The use of gamification in the knowledge management practices
Abstract
This study develops a new conceptual model through an extensive review of previous literature and explains how gamification artifacts such as points rewarding is inducing intrinsic motivation and how those motivational factors like knowledge self-efficacy and playfulness are influencing the employees' knowledge sharing attitudes, through which the intentions are shaped. The Theory of Reasoned Action and the Motivational Affordances Perspective (MAP) model are used to explain the mediation effect of intrinsic motivation on the relationship between the gamification artifact and employees' attitudes towards knowledge sharing. This study also focuses on identifying the factors that improve the predictability of attitudes towards knowledge sharing. In a managerial context, this study helps practitioners recognize the importance of devising strategies and creative ideas to include and advance the features of gamification artifacts in their gamification systems to enhance their intrinsic motivation and drive an inner change in employees to share knowledge with others.
Keywords: Gamification, Gamification artifacts, Intrinsic motivation, Knowledge Sharing
DOI: 10.54941/ahfe1004056
Cite this paper
More from this volume
- Human Risk-Informed Design Framework (HURID) for integrating human factors in the design of systems and operations
- On the development of an ergonomic approach for the design of an industrial robotic coworker
- AI Technology, Holocaust Survivors, and Human Interactions at Holocaust Museums
- Software Usability for Different Age Groups
- Post-Pandemic Impact Analysis for airport processes from security to boarding – How to respond to the next pandemic
- Human-centric decision for the Integrated Planning of Smart Port Systems
- Design and Evaluation of A Wearable Adaptable Setup System for Occupational Exoskeletons
- User Centered Design of a Digital Platform for Therapeutic Education and Respiratory Rehabilitation in Patients with Post-COVID-19
- Towards Smart Building: Visualization of Indoor CO2 Concentration. Adapting Modern Computational Tools for Informing Design Building Decisions
- The impact of automation frameworks on today's data science competencies
- Conceptual modeling for Human Systems Integration in Manned-Unmanned Teaming
- Sensing Intra-clothing Climate to Increase Comfort According to time, place, and occasion


AHFE Open Access