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Measuring AI Literacy of Future Knowledge Workers: A Mediated Model of AI Experience and AI Knowledge

Measuring AI Literacy of Future Knowledge Workers: A Mediated Model of AI Experience and AI Knowledge

Sarah Hönigsberg, Sabrine Mallek, Laura Watkowski, and Pauline Weritz
This study investigates how future professionals develop AI literacy, which is the ability to effectively use and understand AI tools. Using a survey of 352 business school students, the researchers examined how hands-on experience with AI (both using and designing it) and theoretical knowledge about AI work together to build overall proficiency. The research proposes a new model showing that knowledge acts as a critical bridge between simply using AI and truly understanding it.

Problem As AI becomes a standard tool in professional settings, simply knowing how to use it isn't enough; professionals need a deeper understanding, or "AI literacy," to use it effectively and responsibly. The study addresses the problem that current frameworks for teaching AI skills often overlook the specific needs of knowledge workers and don't clarify how hands-on experience translates into true competence. This gap makes it difficult for companies and universities to design effective training programs to prepare the future workforce.

Outcome - Hands-on experience with AI is crucial, but it doesn't directly create AI proficiency; instead, it serves to build a foundation of AI knowledge.
- This structured AI knowledge is the critical bridge that turns practical experience into true AI literacy, allowing individuals to critique and apply AI insights effectively.
- Experience in designing or configuring AI systems has a significantly stronger positive impact on developing AI literacy than just using AI tools.
- The findings suggest that education and corporate training should combine practical, hands-on projects with structured learning about how AI works to build a truly AI-literate workforce.
knowledge worker, Al literacy, digital intelligence, digital literacy, AI knowledge