AI Literacy for Adult Learners: Capabilities, Limits, and Mental Models
A practical map of what modern AI can do, where it fails, and the mental models adults need to use it with agency and informed judgment.
Work with intelligence
Understand AI, learn with it, verify it, and build useful human–AI workflows without surrendering judgment.
Topic map
Starting sequence
Start with the first article, then choose by goal—not by whatever is newest.
A practical map of what modern AI can do, where it fails, and the mental models adults need to use it with agency and informed judgment.
Use AI to question, hint, simulate, and give feedback while preserving the independent retrieval and productive struggle that learning requires.
A claim-by-claim verification workflow for checking AI explanations, citations, numbers, uncertainty, and missing context before you rely on them.
Prompt AI for better learning by specifying the capability, prior knowledge, practice rules, evidence standard, feedback rubric, and final retrieval test.
A documented ten-item pilot for turning one bounded task into an AI-assisted workflow with explicit inputs, checks, failure routes, and accountability.
A dated, falsifiable interpretation of richer AI learning workflows, persistent outcome gaps, learner rights, assessment, and human responsibility.
A task-level map of where generative AI can transform, retrieve, classify, and propose—and where evidence, judgment, or accountable approval must take over.
Choose among AI search, conversational models, and tool-using agents by matching evidence needs, action scope, reversibility, and required oversight.
Diagnose four commonly conflated AI failure families, trace their causes across model and workflow layers, and choose controls that can reveal them.
Evaluate AI output across factual integrity, task fitness, decision impact, and process accountability instead of relying on polish or one accuracy score.
Understand why skilled users accept automated advice, miss contradictory evidence, and need decision environments—not reminders—to calibrate trust.
Trace changing AI answers to input context, probabilistic generation, system components, and version changes—and preserve enough state to investigate.
Replace prompt folklore with a five-part request specification that makes AI work testable, source-bounded, and easier for humans to review.
Understand prompt injection as a trust-boundary failure, then reduce exposure with content separation, least privilege, validation, and approval gates.
A precise, non-mystical model of AI agents: the loop that joins model decisions to tools, state, observations, permissions, and human checkpoints.
Place human judgment at framing, evidence, exception, value, and release boundaries—then give reviewers the information and authority to intervene.
Build a local AI evaluation from representative cases, anchored rubrics, critical blockers, and versioned results rather than anecdotal demonstrations.
Compare retrieval-augmented generation, fine-tuning, and long context by the problem each solves, its evidence trail, update path, cost, and failure modes.
Use AI to test an idea quickly while recognizing the exact boundaries where security, data, reliability, accessibility, and ownership require engineering.
Decide what data may enter an AI system by mapping purpose, sensitivity, authorization, provider handling, retention, access, and safer substitutes.
Design an AI learning system that combines explanation, practice, feedback, simulation, and delayed independent tests without outsourcing the target skill.
Choose among assistance, recommendation, bounded execution, and delegation by matching AI autonomy to evidence, reversibility, authority, and consequence.
Define the unsupported target, log every aid, fade one support at a time from performance evidence, restore help when needed, and test unaided transfer.
Test Brian Christian’s account of machine-learning alignment against contested objectives, data politics, abstraction, plural values, institutional power, and recourse.
Test Mustafa Suleyman’s containment proposal against proliferation, concentration, dual use, state capacity, democratic legitimacy, surveillance, and adaptive governance.
Test Ethan Mollick’s practical case for AI collaboration against the jagged frontier, automation bias, skill transfer, homogenization, workflow adoption, and accountability.
Test Fei-Fei Li’s human-centered history of computer vision against the labor, labels, institutions, exclusions, and power that make machine seeing possible.
Test Alexander Karp and Nicholas Zamiska’s case for public-purpose technology against democratic authorization, procurement, rights, accountability, and conflicts of interest.
A structural map of why rapid AI capability gains do not automatically become reliable organizational performance, and which adoption signposts matter.
A readiness test for agentic AI that separates technical progress from identity, authorization, data, observability, evaluation, and incident capacity.
A structural account of why access and interface fluency may matter less than the ability to test claims, boundaries, failures, incentives, and deployment.
Why rapid tool use can outrun authority, evaluation, incident response, and worker participation—and which governance signposts show real institutional learning.
A structural analysis of persistent AI workspaces as cognitive infrastructure: their leverage, memory risks, portability boundaries, and dependency tests.
A structural map of the electricity, grids, data centers, chips, capital, and geography concealed by the metaphor of nearly free digital intelligence.
How does checkpoint performance change when error observability, evidence access, reviewer capacity, and stop authority vary independently? Executed on frozen inputs with inspectab
How do four human-review thresholds trade review cost against expected error loss across tasks with different consequences and reversibility? Executed on frozen inputs with inspect