The HAIC-MM Research Project

Advancing Human-AI Collaboration in Small and Medium-sized Enterprises

An academic study validating the Human-AI Collaboration Maturity Model (HAIC-MM) framework for guiding SMEs in sustainable, human-centered AI adoption.

PhD Academic Research Human-AI Collaboration SME Focus

Research Impact & Validation

Comprehensive validation through rigorous academic methodology

100+
Industry Professionals Surveyed
30+
Frameworks Analyzed
7
Core Dimensions Identified
32
Capabilities Defined

Academic Researchers

The research and development (completed in January 2025) of the HAIC Maturity Model are spearheaded by a dedicated academic team:

  • Dr. Flavio Ortolano:
  • Dr. Erika Miller Gallegos:
    • Ph.D. Academic Advisor and Project Coordinator.
    • Provides critical oversight and guidance on research methodology and project execution.
    • Dr. Erika Gallegos is a professor at Colorado State University with deep expertise in how humans interact with complex systems to enhance safety and performance in the design and evaluation of new and existing infrastructure.
    • Her research emphasizes developing appropriate trust and maintaining situational awareness of human operators working with autonomous systems.

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.

Research Focus

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:

  • Need for a Specialized Maturity Model: Is there a demonstrable need for a dedicated maturity model tailored to facilitate effective human-AI collaboration specifically within SMEs, especially considering their typical resource constraints?
  • Essential Core Capabilities: What specific core capabilities and organizational competencies should SMEs prioritize and cultivate to achieve a balanced and productive human-AI collaboration?
  • Guiding Performance Indicators: What key performance indicators (KPIs) can SMEs effectively utilize to measure, monitor, and strategically guide the evolution of their human-AI collaborative efforts?

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.

Why This Project?

This project addresses critical challenges faced by Small and Medium-sized Enterprises (SMEs) in the age of AI:

  • Bridging the Gap for SMEs: Many SMEs struggle with AI integration due to:
    • Limited financial and human resources.
    • Lack of in-house technical AI expertise.
    • Inconsistent or absent strategic AI planning.
  • Addressing Model Deficiencies: Existing AI maturity and digital transformation models often:
    • Overlook the unique operational constraints and resource limitations of SMEs.
    • Fail to adequately emphasize the critical role of human-AI collaboration for successful adoption.

The HAIC-MM offers a solution by providing a structured, human-centered pathway for AI adoption. It specifically focuses on:

  • Enhancing organizational readiness for AI.
  • Promoting user acceptance and effective change management.
  • Ensuring ethical AI oversight and robust AI governance.
  • Delivering a framework tailored for minimal complexity and maximum practical application within the SME context.
  • Fostering a culture of continuous learning and adaptation to evolving AI technologies.
  • Integrating AI tools in a way that complements and augments human capabilities, not replaces them.
  • Empowering employees with the necessary skills and confidence to work effectively alongside AI systems.

Methodology

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:

  • Theoretical Integration: The model integrates foundational principles from:
    • Systems Engineering: Applying concepts such as systems thinking, lifecycle management, and requirements engineering.
    • Human-Computer Interaction: Focusing on user understanding, usability, and fostering trust in AI systems.
    • Organizational Behavior: Incorporating theories of change readiness, knowledge integration, and developing an adaptive organizational culture.
  • Comprehensive Framework Analysis: The development process included an extensive review and synthesis of best practices from over 30 existing frameworks across AI maturity, digital transformation, and human-machine teaming domains.
  • Rigorous Validation: The model's practical applicability and robustness were validated through:
    • Quantitative surveys with 100 industry professionals.
    • Numerous qualitative focus group sessions.
    • Real-world pilot tests conducted with several organizations.

This multi-faceted approach ensures the HAIC-MM is both theoretically grounded and practically implementable, creating a user-friendly maturity model tailored for SMEs.

Collaborative Framework

The HAIC-MM is structured around 7 Key Dimensions designed to frame human-AI collaboration:

  • AI-Enhanced Leadership and Strategy
  • Adaptive AI Culture and Empowerment
  • Harmonizing AI and Human Processes
  • Human-Centric AI Integration and Experience
  • Human-Centered AI Customer Engagement
  • AI Ethics and Human Oversight
  • Inclusive AI Governance and Learning
Understanding these human factors such as trust, transparency, change readiness, ethical considerations, and inclusive governance-enables effective usage of AI at scale. This project studies how to balance human creativity and critical thinking with AI's analytic power to create a resilient, forward-thinking organization.

The model further breaks down these dimensions into a granular, actionable hierarchy:

  • 32 Capabilities: Focused areas of development within each dimension.
  • Focus Areas (5 per Capability): Concentrated areas of action for each capability.
  • Advancement Practices (4 per Focus Area): Strategic initiatives to elevate capabilities to higher maturity levels.
  • Components (9 per Advancement Practice): Detailed, customizable guidance for practical implementation.

Implementation Benefits

Organizations adopting the HAIC-MM framework can achieve significant benefits:

  • Increased Productivity: Optimizing workflows by blending AI's analytical power with human intuition, potentially leading to up to 40% productivity gains.
  • Improved Decision-Making: Leveraging AI for data-driven insights while retaining human judgment for complex scenarios.
  • Enhanced Innovation Capacity: Freeing employees from routine tasks to focus on higher-value, creative, and strategic initiatives.
  • Sustainable AI Integration: A structured approach ensures AI empowers employees, fostering long-term competitive advantages.
  • Organizational Agility and Resilience: Building an adaptive culture that can respond effectively to technological changes.
  • Ethical and Responsible AI: Guiding SMEs towards AI adoption that is ethically sound and prioritizes human oversight.
The model's focus on human-AI partnerships helps SMEs overcome common adoption barriers and maximize the value of AI.

Rigorous Academic Validation

Ensuring Scientific Rigor and Practical Applicability

Theoretical Foundation

Comprehensive literature synthesis across systems engineering, organizational behavior, and human-computer interaction domains to establish theoretical grounding.

Framework Development

Iterative design process incorporating expert feedback, industry best practices, and empirical research to construct the HAIC-MM framework.

Empirical Validation

Mixed-methods validation including quantitative surveys, qualitative focus groups, and real-world pilot implementations to ensure practical viability.

Publication-Ready Research Contributing to the Academic Body of Knowledge