AI literacy , as Liu and Levy describe it, is a developmental process in which people build the ability to understand, use, evaluate, and improve their interactions with AI.
The Five-Stage AI Literacy Continuum provides a practical framework for understanding different patterns of AI engagement. It moves from limited or uncertain engagement toward increasingly informed, critical, and improvement-oriented use.
The stages are:
Not Yet Engaged → Uncritical Use → Informed Use → Critical Evaluation → Improvement
The stages are not meant to label people permanently or suggest that everyone moves through them in a perfectly linear way. A person's level of AI literacy can vary depending on the task, discipline, and context in which AI is being used.
At this stage, a person rarely or never uses generative AI.
Limited engagement may result from:
Limited knowledge of AI tools
Limited access
Uncertainty about how AI works or how it should be used
Mistrust of AI-generated information
Ethical or privacy concerns
Not using AI is not necessarily a sign of low awareness. Understanding why someone does not engage with AI is an important part of assessing AI literacy.
Goal: Build enough understanding to make informed decisions about whether and when AI could be useful.
At this stage, a person uses generative AI but may rely on its outputs without consistently verifying or critically evaluating them.
Generative AI can produce responses that appear fluent, confident, and convincing even when the information is inaccurate or incomplete. This creates a risk of mistaking a plausible response for a reliable one.
For GES work, this could include accepting an AI-generated summary of a scientific paper, policy document, or biotechnology issue without checking the original source.
Goal: Develop habits of verification, source checking, and awareness of AI limitations.
Informed users understand the basic capabilities and limitations of generative AI and use it purposefully for tasks where it is appropriate.
This includes being able to:
Choose appropriate tasks for AI assistance
Understand that AI outputs require evaluation
Verify important claims using credible sources
Check whether references and citations are real
Recognize that AI can produce inaccurate or incomplete information
Protect information that should not be entered into public AI systems
Apply human judgment to the final result
For GES, informed use means treating AI as an assistive tool, while maintaining responsibility for the accuracy and appropriateness of the work.
Goal: Use AI intentionally.
Critical evaluation goes beyond checking whether an AI response is factually correct.
At this stage, users systematically examine AI outputs for:
Accuracy and supporting evidence
Bias or missing perspectives
Privacy and confidentiality concerns
Contextual appropriateness
Oversimplification
Uncertainty and limitations
Potential consequences of errors
This is important for genetic engineering and society, where AI-generated information could influence how people understand scientific evidence, risks, benefits, regulation, or stakeholder perspectives.
Critical users ask "What might be missing, misleading, or inappropriate about this answer?"
Goal: Develop the judgment needed to evaluate AI outputs within a specific disciplinary and societal context.
At the Improvement stage, users actively refine how they work with AI rather than simply accepting or rejecting its outputs.
This can include:
Improving prompts and workflows
Comparing different approaches or AI outputs
Identifying and documenting limitations
Developing evaluation or verification processes
Improving the way AI is integrated into a larger workflow
Helping others use generative AI responsibly
The focus changes from using AI effectively to improving the overall process through which humans and AI work together.
For example, a researcher might compare different prompting strategies for analyzing stakeholder discourse, establish a process for checking AI-generated findings against source material, document limitations, and refine the workflow for future use.
Goal: Develop more deliberate, transparent, and reliable human–AI workflows.