An academic study validating the Human-AI Collaboration Maturity Model (HAIC-MM) framework for guiding SMEs in sustainable, human-centered AI adoption.
Comprehensive validation through rigorous academic methodology
The research and development (completed in January 2025) of the HAIC Maturity Model are spearheaded by a dedicated academic team:
Together, their combined expertise in AI integration, organizational transformation, and human-centered systems design forms the foundation of this project, ensuring a robust and practical framework.
This dissertation investigated how Small and Medium-sized Enterprises (SMEs) can strategically harness AI technologies to foster innovation, enhance productivity, and achieve sustainable, long-term growth. The core of the research delves into pivotal questions concerning human-AI synergy:
The HAIC-MM itself was meticulously developed and rigorously validated using a comprehensive mixed-methods research approach. This included extensive literature reviews across multiple disciplines, quantitative surveys engaging 100 industry professionals, and in-depth qualitative focus groups with 10 subject matter experts. This robust validation process ensures the model's practical relevance and direct applicability to real-world SME challenges.
This project addresses critical challenges faced by Small and Medium-sized Enterprises (SMEs) in the age of AI:
The HAIC-MM offers a solution by providing a structured, human-centered pathway for AI adoption. It specifically focuses on:
The HAIC-MM was developed using a structured, iterative framework. This rigorous approach ensures the model's practical relevance and theoretical soundness.
Key aspects of the methodology include:
This multi-faceted approach ensures the HAIC-MM is both theoretically grounded and practically implementable, creating a user-friendly maturity model tailored for SMEs.
The HAIC-MM is structured around 7 Key Dimensions designed to frame human-AI collaboration:
The model further breaks down these dimensions into a granular, actionable hierarchy:
Organizations adopting the HAIC-MM framework can achieve significant benefits:
Ensuring Scientific Rigor and Practical Applicability
Comprehensive literature synthesis across systems engineering, organizational behavior, and human-computer interaction domains to establish theoretical grounding.
Iterative design process incorporating expert feedback, industry best practices, and empirical research to construct the HAIC-MM framework.
Mixed-methods validation including quantitative surveys, qualitative focus groups, and real-world pilot implementations to ensure practical viability.