Digitally Engineered Retention: The Role of AI in Structuring Tenure?Based Incentive Systems

Purpose-Rapid digitalization is reshaping how organizations manage and motivate their workforce.China's private healthcare sector faces severe retention challenges; at Jiahui Healthcare, the workforce declined from 408 in 2021 to 330 in 2023, with retention falling from 80% to 64%.This study examines how artificial intelligence (AI) and digital analytics can inform tenure-based incentive systems that strengthen employee retention.Methodology-A participatory action-research project was conducted at Jiahui Healthcare involving two sequential interventions: an Enhanced Talent Management Program (ETMP) and a digitally engineered Retention-Linked Incentive Program (RLIP).The RLIP employed a human resource information system (HRIS) to track tenure milestones and automate rewards, while exploring the role of AI-driven analytics and predictive algorithms in tailoring incentives and identifying attrition risks.Findings-The interventions achieved a 22% reduction in turnover intention and improved perceptions of digital equity.Results indicate that integrating developmental initiatives with transparent, digitally enabled incentive systems provides a more effective response to retention pressures than either approach alone.Value-The study contributes to the growing field of digital human resource management by demonstrating how participatory action research and AI-enabled incentive design can deliver practical solutions to workforce retention.It highlights the potential of combining developmental programs with predictive, technology-driven tools to sustain engagement in high-pressure service environments.

Authors

Publication Details

Journal
International Journal of Academic Research in Business and Social Sciences
Published
2025-09-15
DOI
https://doi.org/10.6007/ijarbss/v15-i9/26447
Primary Topic
Banking stability, regulation, efficiency
Type
article
Field-Weighted Citation Impact
0.00
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article

Digitally Engineered Retention: The Role of AI in Structuring Tenure?Based Incentive Systems

Yang Yang, Mazuwin Haja Maideen
International Journal of Academic Research in Business and Social Sciences
Banking stability, regulation, efficiency
article

Digitally Engineered Retention: The Role of AI in Structuring Tenure?Based Incentive Systems

Yang Yang, Mazuwin Haja Maideen
article en

Abstract

Purpose-Rapid digitalization is reshaping how organizations manage and motivate their workforce.China's private healthcare sector faces severe retention challenges; at Jiahui Healthcare, the workforce declined from 408 in 2021 to 330 in 2023, with retention falling from 80% to 64%.This study examines how artificial intelligence (AI) and digital analytics can inform tenure-based incentive systems that strengthen employee retention.Methodology-A participatory action-research project was conducted at Jiahui Healthcare involving two sequential interventions: an Enhanced Talent Management Program (ETMP) and a digitally engineered Retention-Linked Incentive Program (RLIP).The RLIP employed a human resource information system (HRIS) to track tenure milestones and automate rewards, while exploring the role of AI-driven analytics and predictive algorithms in tailoring incentives and identifying attrition risks.Findings-The interventions achieved a 22% reduction in turnover intention and improved perceptions of digital equity.Results indicate that integrating developmental initiatives with transparent, digitally enabled incentive systems provides a more effective response to retention pressures than either approach alone.Value-The study contributes to the growing field of digital human resource management by demonstrating how participatory action research and AI-enabled incentive design can deliver practical solutions to workforce retention.It highlights the potential of combining developmental programs with predictive, technology-driven tools to sustain engagement in high-pressure service environments.

International Journal of Academic Research in Business and Social SciencesVol. 15(9)
Openalex Percentile: Top 68%
Banking stability, regulation, efficiency
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