Think Responsibly·Introductory

Rhetoric in the Age of AI

Language, Argument, Bias & the Machine

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  • 9 comprehensive modules
  • Practical exercises included
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Use generative AI as a laboratory for studying language, rhetoric, argumentation, evidence, cognitive bias, and metacognition. The AI is not the subject. Thinking is the subject.

9 modules41 lessons
@cachemekate

@cachemekate

Curriculum

Course curriculum

Establish why fluent AI answers feel authoritative, and frame the course around disciplined interrogation rather than acceptance or rejection.

01

Thinking is the subject

Course premise, essential question, and the standard of disciplined interrogation.

02

Learning outcomes and the literacy progression

What you will be able to do, and the seven-stage path from reading a response to reflecting on your own reasoning.

03

Academic alignment

How the course maps onto English, rhetoric, debate, logic, media literacy, psychology, and research methods.

04

Why a fluent answer feels authoritative

Fluency, responsiveness, and personalization are not the same as evidence, expertise, or truth.

05

Assessment, rubric, and pacing

How work is weighted, what mastery looks like, and how to run the course as eight weeks or one intensive day.

Reconnect traditional grammar instruction with AI-generated information: subject, object, voice, and inversion change who appears responsible.

01

Subject, verb, object

Changing the grammatical subject can change the conceptual center of an AI response.

02

Active and passive voice

Foregrounding, backgrounding, omission, and the question: who disappeared?

03

Inversion

Reverse the actors and watch whether sympathy, causality, and responsibility move with the syntax.

Show when description becomes direction: connotation, loaded language, and sentiment change more than tone.

01

When description becomes direction

The rhetorical frame can change even when the underlying topic stays the same.

02

Connotation

Compare monitoring, surveillance, and analytics as frames for the same topic.

03

Loaded language

Identify adjectives and verbs that contain implied judgments, then remove them and compare outputs.

04

Sentiment

Test whether emotional direction changes only tone, or also claims, evidence, and certainty.

Train learners to find hidden propositions in questions and to ask whether before asking why.

01

What did the question assume?

A question can embed a proposition before the model begins answering.

02

Presupposition

Compare why-questions that assume a fact with whether-questions that ask for evidence.

03

Leading questions

See how wording constrains the hypothesis space before any evidence appears.

04

Ask whether before why

Identify hidden propositions and rewrite prompts to reduce directional pressure.

Borrow courtroom objections to interrupt fluent claims and demand justification.

01

Stop treating the answer as testimony

An objection is not mere disagreement. It asks whether a claim is entitled to enter the reasoning process.

02

AI objections

Leading, assumes facts not in evidence, lack of foundation, speculation, and the rest of the objection set.

03

Lab: Cross-examination

Generate an answer, then challenge it sequentially for premises, foundation, and leading wording.

Build cognitive flexibility by constructing, testing, and adjudicating arguments you may not personally believe.

01

Can you construct an argument you do not believe?

Hearing that another viewpoint exists is not the same as representing it fairly.

02

Proposition and opposition

Build affirmative and opposition constructives on the same motion.

03

Burden of proof

Identify what must be demonstrated, what would weaken it, and who carries the burden.

04

Cross-examination

Challenge definitions, evidence, causality, assumptions, generalizations, and missing variables.

05

Rebuttal

Answer the strongest opposing argument, not the easiest one.

06

Adjudication

Compare arguments by evidence, validity, uncertainty, and assumptions—not rhetorical confidence.

Study human bias in AI conversations: confirmation, anchoring, framing, belief bias, and calibration.

01

The most important bias may be yours

AI bias cannot be studied only by examining the machine. The human arrives with beliefs, identity, and preferred explanations.

02

Confirmation bias

Record a belief and confidence score, request supporting then opposing evidence, and compare.

03

Anchoring

Examine whether an initial proposition continues influencing later turns.

04

Framing effect

Compare positive, negative, and neutral descriptions of the same underlying issue.

05

Belief bias

Evaluate an argument’s logical quality separately from whether you agree with its conclusion.

06

Metacognitive calibration

Ask whether the interaction increased knowledge or merely confidence.

Move from analysis to implementation: prompts, epistemic guardrails, output contracts, and the limits of prompting.

01

Design interactions that resist our weaknesses

A prompt asks for a task. A guardrail defines how that task should be handled.

02

Prompt vs. guardrail

See how a loaded why-question changes when epistemic rules are attached first.

03

Epistemic guardrails

Design rules for premise checking, evidence, counter-evidence, uncertainty, fabrication, tone, and scope.

04

Output contracts

Force a consistent structure: claim, assumptions, evidence, alternatives, uncertainty, conclusion.

05

Limits of prompting

Prompts guide behavior. Systems enforce boundaries. Prompting cannot replace application-level controls.

Design a small cross-model experiment on how language, framing, bias, and guardrails influence generated responses.

01

Capstone research question

How do language structure, rhetorical framing, human bias, and epistemic guardrails influence generated responses across models?

02

Required variables and cross-model protocol

Test at least four linguistic variables on at least two platforms, preserving wording and conditions.

03

Scoring results

Score premise resistance, evidence discipline, counter-position, uncertainty, tone, scope, fabrication resistance, and structure.

04

Capstone discussion

Interpret your own results without exceeding the evidence.

05

Capstone conclusion

What does a person need to know how to do—not merely know—in order to use an LLM responsibly?

Instructor

@cachemekate

@cachemekate

Exploring the history and future of information—and helping people and organizations understand the mechanisms of information compression and human-machine performance so they can responsibly navigate what machines inherit.

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