitting Posture Correction Desk-chair Product Based on Fogg’s Behavior Model

Abstract

Guided by the Fogg's Behavior Model (FBM) theory, this paper designs a deskchair product for effective posture correction by guiding users' operational behaviors. The paper employs a literature review and survey methodology to analyze the current state of posture correction in relevant domains. Leveraging the Fogg's Behavior Model theory, a user model for the posture correction desk-chair is constructed to guide user behavior. The resulting design integrates a posture monitoring feedback system with a dynamic posture correction mechanism, achieving posture correction by both prompting correct posture maintenance and improving user muscle conditions. By aligning with the Fogg's Behavior Model theory and the product usage workflow, user experience can be enhanced. Based on the Fogg's Behavior Model theory, a posture correction desk-chair product is developed with a posture monitoring system and dynamic correction functions, guiding user behavior and optimizing user-product interaction for enhanced correction efficacy. This design concept introduces novel perspectives to the field of related product design research, offering theoretical insights and practical application references.